As a teenager in the ’80s I wrote an essay on how robots would end up being the next stage in human evolution.
I had grown up reading great novels by people like Isaac Asimov and Arthur C. Clark, my family were all engineers and I was studying science and technology at college. The future seemed very exciting (which indeed it turned out to be) with huge possibilities for human development.
But I got one crucial thing wrong, let me explain.
The vision I had, based on ideas from many other people far more clever than I, involved machines that extended human ability. This included powered exoskeletons to improve strength and stamina as well as increasing or decreasing the scale of movement as appropriate, increasing dexterity and having specialist tools fitted to do those tricky jobs that only a superhero could do.
But it also involved increasing brain power by having extra memory and computing ability to extend our brain’s capability far beyond natural limits. And that, to an extent, is already happening by way of the smart phone. I have instant access to the world of information, I have maps so I know my way round any town, I have links to thousands of people I’ve never met, I can talk to people all over the world whilst I’m walking down the street etc. We may be used to it, but actually it’s pretty impressive.
As a kid my vision went further than this, to a point where I had an extension to my brain built in, with the robot limbs attached to my body so I became one with the technology that made me stronger, faster, smarter etc. I figured everyone would have this eventually and this would be the next phase of human development. And it almost was.
Let me give you one, very specific, example. CAD, computer aided design, has made designing and making things so much easier and improved quality too. Early systems I used in the ’90s were basic tools that replaced pencil and paper drawings, this was great, then they got steadily better and added functions. Along came analysis systems such as FEA that can not only draw your design out but actually simulate forces going through it and identify where weak point may be, wow, this saved loads of time in testing and made is much easier to design light and strong components. Previously a design engineer would use experience and basic design principals to draw something up, then it would be tested and any failures analysed in order to improve the design. So now the skill and experience was in the machine, allowing CAD users with little mechanical knowledge to design fairly good components. This improved quickly and now these design packages can actually take a vague concept and do all the design work themselves, so it takes far fewer engineers to get a new thing designed and built.
So what happened was I started out with a simple tool that helped me draw, then it improved my design, but now it can do all the design and the machine no longer needs me to be there.
This is happening with AI driven Expert Systems, which pick up the knowledge and experience of many experts and synthesise it into very powerful knowledge systems that can learn from their own mistakes. These are better than any one single human expert. They are replacing Pilots, doctors, teachers, designers, engineers and are also replacing artists. Yes, an expert system can be set up to write new music, paint pictures and write stories to a very acceptable level, and they are getting better all the time.
By replacing humans in a company costs can be dramatically lowered, 24 hour running is possible, there are no strikes or HR problems, you don’t need buildings with heating or air con to the same extent. The financial pressure to implement these systems is huge. And this is driving investment into AI and causing it to be implemented without mitigation of the adverse effects on the people who no longer have jobs.
So whilst many people foresaw that machines would bring greater powers to us, what I missed was that once they got good enough they wouldn’t need me. The human element becomes redundant.
Now, what happens when there are very few jobs available? Mass unemployment is already creeping into the western world, and what the politicians don’t seem to be telling us is that this is because there are less jobs even though there are more companies who are doing more business than ever before.
Manual labour replaced with machines (just look at farming, even the combine harvesters are robots now), knowledge and skills replaced by AI (how long before expert systems replace judges in our courts?). Where do we fit in? Where does my young son fit in when he grows up in this world?
There are other problems too. There is also the issue of corruption. Computer systems get hacked, there are bugs and viruses, so total reliance on these systems is very dangerous. But to have a human back up needs the investment in people, training, facilities etc. that AI has just made redundant.
Then there is the whole rotten cesspit of autonomous military systems. Drones that decide who to kill, tanks without crews, smart missiles. This is stuff that already exists and is getting more sophisticated all the time, and most of the cutting edge stuff is obviously developed in secret.
But also there is the interesting aspect of group intelligence, because the internet is connected with millions of machines, smart systems can be spread across many physical platforms, the Cloud as it has become known. So we have a multitude of smart systems that have potential access to all the online knowledge, plus bank accounts, medical records, criminal records, documentation showing who owns your house and your car, who the legal parents of your child are, your nationality, passport, your social media, your pictures etc. A malicious system could hack your entire life, set up a criminal record and get you locked up. The net also has access to the physical world thanks to the Internet of Things, such as nuclear power stations, flood defences, gas supply and even where that robot combine harvester goes. A hack to Google maps might send thousands of motorists into one city centre location to cause gridlock, or to confound the response to a terrorist attack.
There is absolutely no control over any of this.
Our society is based on a magic thing called freedom, trying to precisely define it is impossible and probably pointless, but we all have a vague idea it means we can choose our own path in life as long as we don’t do very bad things. We choose what to study, or if to study. We choose what to work in, or indeed not to work in. We choose our partners, where we live (although that’s often dictated by where to work), what to eat etc.
This means that government has a largely reactive way of managing problems, western governments don’t like to get too involved with running things. This means that companies have a large amount of freedom to develop what ever they want, which has generally been a good thing. But this is different, this is one of those things that is about the very future of our species.
We need a plan, we need to agree what direction society goes, how it uses technology to benefit us all. We need control over this situation before something ‘very bad’ happens.
Anyway, that’s my opinion. Hope I’m wrong. But this bloke seems to have the same idea:
Here is an interesting observation: most drivers don’t want to be there.
Unlike enthusiasts, such as myself, who really get a deep enjoyment and fulfilment from driving, in the mass market most car owners don’t actually like driving at all, it’s just become a necessity of modern life. That’s why so many of them don’t pay attention and would rather chat on the phone, listen to the radio or just stare into the distance like a slack jawed zombie.
Cars are a very strange phenomenon in that respect, where else would you find a large, heavy and complex piece of machinery that is bought and operated by almost everyone regardless of whether they are interested in that machine or not? It wouldn’t happen with lathes, welding kit or submarines, but with cars we just accept it. In fact the buying profile of cars is more like toasters or kettles, everyone thinks they need one but has not interest in how to work them properly.
And because of the non-professional nature of the vast majority of car owners, technology is being developed to meet their needs. That is; making the car make most of the decisions. We are entering the beginning of a time when cars become more autonomous, adaptive cruise control will adjust the car speed to the traffic conditions, lane assist can nudge the steering to stop you drifting off your chosen path, we even have auto parking systems. It is a logical step to bring all these ideas together and link them to the sat nav to create fully autonomous cars, Google are investing heavily in this idea. Once the systems become common there will be increasing pressure to ban manual driving, after all an autonomous car doesn’t get road rage, doesn’t speed, can see through fog, never gets distracted and should never crash. All those computer systems running all those programs written by thousands of different people at different times in different places and controlling your car….
Autonomous cars have the potential to reduce journey times, slash road deaths and injuries, reduce insurance costs, reduce financial losses, and reduce emissions. Manufacturers also benefit from a reduction in warranty costs caused by customers abusing their cars. And intriguingly once a car becomes autonomous the interior design focus changes dramatically towards being an entertainment or business centre, windows become less important, seats facing forward is no longer mandatory, just imagine the possibilities.
Fully autonomous cars are now being trialled, you just get in, tell it where to go and it drives you there. To many this is automotive heaven, just like having a chauffeur, and takes the irritating burden of ‘having to do some driving’ out of a journey completely. Plus there are safety advantages which make a very compelling argument, the fact is that nearly all accidents are caused by the driver doing something really dumb, so by taking the driver out of the system lives would be saved. And that argument alone is powerful enough to kill the ‘drivers car’ stone dead, no arguments, it is simply infeasible to argue that autonomous cars should not be compulsory just because we want to have a little bit of fun.
But to enthusiasts this is automotive hell, no control, no involvement, no enjoyment, nothing.
And it also take a lot of skill and judgement away too, what if I want to drive on the left of my lane to get a good view past the truck I am about to overtake? Will the lane control system let me? What if I need to gently nudge my driveway gate open because its blown shut? Will the collision avoidance system let me?
And this brings me to a very important point; cars are so reliable these days that people are totally unable to cope with a simple problem; I would have thought that if the pedal stays down then either put your toe under it and pull it up or drop it in neutral, park up and switch off. Easy, but most people have lost the ability to cope with any sort of problem, and that is scary.
I say scary because we depend more and more on technology, cars, electricity supply, computers, the internet, mobile phones, the list goes on. And for the most part the technology serves us amazingly well, but like all things it can fail.
I remember in the 70’s there were power cuts, no problem; the lights went out so we lit candles, life goes on. We communicated by actually talking to people, we were entertained by actually doing things, we worked by going out and making physical things.
But now, oh dear, if the power fails we seem to be doomed to sitting in a freezing dark house unable to phone a friend or do any work on the computer. ‘Doomed I say, doomed, captain’ (although that phrase probably wont mean a thing to younger readers).
Now don’t get me wrong, I am a great fan of technology. As an engineer I work on car technology that won’t see the glowing lights of a showroom for maybe seven years, as a writer I would be lost without the word processor and its fantastic ability to correct my abysmal spelling. Oh yes indeedey I just cant get enough of the techy stuff.
What I am scared of is the way people are loosing the ability to do things for themselves. To even bother trying to solve problems seems to great a challenge, the mind is being numbed and switched off, its like intentionally loosing the ability to walk just because you can afford a wheel chair.
The first thought when a problem hits now seems to be ‘who should I call about this problem’, and not what it should be ‘what can I do to solve this problem’.
People have to be more proactive, just like we used to be, and much less reactive and just plain pathetic.
But what drives technological development is consumer demand, so if we want cars to be ‘drivers cars’, totally under our command, then we have to make our voice heard. Not only that but the voice must have a strong and sound argument, and it has to be heard right now.
Now modern cars are introducing collision avoidance, lane control and other complex systems which all have to work in harmony with all the other systems in all the infinite combinations of circumstance.
The complexity is so great that I believe it is now impossible to accurately asses how such a car will react in all conditions. Complexity hides secrets, usually unintentional.
This is true not only for cars, but in many of the systems we rely on today which are also hugely complex and have chunks of third party software in the control system, from automatic number plate recognition and speeding fines, military automatic targeting and smart weapons, to the DNA database and even the way we use the internet.
The potential for technology to assist is immense, but it has to be understood that we have now lost control of every detail. So how far do we let the machines dictate to us, and how much override can we allow to fallible humans? It is one of the most important debates we should be having today.
The answer to this will dictate the future of society and quite possibly our fate as a species.
Ralph Hosier is a Chartered Engineer with over 25 years in the cutting edge of vehicle development and research. He has written several automotive books and many articles. He also teaches engineering at the UK forces motorsport charity Mission Motorsport.
For engineering enquiries, project advice or media requests please email on email@example.com and look at the company website www.rhel.co.uk for more details.
In the mountains of Japan drifting was invented, allegedly. There is a car culture like no other in the world, they have cars running over 1000bhp all over the place. And I am being paid to go there.
This all started because a TV production company in Manchester needed two mechanics who were media savy and up for a challenge. A quick call to an old mate Ranen, who I’ve worked with since we both started as graduate engineers in 1990 at Ford’s research plant in Essex, and we had a screen test sorted.
A week later the film crew arrived at my house and described a show where two engineers would do amazing conversions on supercars, sounded ace, then they asked if myself and Ranen could talk about a supercar for the screen test and if possible could we please find a suitable car….
Luckily the crew knew nothing about cars and my better half Diana has a glorious BMW840 in the drive, looks like a supercar to the TV crew so off we go, talking utter bollox and pointing at bits of car. We got the job and would find ourselves filming bits of the series all over the world.
Fast forward a few months and I’m on a plane heading for Tokyo, usually long haul flights are plagued by screaming children and loud mouthed tourists, but the characteristically reserved and polite Japanese on this flight were quite and respectful, a great introduction to the culture we were about to enter. The plane landed in the rain, Japan is a series of island much like the UK and gets even more rain than we do, but as this was July the rain was warm. A bit too warm, leaving the air conditioned coolness of the terminal and walking into the 40C 100% humidity was like walking into a sauna, but a sauna with taxis in it. Taxis in Japan have automatic doors, electric motors powering the hinge mechanism, I like that.
Our first job was to film us arriving at the airport, we had planned to get changed at the airport into the clothes we would wear for the whole episode but the producer suddenly changed his mind and we had to film immediately with myself and Ranen wearing the comfy slob clothes we had worn for the long flight. At this point a Japanese film crew, nothing to do with us, suddenly rocked up from nowhere and started filming us. Apparently they have a series over there where they find random people at the airport and follow them during there trip to Japan, it’s quite popular but didn’t really fit into our plan, after a bizarre ten minuets of us filing them filing us filming me and Ranen, it all hit an overload of daft we and we invited them to bugger off. They bowed, and buggered off.
The crew had a minibus for the trip, and filming continued with me and Ranen in the Taxi going round the streets of Tokyo with the camera dude Steve hanging out the back of the minibus filming us, looked safe to me but worried the heck out of the taxi driver. His Toyota Crown taxi was amazingly clean, had vinyl seats and smelled of jelly beans.
With that in the ‘can’, what ever that means, we all bundled into the minibus for our trip to a rather special garage. There is a legendary custom car builder called Wataru Kato who runs a company called Liberty
Walk. We met him at his workshop where we helped put wide suspension, air springs and bolt on arch extensions on a Murcielago that was going to compete in the national Drift Championship, yes a drift Lamborghini. I was quite impressed with the body kit, unlike may cheap hairy fibre glass kits I’ve seen before this was a well manufactured injection moulded plastic part that fitted the contours of the Lambo perfectly, in fact everything in the workshop was perfect, except the vending machine that only let me have a small can of drink that tasted like kelp. As well as the custom builds they are very active in the drift world, but more of that later. The mechanics there speak no English but we managed to communicate in the universal language of Engineer, fantastic guys who work really hard to make the cars something else. As well as high end modern stuff including Ferraris, Porches and even more Lambos, he also had a few Japanese classics like an original Skyline from the ’70s. The workshop was a wonderland, a very hot and humid wonderland.
Having filmed us slowing progress on the Lambo we had a short trip across town to the showrooms where every car was utterly slammed on the deck with air suspension fully down, more Lambos, Ferraris, Porches and a lone Dodge Challenger. My attention was taken by a matt green Lamborghini painted to look like a Japanese Zero fighter plane from the second world war, Kato-san explains to me with huge pride that the Japanese had made the “best fighter of WWII, feared by the Americans” and he wanted to honour the memory of all that served their country. Interestingly there are a lot of old style Japanese flags about the place, clearly a man with great national pride. I had some interesting conversations with him.
As the day drew to a close it was time to say our goodbyes to Liberty Walk and board the minibus crammed with film kit, suitcases and crew, and head off to the hotel. It’s always interesting to see the little things that are different in other countries, a lot about Japan is familiar such as driving on the correct side of the road and queueing, but some things are very different. In the cities where a road has run out of capacity they sometimes simply build a second road above it, double decker dual carriage ways with fairly steep slip roads. Some of the commercial trucks and lorries are customised with oversized sun visors, aerials, door mirrors and chrome bumpers. In the UK if a lorry has a nice airbrush painting and some extra lights we think its a bit special, over there it would be laughably tame.
After booking into the hotel many miles from Tokyo I discover something else odd; the toilets. They are very clean, clean is a big thing in Japan, and to keep ‘things’ clean the toilets have a dashboard with controls for water jets that wash your arse. You can set the pressure and temperature of the jet, you can control the precise position with a joystick on the better models, you can control duration of flush, apply scent and control a warm air blast to dry your privates. Of course the instructions are all in Japanese and pressing the buttons at random can be quite a thrill.
Another early start and we are soon on the road, driving past huge swathes of Japanese knot weed which is taking over, wrapping rapidly round buildings, motorway supports, bridges and wires. Teams of weed fighters are out cutting it back with sophisticated high tech machinery and hard hats in case a heavy leaf falls on them.
Our next stop is Fuji Speedway, a legendary race track where James Hunt
won the F1 drivers championship in ’76 (one of the truly great races). It’s in the hills and the lush vegetation and tall trees give it a magical feel, like something from the Lord of the Rings. From the paddock area I can see mount Fuji in the distance, a giant traditional cone shaped extinct volcano towering above all around, despite the summer heat the top still has snow. Apparently mount Fuji also has it’s own WiFi, social media accounts and there is a café at the top. It takes a full day or two to climb, so I didn’t.
We had more important things to do at Fuji Speedway, we were filming the drift championships. Now, drifting is a serious business in Japan and
there are two drift championships in town, mention the wrong one and the pub goes quiet. We are here to see Robbie racing the Liberty Walk 370Z, it’s running just over 1000bhp with two massive turbos and a locked diff, all the excess weight has been stripped out and the quick release back bumper shows lots of battle scars. Judging for the event is done in just one part of the circuit where there is a natural amphitheatre in the steep hills, cars enter from a straight at over 100mph into a right hander, they pull the hydraulic handbrake to make the back step out then power slide the car through the corner, using the front brakes to tighten the turn and control the drift too. From the right hander its into a long left where the car has to slide as sideways as possible, then the final right and out of the judging zone. To make it more complicated there are posts at the edges of the corners that the cars have to get as close to as possible without destroying them,
known as clip points, it takes real skill to get close to each set in the right-left-right circuit at high speed sideways. Cars are marked on how sideways they get, speed, control and style. To get the speed they need grip, to get the slide they need power, it’s a lot more technical than it looks and talking to the guys who built it and set it up was utterly fascinating.
It was about this time that Ranen pointed out that mount Fuji had disappeared. Looking across the paddock in the direction of the giant mountain revealed that he was indeed correct, no mount Fuji. The humidity resulted in ever thickening haze that left the horizon a uniform white despite it being a very hot sunny day. Racing these cars in these condition must put a strain on the cooling systems, and the poor drivers in their three layer fireproof Nomex romper suits and insulated crash helmets. We were overheating just watching them, I now know why traditional Japanese artwork so often features someone holding a fan.
All too soon the track action was over and it was time to head to the hills of Fukushima prefecture, you know the place where the nuclear power station exploded, but we weren’t looking for mutated toads, no, we were looking for a school.
This particular school teaches drifting, in a section of the Ebisu circuit called Drift Land which makes it sound like a theme park, which is exactly what it turned out to be. Ebisu has no less than 7 full race circuits plus two skid pans and a zoo, with elephants and giraffes and the such, it’s a bit surreal.
We met up with Naoto Suenaga, an utterly mad yet highly skilled rift racer with Team Orange, who are notable due to the whole team having hair dyed orange. But not only is he a successful racer but he builds his own cars, there is a decent sized workshop right next to one of the circuits with a few cars in various states of build. It’s not like Silverstone, its more rural, there are scrap cars lying about the yard, bit of blown engine and trans in make shift skips, in short it’s perfect. The yard just up from the workshop must have had over a hundred scrap cars, some stripped of useful bits and some tatty but complete, there were piles of R32 and 33 Skylines, Nissan Sylvias, assorted Z cars, it was extraordinary.
It turns out that in Japan it is almost impossible to keep a car older than about 5 years, their MOT equivalent is quite reasonable but very few people work on their own cars and mechanics charge a high rate, so the test could cost nearly £1000, the first test is after 3 years then every 2 after that so cheaper cars become uneconomical to keep on the road. This results in lots of good cars being exported after 5 or 7 years, grey imports, and some very impressive piles of donor cars in the mountains such as the one I’m now looking at. Looking at and dribbling a little bit.
But I’m not here to dribble, no I’m here with Ranen to have lessons in drifting. We are presented with a pair of cosmetically challenged cars, closer inspection shows that despite this they are mechanically excellent, Ranen takes the Sylvia and I hop into the Skyline R32 GTS, it’s almost standard, stripped mildly, push button start, cut off switch and fly off handbrake the only obvious mods. Firing it up suggests non standard intake and exhaust may have been thrown into the mix. We each get a camera person in the passenger seat to film some initial footage, I look at Ranen and he looks at me, both knowing what the other is thinking, the film crew haven’t done much car stuff before so it seems rude not to show them how great the cars are. Both cars pull away in clouds of tyre smoke and significant sideways progress, the R32 slides in a superbly controllable manner, allowing an easy 1st to 2nd gear shift whilst still sliding. There seems to be a funny screaming noise from the left side, then I realise its the camera person. Job done.
For filming purposes we muck about on one of the skid pans, Suenaga-san jumps in and we begin a series of increasingly tricky tasks, starting with drifting round a traffic cone which inevitably ends with the cone being flattened several times. One thing is becoming clear, whilst it’s easy to pull away wheel spinning and going sideways, controlling this to keep the front of the car just a foot from a cone is a whole lot more difficult and these guys who drift for a living are genuinely skilled. I found it genuinely enlightening, and whilst I’m now very slightly better at drifting than I was, I now realize how utterly rubbish I am. As if to prove this my instructor asks me to stop so he can get out, apparently I’m the first student ever to make him feel car sick, quite an achievement.
After a break Ranen comes back and warns me about the toilets; “you’ll piss on your shoes in there mate”, which seems odd. Ranen hops in the car for his go and I feel the call of nature. The bogs are up a small hill, standing at the urinal I can see straight out the open window at an utterly stunning view, huge tree clad hills, layered into the mist, mesmerizing. I’m lost in the view but snap out of it when I hear one of the elephants trumpeting. Then realize my lack of concentration has had the inevitable effect on my shoes. The window is quite high up, myself and Ranen are over six foot tall, apparently the locals who are shorter don’t have the same problem here.
After filming we have a short journey through the winding mountain roads to the next hotel, this one is a traditional Japanese tourist job that gives “an authentic taste of traditional old Japanese”, blah blah blah. Everyone else seems quite looking forward to it, but the idea of sleeping on the floor just reminds me of being a student.
The hotel room has a bamboo mat carpet, a table and chair which both have no legs. There is a teapot with a side handle and paper sliding doors to the balcony. There is a remarkable sense of serenity though, and the view from the balcony is, again, stunning. The tea was nice too.
After a lovely breakfast of fish and eggs were off on the tour bus to a well known top secret location. Top Secret is the name of a company created by a drift hero known as Smokey Nagata, he got arrested on his last visit to the UK for drifting at nearly 200mph up the A1 for a well known car
magazine. His workshop is remarkable, it’s an old steel mill warehouse with a massive gantry crane, it’s also odd for having a massive sign outside saying ‘Top Secret’. Also outside is a normal sized domestic garage with exhaust extracts poking out under the door.
Inside the workshop we find Smokey, a really nice, quiet bloke who smiles constantly. He has a real passion for cars and has a few Japanese classics outside too, inside there are several cars in build, several are getting over 1000bhp tunes and the car Smokey is working is is heading for 2000bhp.
For this part of the filming we need Smokey to show us dyno tuning, and
this is where the small domestic garage comes in, because in there is a 4 wheel drive rolling road dyno. A real dream garage. There is a GTR strapped down and ready to go, we fire it up, get it up to temperature and do a base line power curve, I’m not sure what the health and safety laws are over there and quite frankly I don’t care as sitting at the small computer desk next to and engine chucking out over 900bhp is lovely. After a bit of tweaking on the ECU we got a touch more power and all the filming we needed, time to head of into the sunset, and back to Tokyo.
The last bit of filming needed was myself and Ranen hiring a kei-car, one of the very small cars that make perfect sense in a crowded city, but less sense for two six foot engineers with luggage, the idea was that it would make good telly, which is media speak for making us both look stupid in order to get a cheap laugh. This involved driving round back streets of Tokyo for half an hour with the tour bus in front and the Steve the camera bloke hanging out the back again. I’ve driven in many cities round the world, most of them offer an utterly miserable driving experience, the worst being Brussels, but Tokyo is different. Sure there is traffic, and lots of it, but it all flows and people are polite and thoughtful. It’s possibly the nicest city to drive in.
As we finally board the plane back to good old England I’m struck by what a brilliant country Japan is, particularly for car nuts like me, there is such a thriving car culture, awesome race tracks, amazing cars and great events. Japan, we salute you.
Ralph Hosier is a Chartered Engineer with over 25 years in the cutting edge of vehicle development and research. He has written several automotive books and many articles. He also teaches engineering at the UK forces motorsport charity Mission Motorsport.
For engineering enquiries, project advice or media requests please email on firstname.lastname@example.org and look at the company website www.rhel.co.uk for more details.
On 30th of May 2014 a little bit of history was made, seventy thousand people saw an automotive spectacle that may change the way we see and think about city centers.
At first glance it looked like just another great day out, hundreds of classic cars, bikes and even tractors filed the city center, but the live action events really caught the public attention with a short oval Stock Car circuit near the bus station and the ring road converted into a race track on the Sunday, that’s the bit I have the great honour of looking after. One memory that will stay with me for some time is driving the Jaguar XJR pace car at a good pace through the roundabout on junction 1 of the ring road with a genuine BTCC Rover SD1 looming large in my mirrors followed by a plethora of other superb racing machinery including thousand horse power Time Attack cars, British Cross Country Championship (BCCC) Bolwer Wildcat from Race 2 Recovery, even an LMP1!
However, this was no ordinary car show. This involved the people of Coventry, the people who built many of the cars on display, at some of the great companies that made Coventry their home; Jaguar, Humber, Standard, Triumph, Alvis, Siddeley to name just a few. There were memories and stories flowing out from all over the city. Quite deliberately the event was free to attend and be part of. Staffed by local volunteers the event is not for profit, instead it is part of a council endorsed initiative to promote the people of Coventry and the world class work they do. Motofest also runs community projects such as getting local school children to design a car that will be built in Jaguar Land Rover Special Vehicle Operations, you will see this car running at next year’s show on the ring road circuit.
We are also working on an idea to deliver automotive training to the people in need of a helping hand. We also have projects to showcase the vast talent of engineering companies in the area, did you know that every F1 car has something made or treated in Coventry? There is a lot going on that deserves wider recognition, and Motofest will be part of the crowd shouting it out. Celebrating the glorious past is just one element, we also promote the present automotive industry, helping with recruitment and creating links. But just as importantly we look to the future, showing concept cars and joining with Coventry University’s design graduate show. A vital part of what we do is inspiring youngsters to join this fantastic industry, from designers to technicians, from factory workers to senior managers. Motofest inspires and is part of the community, it’s celebrating the past and building a future. The legacy of Motofest will be in the lives of the citizens who join in and, in a small way, the future we help to build. Next year will be bigger and better, with competitive motorsport on the city streets, we are the first city to announce street racing following the commitment by the government to change the legislation governing this activity.
We’ve had a long think about how to use the city streets for racing and for next year we are going to start gently with sprint racing, but I will have other race car demonstrations too including Group B rally cars running two at a time through the chicanes, classic LeMans cars, Super Bikes, Formula Ford and many more. We are in the council diary for the next five years and we’re going to grow this into one of the worlds top events. The council have been astonishingly receptive to these plans and we may yet see a Monaco style tunnel and a LeMans style bridge appear as permanent parts of the city.
I’ll be giving you updates as we move forward and hopefully some of you will get involved. Motofest is a charity, we are not part of the counsel and we are not on their pay roll, we are fully independent and anyone can join in. Motofest is all about community involvement so please help spread the word.
I love the whine of superchargers, from the characteristic howl of the Merlin V12 in an old warbird, to the scream of top fuel drag racer, blowers rock.
Clearly it was time I owned one, and in another dangerous moment of ebay browsing I came across a modestly priced Jaguar XJR, first of the V8 supercharged cars, 1997 vintage.
The car looked ideal, sensible mileage, good maintenance, but crucially cosmetically challenged which brings the price down nicely without effecting performance. Also the numberplate was probably worth as much as the car, so in theory I could sell the plate and make most of my money back…
Well, you’ve got to dream.
And in this case my dream was to buy a car cheap, strip out as much weight as I could without actually putting much effort in and then take it racing, or at least a track day or two.
So I did what any sensible and careful car buyer would do, I placed a bid without looking at the car and forgot about it. Oh, hang on, no, that’s the opposite of sensible isn’t it. Yes, often get those two mixed up; sensible / stupid.
The following day I received the email saying I’d got the car, so we had a little road trip to plan. Diana gave me a lift to Kent, just over 100 miles away from home, in her fabulous BMW 840. It was quite a fun road trip, the sun shone, the motoway food was edible, the exhaust roared.
The guy selling the XJR clearly enjoyed driving the car, judging by the tyre wear, which is as it should be. The car was a little tatty, a few dents, a bit of mould but seemed to be mechanically sound. Our five year old son thought it was lovely and spent a good ten minuets checking out how bouncy every seat was.
Documents were exchanged and off we set back home, but the very first thing to do was put some fuel in, the gauge was right at the bottom. The fuel station was a few miles away so I took it easy, it’s one of the exciting things about buying a second hand car; you don’t know how accurate the gauge is and whether you’re going to run out of fuel before you reach the petrol station, quite a fun game.
Soon the green glow of a fuel station arrived, I pulled in and pressed the button to release the fuel filler flap. Absolutely nothing happened. Yes, unbelievably the electronic flap release system had failed, imagine that, and old car with dodgy electrics, got to be a first…
Now there was quite a queue forming behind me at this busy fuel station, not a huge amount of patience present there at that time, which added nicely to the drama. I opened the boot and ripped the side trim out to expose the release solenoid, bent the bracket out the way and pulled the release mechanism by hand. Sadly no one in the queue seemed to appreciate this and kept scowling pointedly.
Anyway, with a full tank of motorway priced fuel we set off for home. On the slip road onto the motorway I gave it full throttle and the car responded with a very civilised yet substantial flow of thrust. I was quite pleased with this until I looked in the mirror and couldn’t see Diana’s 840, not because it was lagging behind, but because it was completely obscured by the thick smoke that had belched from the XJR exhaust. Hmm…
I knew the previous owner had used the car for short journeys, so there was probably some oil in the intake from condensing crank case vent gas, probably, so the smoke could be from residual oil, maybe, so it could be ok, perhaps, and might just need a good blast to clear it out, hopefully. Only one way to find out, more full throttle.
And sure enough, after a dozen high power blasts it did start to clear. Which was nice.
We made ‘good progress’ on the way home, the lead swapping from 840 to XJR several times, both cars are huge fun to drive but in very different ways. The 840 has a sports exhaust, it barks and growls, the ride is firm yet the steering has only modest feedback, it goes like stink and looks like a rocket ship. By contrast the Jag is near silent, the ride is exceptionally smooth but sharpens up when you throw it some curves due to the two stage dampers, it corners very well, more roll than the 8 but with more feedback in the steering, a gentle giant but the full throttle thrust is substantial and constant as the speed rises. And it has 90bhp more than the 8, but they have similar weights, something in the region of 1800kg.
The Jag’s interior is lovely, bright leather and dark wood, very comfortable and a pleasant place to be. The only down side is that it will all have to get ripped out as we enter phase two. It does seem a shame to throw all that loveliness away, but to be fair the seats are worn, the headlining held up with lots of tiny pins and the seat belts are mouldy. In fact there is a distinct whiff of mould all round the car and the carpets a slightly moist. Not encouraging.
Once home I gave it a bit more of an inspection, plugged the computer into it’s diagnostic socket and had a rummage about. Turns out the mileage isn’t genuine, this may be because it has had more than one replacement dash units due to the tendency for them to burn out. Not sure what the real mileage is, probably about 160k, not that this matters for this project.
Then, a few weeks later, I was asked to join the Coventry Motofest team as the Live Action Director, giving me the job of closing the ring road and the largest car park in the city and turning them both into race tracks for the event! This meant two things for the Jag, first I didn’t get to use it much as I was somewhat busy, secondly I decided to use the Jag as the Motofest Pace Car, which is basically a track day car with flashing lights on. Easy.
The Jag is left unused over Christmas, and on returning I find that the whole interior has sprouted a blanket of mould and fungus, the carpets are particularly lively and the seatbelts are now a multi coloured patchwork, I guess there must be a lot of nutrients in 17 years worth of executive belly sweat.
Eventually the sun came out and I set aside one weekend to do the initial strip out. First I set about the boot, obviously the trim had to go but I wasn’t expecting much weight there, but as it turns out there was over 15kg of fluff and rags in there. Then out came the tool kit and spare wheel. Now, the last owner had told me the car had a ‘matching spare wheel’ but seemed a little self conscious when he said it. The reason may have been that the wheel was utterly f##ked, the rim was badly damaged and in some parts it was missing completely, great chunks of aluminium alloy had been ripped off. The tyre had massive cuts in, right down to the cords which were exposed and rusting merrily. I have only ever seen wheels and tyres in this condition in a scrap yard. Which is where I took this one.
The strip out continued with some help from my 5 year old son who set about the CD changer with a socket set, good training. In total about 80kg came out of the boot that day.
Next it was the interior’s turn. This had to happen in a set order because the electric sun roof mechanism can only be removed when the front seats are out. And my lord those front seats are heavy, about 40kg each with all the electric motors and air bags etc. Once the front and rear seats were out and scattered on the drive way, Diana observed that they would look really good in the summer house that I hadn’t built yet.
Next the sunroof came out, which is also quite heavy. My initial thought was to use the sunroof outer panel to fill the gap in the roof, just running a bead of weld round it, but even the panel was heavy with strengthening beams in, so I abandoned that idea and riveted in a sheet of ally instead.
I wondered if it was worth taking the center console out, but the race seats would foul against it so out it came. Again I was surprised how heavy this piece of trim is, turns out it is made on a steel shell which seems a bit excessive, it’s not like the trim is structural.
Whilst I was on a roll I took out the radio (5kg) and some other bits and bobs which all added up. In total I took out about 250kg from the interior!
The seating posed an interesting challenge, I needed something supportive and tall for me, most race seats are too short in the back for me, but as this was going to be the Pace Car I needed a passenger seat that could accommodate a variety of body shapes. Corbeau stepped up to the challenge and supplied two ex-display seats. I bolted the passenger seat directly to the floor, fairly well back much as they do in real rally cars, I then bolted the drivers seat to the original jag seat frame to give it a little more height and make it adjustable.
I bought a 6 point race harness from Sabelt for me, somewhat overkill but it looks nice…
The passenger gets a four point supplied by the most excellent Matt Philips of Retro Warwick fame. The shoulder straps bolted onto the original seat belt mounting points on the rear bulkhead, but the lap belts needed a few holes drilling in the floor pan and some large spreader plates. All the seat and belt mounting was made a little more challenging by the fact that the floor under the seats is double skinned with an upper panel that slopes downward to the rear.
Now, because I have no money the plan was to leave the suspension and brakes standard, after all it already handles well and with the weight loss the brakes should be more than adequate. OK so it’s a fairly dodgy theory, but when you’re skint it makes sense. Of course this does mean that with the weight loss the car will be sitting pretty high on it’s springs, which would look silly, so I had a cunning plan. If you search the web for ‘Dakar Jaguar XJ’ you will see loads of rather fabulous pictures of an old Series 3 XJ hammering through the desert rally, quite inspiring. And of course it had raised suspension…
So all I needed to do was fit bigger tyres and I had an extremely unsuitable rally car! OK, so there’s a hell of a lot more to making a rally car than that, but this is just a bit of fun so I am quite happy to gloss over all those pesky details.
Although the car came to me with 18″ wheels, the choice of off road tyres is greater for the optional 16″ wheels, so I picked up a tidy set off ebay for next to nothing and set about acquiring a nice set of All Terrain tyres from our friends at Falken. I’d measured the wheel arch clearance and found that I could just about get away with 30″ diameter tyres if I made some subtle bodywork modifications with a big hammer. This compares to the standard tyres of 26” diameter, raising the car by a further 2” and filling the arches rather nicely.
It would still be a bit tight near the bulkhead, so just in case I also ordered a set of road tyres for the 18″ wheels, just an inch bigger than standard.
Then I hit an annoying problem, the original wheels wouldn’t come off! I tried encouraging them off with a big rubber hammer, with pry bars, soaking in WD40 for a week and even driving the car up and down a private road with the wheel nuts loose. It took a whole day to get the wheels off! All because who ever had fitted them hadn’t lubricated the mating faces, such a simple piece of maintenance, why do people skip it?
So, with one side on jacks I finally got to offer up the monster tyre to the front wheel arch, and sure enough it fouls on the front end of the sill quite hard, but luckily the sill extends quite a few inches in front of the bulkhead, meaning that the leading section adds nothing to the car’;s strength and is there merely to support the front wing. So I trimmed it back to the bulkhead, and in so doing successfully located the rust! The inner side of the sill was heavily corroded at the front end, additionally where the footwell met the sill there was a thin line of rust. Not ideal, but on the other hand it doesn’t make a huge difference to the vehicle’s strength. If the rust had been a bit further back, under the A pillar for instance, then it would be a different story, luckily that area was solid.
Also the wheel arch rim was in the wrong place and the lip just touched the tyre, with with some gentle persuasion with a big hammer the arch flared out nicely. It’s quite subtle but the top of the arch is an inch further outboard than standard. The rear edge of the front arches were unfortunately rotten, bit of a lace effect. To make it look a little bit less terrible I covered that bit in tank tape, which made it look just as terrible but now it looked like I was trying to hide something.
So now I had the wheels on, seats and harnesses in and a not leaking roof. Clearly time for a test drive! Pulling out of the first T junction onto the main road the weight loss was immediately apparent, the thrust was significantly higher despite the taller gearing from the monster tyres. It was obviously louder in the cabin without the sound deadening, but still civilized, which would prove vital at Motofest when using all the radio communications kit on the track. Going into a swift corner revealed that the chunky off road tyres tended to drift significantly, as expected, in a rather entertaining sort of way. But the tyres and the ground clearance mean that this venerable old Jag can clip apexes onto grass verges on a race track should the need arise, in fact it could probably drive straight through gravel traps!
An unexpected benefit is that parking and manoeuvring is easier as now it can drive over curbs.
Returning home the steering became heavy, and a pool of steering fluid on the drive indicated that the power steering cooler hose had burst somewhere inconvenient. The leak was from the union under the air filter in the front drivers side of the engine bay. The air filter was covered in steering oil which had sprayed up through a large hole in the airbox, the hole was caused by the mounting lug being ripped out, clearly something had been going on here. Further stripping revealed the car had had a frontal impact in it’s past, it had been pulled straight and a new front right wing fitted, although solid it was a cheap repair, with damage to the fog light and indicator wiring as well as the fore mentioned steering cooler. I had to take out the whole radiator pack, intake and chin spoiler to get it fixed. Whilst there I replaced the front drive belt and a couple of pulleys that were starting to make noise, I removed the air conditioning radiator and some other bits it no longer needed. I also left the lower headlight trims off, because I think it looks better without them. In fact it look quite good with no grill either, but then it looks somehow less Jaguar.
At this stage it needed a name, so I asked the Twitter and Facebook community for ideas, based on the car’s ability to push on through poor road surfaces with unreasonable haste. One suggestion caught my imagination; Dreadnought. Dreadnought was a class of battle ship from about a hundred years ago, it was more heavily armoured and faster than previous ships, and although that class of ship saw action the original Dreadnought itself was never used in a real battle. In other words it was heavy, fast and looked the part but was never tested in combat. My jag is heavy, fast and although it looks like a rally car it will never be in a real race.
It also fits into my ship based race car theme, as my last race car was a Jaguar XJ-S V12 called the ‘Black Pearl’ (see previous post for details).
In time honored tradition all the work was finished at the last minuet, and I drove up to Coventry the week of Motofest with several more things still to do. As I set off, driving round the lanes of Cambridgeshire was an absolute joy, then it was onto the A14 and M6 for the 60 mile trip to Cov, this all passed pleasantly enough but just as I slowed for the exit junction to Coventry a helpful warning light pinged onto the dash telling me the gearbox was unhappy, and suddenly I only had one gear, third! The symptoms pointed to gearbox fluid loss, I limped it very gently back to a friend’s house in Coventry where I could test it, Nick is used to race machinery as he races in the British Cross Country Championship in a car called Insanity 2. Cunningly there is no dip stick on the XJR’s Mercedes gearbox, although one can be purchased. I used a bit of wire and found that the sump was all but dry, fluid had been squirting out from a fluid connection on the radiator pack, a quick investigation revealed there was no O ring in the joint any more! By an utterly bizarre coincidence Nick had an old Jaguar X308 radiator pack in the shed that he was thinking of adapting to use on his Land Rover, even more bizarrely it still had an O ring in the hole where the fluid pipe goes! What are the chances of that?
Of course I also needed quite a lot of transmission fluid, now these boxes use a specific synthetic oil that can be tricky to get hold of. Luckily another chum, Franc the guru of Land Rover engines, happened to have a few spare bottles because his Jag also used the same fluid. Another bizarre coincidence.
With that all sorted it was time to fit the all important stickers, the most important one being the Pace Car and Motofest ones that had been cut specially for me by Nathan Ward of Golden Bull Racing fame. There is an art to applying large stickers without getting creases and bubbles in, you apply soapy water first and squeegee it out from the middle, using a heat gun to get it to flow to the curves of the car. As you can see I am rubbish at this and should have left it to the professionals. This is made more embarrassing by the fact that some of the stickers are from Missions Motorsport, the forces charity that uses motorsport to rehabilitate injured soldiers and who also run a very successful graphics course, they trained guys who now fit the graphics onto Formula 1 cars. They would also be at Motofest training volunteers how to do a few stunt driving manoeuvres, so they’d see what a mess I made of the graphics on Dreadnought. And yes, they did verily take the piss.
I also had to wire in the amber flashing lights kindly supplied by Jon Fry of Northants 4×4 club. He is a rally marshal and would bring his Discovery as the course closing car, more of that later…
All in a rush the big day of Motofest arrived, I’d been working past midnight for weeks and was up until 2am rewriting the running order. After a quick sleep I was up at 6am to check the road closure was going to plan, driving Dreadnought through the deserted city streets felt like the beginning of some cult film, I had the windows open to hear the supercharger whine and the drone of the tyres more clearly. It felt good.
Soon participants started to arrive, by 9.30 we had a closed road, I’d done the driver briefing and Darren of Destination Nurburgring fame was doing the signing on. The radio coms truck was set up, we had radios in all the control cars and we had teams on the entrances and exits controlling traffic. Time to deploy the marshal teams, leading the convoy of Land Rovers in Dreadnought round the deserted ring road was an interesting moment, this was the beginning of something special. We started the event with a few parade laps of classic and performance cars, sticking to 40mph and waiving to the small crowds building at the spectator points. I was at the front in Dreadnought and Jon was at the back in his Discovery 1 Tdi, that way we made sure no one went the wrong way or got left behind. In the afternoon we picked up the pace, with race cars running at higher speeds, demonstrating a small amount of their capability. Dreadnought coped with high speed cornering beautifully, drifting very controllably. Jon’s Discovery however may have not been quite so used to high speed cornering, but it kept up…
One memory will stick with me for a very long time, seeing an ex-BTCC Rover SD1 V8 in a long line of very fast race cars in my rear view mirror as I glided Dreadnought through the roundabout on junction 1, the crowd cheering and taking pictures.
In all Dreadnought put in 107 faultless miles hacking round the ring road that day. What a day.
Then it was a return to more mundane duties, for the next week I commuted to work in it, the only down side being that the wings on the race seat make side viability at T junctions a little tricky, that and the lack of air conditioning on a hot summers day.
Since then it has been used for some local trips and also appeared at Kimbolton Fayre along side Diana’s fabulous BMW 840, the fayre is the largest charity classic in the East, apparently, with over 800 classic and performance cars, well worth a visit.
We also took it to Santa Pod for a RWYB day, it managed a 13.8 second standing quarter mile with a speed of just over 100mph. Not bad for an ebay special!
So, mission accomplished. Dreadnought had a month and a bit of MOT left and so I put it up for sale in August 2014, it went to a new home at an Oxfordshire racing company where I’m sure it will continue to make people smile.
Here’s one from the archives, originally printed in 2006 in Classics Monthly magazine, but now with a short update at the end.
The original target – to be on the grid at Silverstone in a classic V12 racing car for less than £3000.
A full English breakfast sits before me as I stare out the window daydreaming about the great races of yesteryear. Last night on telly they showed a touring car race from the 60’s and the sight of Lotus Cortinas two abreast into Graham Hill bend at Brands Hatch was amazing. Even more stunning was Tom Walkinshaws qualifying lap at Bathurst in the 70’s, my god that man had no fear, cresting a blind left hander on two wheels at full power!
At that moment I had a revelation. I could actually go racing myself, ok, not F1 but certainly race a classic and evoke the atmosphere of those great days. By Jiminy, I’m going to do it. And do it in a V12 Jaguar, no less, armed with several spare weekends and an old cantilever tool box. What could possibly go wrong?
I was pleased to discover that some cunning chaps at the Jaguar Enthusiasts Club (JEC) had designed a race series for XJ-Ss. I have always fancied an XJ-S ever since I saw Joanna Lumley in one. The mission statement for the series is to allow enthusiasts to race their own cars for a sensible budget and above all ‘To have fun’. I like that.
I downloaded the race regulations before doing anything dangerous, I cant stress enough how important this was. There are classes for standard cars (both V12 and for 6 cylinder), that keep costs down, and classes for modified cars, which don’t. This is sound thinking, the car already has great handling, good brakes (when cool!) and, of course lots of power. Importantly it also has a very strong and stiff shell, which keeps the suspension working properly and means that you are (relatively) safe in most forms of popular motor sport accident. Class F for ‘Standard V12 5.3/6.0 Litre’ was the cheapest one for me. I am nothing if not cheap.
I took a deep breath and joined the club, registered for the championship and put an application in for the first race at Silverstone. The countdown begins..
12 weeks to go.
The absolute minimum spec for race preparation involves little more than painting the tow bracket yellow, fitting a race harness, fire extinguisher and putting a sticker on the door announcing ‘ignition on steering column’! but you cannot just take a road car, fling it around a track and expect it not to break, because it will, probably by not braking…
It became clear that I could make a good solid basic (back of the grid!) race-car by doing the following modifications:
Uprated brake pads and fluid to combat fade at very high temperatures.
Large air intake, standard has restrictive venturi.
Remove centre exhaust silencer.
Race engine oil to hold it all together at 6500rpm.
Improved cooling, standard is marginal.
Adjustable front dampers to firm things up a bit.
Remove as much weight as I can within the rules.
Use the series control Toyo tyre.
Mandatory safety mods, such as a plumbed in Fire extinguisher and racing harness. Others (such as a roll cage) are not mandatory but obviously sensible, after all, big cats should be caged…
Having digested that lot its time to make a budget. As I am not rich, this will make or break the project. If not realistic then I stand a fair chance of getting half way there and running out of money, that’s when you see adverts on Ebay saying “unfinished project, 90% complete”. I Don’t want to end up like that.
The basic budget is £1500 for a good car and the same for modifications.
There is some flexibility in the budget, for instance I could buy two spare race tyres and not do the track day. We also allow £500 for contingencies which I don’t intend to spend. I will be driving the car to each race so saving on the cost of a trailer, bit of a risk.
Before going out and buying the first XJ-S I could find I restrained myself and did some research, which proved vital, starting with magazines and the club web site/forum.
I found out that I needed to check a few critical areas
Rust at the rear and front end of the sills, where the trailing arms bolt on to the body and on inner wing at the damper mount area (will be worse than it looks, double skinned nightmare).
Oil leak from crank rear seal.
Water pump leaks and bearing looseness.
Rattles on cold start up (engine worn, expensive and time consuming to repair).
Smoke on start up or on overrun with hot engine.
Overheating, ask if there have been any cooling issues.
Rusty front cross member under the radiator and front suspension subframe.
Clonks or whines from gearbox, or burnt smelling gearbox oil.
Smell of fuel in boot (may indicate rusted tank).
If the car has any of these problems then I would walk away and look for another one.
Other common problems are less important because they will be dealt with during the conversion; these include cosmetic faults, trim, tyres, hoses, brake pads and electrical gremlins. Some cars are born with problems and will never be reliable; some are so sweet they are practically blueprinted and that’s the one I was searching for. I found a 1987 model on ebay with 93,000 miles and as a bonus it had the twin headlight kit which will come in useful later, it looked good on paper so off I went to check it out. The owners were just quite simply splendid people. We were plied with cups of tea and talked about the history of the car; they had owned it for fifteen of its nineteen years. The car was kept in the garage under blankets!
Opening the bonnet revealed a industrial scrap compactor, it was as though someone had mistaken the cavernous engine bay for a skip and thrown in a dumper load of old pipes, hoses, wires and random thingys, then smoothed it all down with a rusty trowel. Don’t get me wrong, it was all in good order, the fluids were topped up and clean, there were no leaks and the hoses were in good condition etc, but the photos in the manual simply do not do it justice, it really is full! All XJ-Ss are like that, for instance, to change the front spark plugs it is best to remove the air conditioning pump! I quietly shut the bonnet and turned away wondering what I was thinking of.
The rest of the car had a little surface rust here and there, a sagging head lining and old tyres but was basically in surprisingly good shape.
It sported a new radiator, oil cooler, brake disks, front subframe, front cross member, rear calliper, battery and a centre exhaust. Which was nice.
The engine was quiet from cold and pulled strongly and smoothly on the test drive, with no worrying noises. It gathered pace quite rapidly and handled corners competently with a polite bow. The driving experience can only be described as magnificent, for the first time on the project I had a definite feeling that this was right.
I decided to go for it so I put in my maximum bid and did not look at it again until after the auction, which was tough. Luckily I won it for my limit of £1500 and so the next week I had my first XJ-S.
10 weeks to go.
Having spent a week driving round in splendid V12 opulence, it was with a certain degree of regret and trepidation that I was to start tearing it asunder.
First stop is to remove the interior, remembering that the regulations for Class F state that the trim must go back in, unless its in the way of the roll cage. Loose carpets must be removed. Weight is all important but I didn’t get too carried away with stripping every last ounce, for example I took a day to remove the first 50Kg but the next 50kg took a week.
Out came the centre console, heater controls and a radio retaining box thingy which is riveted into the dash and had to be drilled out.
The regs let me replace the drivers seat only, saving about 7kg, so the passenger seat will go back in later. The regs allow removal of the rear seat but again it proves to be disappointingly (9kg) light!
At this point I successfully locate the rust! There was a bodged repair to the inner wheel arch which let water into the rear seat pan which had rusted along a seam leaving a huge hidden rust lake.
Under the carpets I discover a distinctly aquatic theme, part of the window seal is leaking and water is dripping down the electrics into the foot well! As a temporary fix I tape up the lower edge of the windscreen.
Sound proofing on these cars is quite remarkable, both for its effectiveness and for what a sod it is to remove! There are different types in layers. Under all this glue and matting is the main wiring! So I had to be rather careful with the chisel! About 30kg of sound deadening came out and now there is plenty of clearance in the foot well for my left boot.
Doors present a few challenges. The trim card has lots of hidden screws and a tag behind the arm rest so it has to be lifted up before it comes off. The central locking solenoid and speaker add up to only 1 kilo, manual window winders would have saved another 1kg.
The electric mirrors hardly weighed anything and the saving with the racing items was negligible. Later I would find that having electrically adjustable mirrors whilst I was harnessed in would be invaluable.
Turning to the engine bay.
Starting in the middle I unbolt the heavy (15kg) air con pump and its silencer, yes the air con has a silencer. Also ousted were the fuel cooler, a/c radiator (which had rotted out), visco fan and associated tensioner (8kg)
There is sound deadening foam on the bonnet, I drill out the rivets and attack it with a garden hoe causing odd looks from the neighbours.
Finally, the boot is stripped of trim, spare wheel, tool kit and jack.
The brakes and steering checked out ok, as did the exhaust system.
Electrics were ok if tired. The critical circuits are ignition, fuel injection, starter, cooling fan, wipers and tail lights (nothing else matters!). The bodged immobiliser was removed (it only required swapping two wires to defeat!).
Luckily on this car most of the rubber pipes (which perish after about ten years) had been replaced because of the new radiator and oil cooler and fuel system. Bonza!
The cooling system is a whole different bucket of mice, the Jaguar official service procedure involves adding an annual bottle of Barrs Leaks! This coats all the places you don’t want it, in such high doses. So the radiator, engine and heater core are checked for leaks and flushed. Some people go to the extreme of fitting coolant filters in the top hoses.
Throttle cables are often forgotten but obviously vital for survival, it turns out to be in good condition and gets oiled.
Right, the car is now in bits, but about 130kg lighter. Probably time to start putting it back together then. After a cup of tea, obviously.
8 weeks to go.
Sitting in the car as standard, my head hits the roof. Add to this a crash helmet and a roll cage and I will have to remove four vertebrae!
My solution is to use a high back seat, usually used in off road racing (Ebay, £40). It has a near vertical back which means I can fit it with the rear on the floor and the front on the 4 inch high cross member giving my preferred recline.
I chisel out the rear outboard seat mounting from the floor, sit the seat down and sit in it with the crash helmet on to check the fit and clearance.
I push the seat as far to the left as possible. Now the rear left seat mount is hard up against the transmission tunnel, so I fabricate a bracket that bolts to the seat and then the whole assembly bolts to the car using the original mounting points. The right hand mount is much more simple and bolts through the floor.
The gauges should be easy to read even when I am not looking at them. In the good old days gauges had needles and they were arranged so that all the needles were vertical when all was ok. We are very good at detecting horizontal and vertical lines, which may go some way to explaining tartan.
In this car, however, there is a small rev counter which is not easy to see and the temperature gauge (remember these cars are renown for overheating) is a particularly useless linear affair which reads just above cold when the radiator is at 90 C! So a reading of Normal would only be reached when the engine has seized and caught fire!
For now I will simply stick red tape next to the gauges so that my eye naturally falls on the relevant part, with a small line at danger temperature and min/max rpm.
There is a huge range of harnesses available but very few of the mandatory FIA approved 3 inch items below £100, cheapest I found was £95 four point item, but in the end I went for a TRS five point. The crotch strap pulls the lap straps down, so they stay over the pelvis and don’t ride up over soft tissues, preventing rupturing of various squidgy bits, possibly including the spleen. I have never really know what a spleen actually is or what it does, other than kill you if ruptured, which I guess is the key point here.
The lap straps are secured to the floor via eye bolts which I screwed into the original seat belt mountings. The shoulder straps will be rapped round the cross bar of the rear cage that is provided for just this purpose.
6 weeks to go.
To start with I do a very chap mod, I cut the ram pipes very close to the air box and spend a good half hour flaring the edges out to smooth the air flow into the box. Thus the intake area is tripled.
As an extra treat I fit new standard paper air filters. Years ago some colleagues tested standard paper elements against sponge and cotton performance filter elements. At the start of the test all the filters were flowing about the same so a standard one will be fine for a few races, particularly as a standard one is £6 and a performance one is £45, and I need two of them.
The throttle needs to have an extra return spring fitted, theory being that if the return spring brakes then you have a big accident, this will be checked by the scrutineers before every race.
The exhaust centre labyrinth type silencer is very slightly restrictive, so I removed it and fitted a significantly more free flowing bent piece of pipe. This leaves the rear straight through absorption type silencer only, but the result is still disappointingly quiet and civilised on the road.
The engine oil is replaced with Castrol RS 10/60 racing oil, and of course a new filter. Even expensive oils like Magnatec will break down under racing conditions, so I am told. Its bloomin expensive though, the V12 uses 10.7 litres so this is a significant investment. I eventually got it from Demon Tweeks, race championship registrants get a 10% discount card.
I add water wetter to the new 20/80 mix of glycol/water. People in the club claim this alone has dropped coolant temperatures by 10 degrees, I think it works by breaking the surface tension and allowing better heat transfer with the metal. Also, I fit second hand electric fans where the old air con condenser was, to stop the engine cooking just after a race. Finally I improve air flow out of the engine bay by jacking the bonnet open half an inch on some rather fetching home made (M12 bolts) bonnet pins.
Gearbox remains a GM TH400 auto box! Yes, I am racing an automatic (oh do stop laughing). Once you get the hang of them they do have some advantages such as being able to change up at full throttle. The problem is that there are less gears than in a manual so its harder to stay at peak power rpm. The torque converter is effectively hydraulically locked at high rpm giving minimal power losses and full engine braking. I will be manually shifting with the stick provided, but it does not let you shift into first above about 15mph unless you have the throttle floored, which is an issue if braking into a corner.
Now the seat is on the floor, the gear stick is a little high. Also, it wobbles due to its compliant rubber mounts. Bolting the selector directly to the trans tunnel improves things no end.
4 weeks to go.
As standard the Jag brakes are good. The problem comes with continued maximum use, races can be up to 20 mins and standard fluid will boil, the pads will catch fire and the disks will warp! Apart from that they are OK!
The standard (almost new) discs will be fine for now. I have chosen EBC Red Stuff pads which wont fade but will wear quickly, other racers use the harder Yellow Stuff pads but these are not suitable for road use.
Next up for change is the fluid (a complicated subject). The upshot from many discussions is that I have chosen synthetic (NOT silicone) racing fluid with a dry boiling point well above 300 C. The preferred one is Castrol SRF, but I went for the cheaper Motul RBF600.
To top this lot off I fitted Goodridge 600 series braided brake hoses which improved pedal feel and are better suited to the harshness of racing.
This went quite well until one of the rear calliper bleed nipples sheared off! This meant removing the calliper and drilling it out which took the best part of a day to fix, and this happened with only two days until the Mallory track day!
Suspension and steering
A sports steering wheel allows slightly quicker turns and improves feel. It also looks good. Steering rack bushes give a kind of disconnected feel to the steering, I replaced these with polyurethane bushes.
The suspension is basically very good, if rather soft. I am not going to change the springs yet, Collin Chapman was a strong advocate of soft springs and firm dampers to let the suspension move and do its work, who am I to disagree (oh dear, now I can hear Anny Lennox in my head…). I just fit adjustable front dampers which bolt in very easily.
For safety I have fitted an electrical cut off switch which stops the engine and isolates the car from the battery. The battery is in the boot and has a positive lead running down the left hand side of the trans tunnel and then up to two distribution studs, the switch cuts into this and sits nicely behind the gear selector.
There are two wires near the battery, which feed the engine management and fuel pump circuits, so I cut them and put in new wires from the cut off switch. Next I ran a new wire from the lower part of the switch to the ignition circuit and connected the alternator protection resistor (provides a load when the switch opens, without one the regulator gets confused and explodes).
2 weeks to go.
The rear bulkhead needs to be sealed to prevent any fumes getting in from the petrol tank, I riveted small ally plates over the various apertures.
The extinguisher and electrical cut off switch must be able to be operated by a marshal from outside the car, in case I am incapacitated or too stupid. T handled pull cables go on the scuttle at the MSA recommended position – base of the windscreen on the drivers side.
I cut a big hole and mount the two cables to an ally plate that I can screw on and I cut holes in the inner panel to finally get through to the interior.
Finally I wandered round with some yellow paint, stripes round the battery earth lead and I sprayed the towing eyes.
Possibly the most important component on the car. For this series we have to use the control tyre which is a Toyo Proxes T1-R.
When racing the tyre works very hard, deep tread blocks will move about a lot and thus get very hot, they will go off after a few laps and you skid. So I will have them shaved to 4mm depth, this should give me good stability and still last a few races.
I have bought a set of spare wheels for £50 which are half an inch wider than standard. I am staying with 15” rims because the 50 profile tyres drops the gearing about 11% thus helping acceleration. And its cheaper.
A day at the races.
Now its time to tune the driver so its off to the club track day at Mallory, for a bit of practice and to get to know how the car handles on the limit and indeed where the limits actually are.
In an ideal world I would check and adjust the suspension set up. Realistically, unless it really handles badly, I will just try to get some practice in
When changing the set up it is vital to approach this scientifically, everything effects everything else so we change one thing at a time. All the changes and lap times are then written down in what becomes the race car book of all knowledge.
I even borrowed a pyrometer (in infra-red temperature gauge) so I can check the tyre temps.
We arrived, a little late, and had to wait in a queue to get to the pits area which is in the centre of the circuit. It’s a lovely circuit, quite short and has a lake in the middle which James Hunt nearly drowned in.
We locate fellow JEC members and say hello, everyone is very friendly and soon advice starts pouring in. We then head off to the stewards office to sign on, you have to sign an indemnity form which basically states that you are aware it is dangerous and any accident is your own silly fault. That done, I have to attend a novice briefing which covers etiquette and safety stuff.
As it is my first time here, I am assigned an instructor who was very helpful indeed, he described which lines work, braking points etc.
Once the tyres had gone through their first heat cycle, it was time to push harder. The car seemed to grip and then grip some more, pushing me firmly into the side of my seat round the large corner, with the lake as run off. This is the first time I have heard the throaty exhaust at full tilt, spine tingling.
Tyre pressures seemed best at 30psi cold /34 hot which gave an even temperature, but the outer edge of the fronts was a little colder indicating that I need to stop fannying around and drive faster.
They have a weigh bridge there, with half a tank of fuel the car was 1606kg, which is a good start.
Also, they provided a scrutineer so that I had the privilege of finding out what was wrong before I got to the race! Generally it went well until he put his hand down the inner wing and there was a distinctive rusty crunching noise
1 week to go.
A quick call to Franc (aka Tree Beard) and I was on my way over to his house of wonder to use his welding kit, 15 hours later I left with a solid car! As is usual with these things the rust was a lot worse than it first seemed, the service history shows that the inner wings had been repaired before, at some expense, however we found no evidence of this, just rust! Makes you wonder.
For extra strength I put in replacement panels from 2mm steel between the chassis rails to the front damper mounts.
Turning to the rear, I made new panels for the sill end plates and the lower part of the wheel arch, this area has lots of panels joining together and the seams collect water, unfortunately this is a critical area as all the radius arm loads are put through here (ie, all the acceleration force). The result is not pretty but its definitely solid.
The next major job was fitting the stickers!
You know, they are not as easy as you might think. They are big, giving ample opportunity to trap air bubbles and get them all crumpled up, secondly the car is made from curves so the stickers wont sit flat and you end up with creases and folds.
The rules say we have to have a set size white square for the race numbers, one on each side and one on the bonnet. We must also have stickers for; JEC Racing, JEC club and the Toyo sponsors. In addition, I wanted my name on it and also we thought it would be a good idea to have some green stripes so that it could be easily picked out on camera, its distinctive and gives it the 70s look that I was after.
Every race car has to have a name. This one was suggested by Franc’s daughter who had decided that I was some sort of cross between Doctor Who and Captain Jack sparrow. Which I think is a compliment… Anyway, as the car was black, had a mind of it’s own, was largely a wreck but refused to die and handled like a boat, it was decided by the committee of chums that the car would be called the ‘Black Pearl’. And Rick went about creating the graphics for me, a superb job!
Fitting a roll cage is usually best done before the car is assembled at the factory, what with it being nearly the same size as the interior of the car.
I am using an MSA approved national B cage made by Safety Devices.
So, with no seats, centre console, roof lining or anything else to get in the way in the interior, I fitted the cage in order to mark out where the mounting plates must go. It took quite a lot of jostling to get everything to line up. It fitted about as well as ‘one size fits all’ trousers don’t. Then I marked the points where the cage feet met the car.
Now I take it all out again. I weld the nuts to the mounting plates, cut holes in the sill just big enough for the nuts to go in and then weld the four plates on the sills.
Then I put the cage back in again, I get everything loose assembled first then take up the slack in all the bolts, then progressively do up the bolts.
The bolts in the wheel arch go in from underneath, that way the bolt head gets covered in road salt and weather but the thread stays clean. Same goes for any bolts that go through the car outer shell such as those holding the seat mountings to the floor.
Standing back, it now looks like a proper race car, very nice.
MSA regulations, new for this year, require me to have a 2.5kg plumbed in fire suppression system with a minimum of one discharge nozzle in the engine bay and one in the cabin.
I fit the fire extinguisher bottle on top of the trans tunnel so that it is tucked into the back end of the centre console, where the rear ashtray used to be. The centre console has substantial reinforcement steel inside, so I cut most of that out, it’s a bit more wobbly now but its still central and still a console.
The transponder is bolted to the front of the car and sends a vehicle specific code used by the lap timing computers at the race circuit. It has to have a clear view of the ground and be less than two foot up. It also needs a 12v feed. I decide to fit it somewhere in the front left wheel arch area, but that’s about as far as I get before its time for a race!
0 weeks to go.
It had been only 12 weeks since deciding to go racing, in that time I had bought an XJ-S V12, stripped it, rebuilt it as a racer and driven it round Mallory park circuit for my first ever practice session.
My goal remains to complete one race, at Silverstone in a car that I prepared.
There is still so much to do and the big day has finally arrived, no more excuses.
I woke up at 3am. Then again about 4am and finally gave up attempting to sleep at 5ish. As my first circuit race approached, the totally overwhelming cocktail of excitement and fear kept me from any meaningful form of sleep.
I started faffing about wondering what it was that I had forgotten. Friends are vital to club racing, and several were pressed into service to transport all the tat that is associated with racing.
It took about 40 mins to pack the tools, spares, the jack, race clothing and paperwork into the jag. Ron was also following in his 205 with the race tyres and a collection of scrap iron and an angle grinder! You never know what you might need, or indeed what you might find in Ron’s car…
Unfortunately Ron’s car was a fairly knackered Diesel which made its rattly asthmatic presence felt quite well. As it was still before 6, the combination of this and a racing Jag starting up and manoeuvring off did cause some degree of curtain twitching. We apologise profusely for the inconvenience.
We were not the first to arrive, even though it was only 7:30, so seeing a few other XJ-S’s I parked up next to one with the same coloured stripe as mine, just to confuse people! Everyone was busy unloading, checking tyre pressures, drinking tea and other essential tasks. Even so, I found the other competitors to be a really friendly bunch and more than willing to give help and direction. There was a real atmosphere, difficult to describe, excitement, the sense of approaching battle, the smell of fuel and race oil, the sound of blipping engines and tools being used. The picture was of lines of race cars and transporters, people busy tweaking and preparing the cars, it was a picture I have seen before in magazines, but now I had made myself a part of it.
To be honest I felt like a fraud because I am new, I don’t feel like a racer yet, just someone who wants to be. Never the less it was such a good feeling just to have got this far. The sun was beaming down from a stunning blue sky, glinting of the cars chrome, it was a perfect day.
I took a quick stroll to get my legs working after the long drive to the circuit and had a look at the other cars, its amazing to see how they differed from mine, it seems that although everyone is agreed on what the key issues for these cars is, there is no one particular solution. Already I am getting ideas for modifications such as lowering the front and ducting cold air to the engine.
Its 8:00 and I am off to sign on and find out where scrutineering is.
In the stewards office I find some very helpful staff and once I explain that I am a bit new to this, they explain what I need to do in simple words as if talking to a child, which is about right actually! I sign an indemnity and hand in my race licence, they keep this safe and will record any misdemeanours and if I really cock things up then they can withhold it etc. More relevant, hopefully, is the fact that the clerk of the course will sign it to say I have been a good boy. Once I get six signatures I can ditch the novice cross, this is a bit like when you finally loose your L plates. They then give me a Programme, worth £3, which is nice.
Brilliant, job done. Off I trot back to the pits. Once there I remember that I was supposed to ask where the scrutineering was. Luckily our neighbour knew ‘see that big building next to us with Scrutineering written on it…’.
By now it was gone 9 and I scurry off to the novice briefing, required for anyone who has not raced at this circuit before. In the class room there was about 15 of us rookies, al talking about our adventures and excitement getting here. At 9:30 the briefing started with a friendly introduction backed up with a stern warning that no dangerous behaviour would be tolerated. We were presented with photocopies of the track layout, noting where the marshal posts were and where the entrance and exits are. Then they made a couple of rather useful points, one corner had aggressive rumble strips that would ‘take your wheel off’, oddly now I come to write this, I cant remember which one it was! Then they mentioned that the sand trap at the end of the back straight was extremely effective at stopping cars ‘ if you go into that, just get out of the car, you wont be able to drive out, you will have to wait to the end of the race and get winched out’! The session was concluded by the stewards wishing us well and lots of fun, which was nice.
Last min prep
Ron had changed the wheels for me and the remaining stickers had been attached. But I still had not attached the transponder, and feeling that my art of brinkmanship had been adequately demonstrated, decided to fit it above the front towing eye just before scrutineering.
Somehow it had become 10ish and the scrutineering bay was empty. I parked up in the bay and two chaps came out to appreciate my handy work, yes I was nervous, would they find something I had missed?
Again, I explained that I was a bit new and asked them if they could give me any tips etc. They were both very helpful, explaining what they were looking for and how best to do things. They checked the integrity of the car (all my lovely welding), that the seat was securely mounted and in good condition. They checked the condition and mounting of the harness and that it was certified and in date. They looked at the data on the fire extinguisher to ensure it was full, in date and the correct type. They checked my brake lights, side lights and high visibility rear light (or fog light as it is also known), that’s where we hit the first problem, the fog light didn’t work! Luckily this was just a fuse. That done, the ticket was issued and taped to the side window so track officials can clearly see you have been processed.
By the time this has all happened, the call comes over the tannoy for us to assemble ready for qualifying. There is something odd about the pits tannoy, it doesn’t matter where I stand I can never hear it clearly, it’s a bit like train platform announcements.
The assembly area is just before the pits area and is a copy of the starting grid. You form up here before a race or qualifying so that everyone is ready to go at the same time. The call to form up comes about 15mins before you are due to go out. The pro’s get there with just a min or so to go so they don’t have to wait too long. I, on the other hand, was so worried about missing the slot, got there with the full 15 mins to go.
Here I met Paul Hands who, never being one to mince his words, took one look at the car and said the front was too high, which it was. Then he went on to point out all the other things that need improving, very good advice I am sure, but rather poor timing!
The morning had gone so quickly up to now, this was the first time I had a chance to think about what I was doing. It’s a strangely peaceful moment.
So there I was, in a real racing car, dressed up like a real racing driver, waiting to go out for the very first time at Silverstone. Wow.
Then the whistle went, my heart started pumping harder, and we were off, moving in two columns onto the pit straight. I was surprised by lots of clattering coming from the underside of the car as all the debris, rubber and gravel, on the track hits the un-soundproofed shell.
We move out onto the pit straight for a warm up lap, sometimes called the green flag lap, this is where green flags are waved from every marshal post, no racing is allowed and the safety car is out in front with the fire car following behind us all. Warming up involves driving bloody fast, by the way. As we round the corner back onto the pit straight, the safety car peels off into the pit lane and the flags go in. Then it gets a lot faster and I try to keep up. Holding the throttle open as we hurtle past 100mph with a corner in view goes against all my instincts, my right foot starts to shake on the pedal, I know I have to go faster but something in my mind is screaming to slow down. The engine makes a superb noise, starting with a growl and ending with a roar, its smooth and inspires confidence.
All the video watching and learning the corners before hand counts for absolutely nothing out here! I try and follow the line of the car in front which works quite well, I am amazed how fast the car can go round corners with all the tyres howling in a graceful high speed four wheel drift. The brakes are splendid and powerful when up to temperature, which probably means I am not trying hard enough!. The gearbox is shifting well with under a seconds delay, but suddenly it makes a horrific grinding noise. It seems to be worse at peak torque so as long as I use part throttle from 4000 rpm I can increase to full throttle by 6000 rpm and its not too bad. But rather slow out of corners, hey I must be turning into a real racer if I already have excuses lined up!
I start to build confidence, or more accurately the feeling of complete confusion fades. I cant quite work out the right way to enter the hair pin at Maggots and try a variety of possibilities with varying degrees of success and a couple of sideways moments. By the fifth lap I was being passed, a lot, which made finding a good line a bit more tricky. Rear visibility is challenging, for example when reaching the end of the back straight (roughly 120mph) I glance in the rear view mirror I can see a rapidly advancing Class G car, I look back at the track and glance up again at the mirror and they have vanished. I turn into the left hander knowing that they will be in the process of overtaking me but I have no idea on which side or how fast. As I was going to turn in to the apex they appear on the left causing an abrupt change of plan. I go a touch wide which leaves me on the right going into the tightening right hander and have to slow even more to get round!
After a few more laps I am just getting my bearings and preparing to do a fast(ish) lap when the chequered flag comes out and its all over! Was that really 15 minutes? Well yes, it just goes so fast because my brain is in a warp.
Then we get one cool down lap. This is very important, as the brakes are so hot, as is al the metal of the engine, if you stop immediately after racing the heat soaking in will cook the diff seals, boil the brake fluid, roast the ignition system on the top of the engine etc. So I cruise round without touching the brakes, but get rather behind the rest of the pack who are trying to ensure the next session is not delayed.
As I turn into the pit lane I switch on the extra fan. Marshals direct the traffic all the way through the pit lane to the exit. I feel like I have done a good workout, I feel hot and I am breathing deeply. There is a million things racing through my mind, like can we fix up the gearbox enough to race, have the brakes caught fire, will the engine overheat before I get to the pits, most of it is silly worry but as an engineer I cant help that.
Pulling back into our camp, the team rush to open the bonnet and let the heat out, the heat haze is quite visible. I wave my infra-red temperature gauge across the tyres to see how I am using them. The left hand tyres get more work and are a touch warmer. The inside edge is a couple of degrees lower than the rest of the tyre indicating that I could run with a spot more camber but basically its not too far off.
Friends point out that we have a drivers briefing now back in the scrutineering shed and I am duly bundled off.
Its now 12:30 and the whole morning has gone in a frantic rush. The race is due for about 4:30 so we now have a long pause.
The gearbox mount is suspected of causing the grinding noise, it is a complex sprung mechanism which has a rubber isolator in the middle. Its difficult to see clearly but we think it is this rubber part that is breaking down and allowing metal to metal contact, it wont let go completely so there is no danger of the box falling out so the decision is made to continue as is.
After all that can be done to the car has been done its time for a full racing lunch! The top F1 drivers have a dietician and dine on nutritionally engineered techno food. I had beans, chips, pie and gravy, mmmmmmmmmm.
The results of qualifying have been published with photocopied sheets available from the stewards office. I am last, obviously, the grid arrangement has three columns and I am on the back left. My fastest lap was 1:32 giving an average speed of 63mph! The fastest chap in my class was Gordon Bobic with 1:21 at 73mph and the fastest overall was Derek Pearce with a 1:11 at 83mph. Yes I really was that slow!
I watched some of the other racing, the theory was to analyse how others took the hairpin etc but actually I just enjoyed watching some good racing and relaxed a bit.
My peace was shattered by the call to assemble for the race. I headed for the assembly area, marshals directed the cars to our grid positions and in no time at all we were going out onto the track. Here again marshals directed us to our grid position, which is essential for me because I sit so low that I cant see over the bonnet and the exact location of the grid markings becomes rather a mystery. I make a note of the car to my right and in front so that when we re-form the grid after the warm up lap I know where to stop!
With the safety car in front and the fire car behind, we roar off for a green flag lap. I am very aware that even though I am giving it some beans, the fire car appears to have no difficulty keeping up and wants to overtake me! The safety car peels off into the pits and we reform on the grid, I draw up parallel to the car to my right, I hope he knows where to stop!
On the gantry over the start/finish line, there are a number of red lights, they go out signalling the start of the race. Suddenly it gets load and very busy, the car in front stalls and I make a quick decision to go to his left, I am in front of a couple of cars somehow but they are advancing rapidly. I turn into the first corner, now in second gear and accelerating past 90mph but still way to slow, as the road straightens out I am passed on both sides just as the first gearbox grinding causes me to back off a tad. Into the hairpin and as I brake I get significant under steer, followed by over steer as I power out onto the back straight, the fastest part of the track. I glance at the speedo passing 130 (forgetting that the low profile tyres drop the real speed by 11%) with the engine at full boar, everything seems to be buzzing, including me.
Then its hard on the brakes for the 90 left at Brooklands, I am not entirely sure where to start breaking and do it to early and slow too much. I get lots of vibration from the front, this is a new feature but doesn’t deter me. I down shift to second and turn in, the shift causes the back end to step out briefly and I hear the tyres chirp. As I turn right through Luffield the corner tightens and the car is in a four wheel drift, at motorway speeds and I am pressed hard into the side of my chair. I apply power and upshift to third into Woodcote, from here I go from the left side of the track to the apex on the right taking me out onto the pit straight, again drifting from the right all the way across the track to the left with the speedo indicating 120mph. At the end of the pit straight its hard on the brakes and a down shift that steps the back out again.
I was starting to catch the car in front when I start getting lapped and I make the mistake of moving off the racing line to let them by, turns out this is a classic novice mistake.
After 7 laps the red flags came out, this is never a good thing. We all slowed and as we came round to the pit straight there were marshals across the track. Three cars reformed on the grid, we believed that the race would be restarted, a few moments later and the marshals indicated we should move into the pit lane, game over.
It turned out that a car that was next to us in the pits had come on to the pit straight and just touched the grass on the left, starting a massive slide. He held it heroically but it spun round the other way and found the concrete pit wall. The car was demolished, even the rear axle was loose
A sober reminder indeed that motorsport is dangerous.
Having said that, the car is amazingly strong, the driver was taken to hospital but only had a sore neck! The safety system fitted are life savers, the seat, harness, roll cage, crash helmet, cut off and fire systems are the most important parts of the race car.
Its also a good reminder of why race cars need to be structurally sound, it is never worth trying to get away with a cheap rusty banger.
The tannoy reminded me to collect my race licence from the stewards office. Smiles greeted me in the office and my licence was retrieved with my first signature on it. They also presented all the competitors with a little souvenir plaque. Wonderful.
Unsurprisingly, my final position was last. My best lap was down to 1:28, four seconds faster than qualifying, and my average speed had risen to the dizzy heights of 65mph!
Well it’s a start. We did this in three months, from daydreaming in a cafe to racing at Silverstone. We did it on a very tight budget and with no special facilities on the driveway, mostly in the rain. I did most of the work on my own but couldn’t have finished it in time without the help of friends like Ron and Franc.
As we packed up for the day, I felt a real sense of achievement. The sun setting over Woodcote corner, the car glinting in the orange light, we made it. OK, we didn’t win anything, this time, but we overcame so many hurdles just to get here.
If nothing else, I can now sit in the pub and bore people by saying ‘ah, yes well of course when I raced a V12 at Silverstone…’
And as for the future, well I need to do better than last, I need a little more from the car and to learn how to overtake. Dangerously, I have a plan, forming in my head….
I had an idea, usually that’s the start of trouble.
I spent my months allowance on another car. It is a 3.6 XJ-S.
Now this is my theory; the new car has the sportspack springs on and a new set of road tyres (which I need desperately), it only cost £400.
I will transfer the front springs, then later I will swap the whole rear axle with its lower 3.54 diff and rear anti roll bar.
This will give the racer more roll stiffness and acceleration, plus a set of new road tyres, which is good.
I will be left with a 3.6 with a ridiculously high diff and soft springs, giving rubbish handling and amazingly good fuel economy. I will then re-sell the car on Ebay as a silly project or spares.
What can possibly go wrong?
I start with just changing the front springs, and after some very interesting experiments with jacks and compressors, I got them on to the racer. They are the same rate as the old ones but drop the front by about 2 inches.
This increases the camber and lowers the centre of graffiti, or something like that, which reduces the roll a bit.
Crucially, it also means I can see more of the road, which might come in handy.
I used bits off the 3.6 to make a solid rubber gearbox mount which brings a little more noise into the cab but holds everything in place exceedingly well.
The 3.6 also donated a few bits of switch gear and ods and sods that needed mending.
I finally got round to ducting cold air from where the inner head lights used to be to the air boxes. I chiselled out the various panels between the head light and the engine bay and used the old 3” ducting (from the interior heater to the rear foot well) to get the air directly into the air boxes.
The old fan cowling had to go, it was restricting the free flow of air, a little bit, and it was rusting and generally getting in the way. It also contained the standard electric fan which is a very old design, i.e. heavy and not very good. To remove it I had to take off the top radiator bleed hoses and lots of wiring.
I became curious about this. There is still a lot of wiring on this car that serves unknown purposes, well, unknown to me anyway. Turns out that the two relays on top of the cowling are for optional headlight washers, which I didn’t have, so I was able to remove them and a substantial bit of wiring.
I also removed the old bonnet release mechanism and various brackets that were no longer needed.
The car handles a little better now and is about 20kg lighter, best have another race.
Donington – a revelation.
I decided to camp at the circuit in a tent on the Saturday night and get the car all ready to go for the morning to avoid the early morning rush that leaves me drained.
This seemed like a good idea at the time.
It turns out that the circuit is directly under the take off flight path from East Midlands airport and they fly all night! Funny old world.
The morning arrived, more or less on schedule and we set about last minute fiddling, checking cold tyre pressures, re checking fluids etc. The smell of early morning fry ups and race car exhaust began to fill the air.
I attended the novice briefing at 8:30 where I met a fellow Devonian racer, Bruce, who runs in the 6cyl Class D. It was good to catch up and we discussed car set ups and the such like. I was informed that the gravel traps were in-escapable and that live recovery was possible (recovering a car whilst the race is still on) due to video surveillance all round the track. This also meant that any transgressions would definitely be picked up on, so a degree of caution was in order.
Sign on was at 9:00 and scrutineering at 9:20, the only comment my chariot received was that the recovery points should ideally be more accessible, the standard recovery points on the XJ-S are on the axles and this would need a degree of excavation in a gravel trap! Possibly an on board shovel..
I had just got back to our camp when the qualifying session was called, which meant I missed breakfast!
Qualifying was eventful, I saw two cars spin and saw more parked at the side of the track. Redgate was claiming many, this is at the end of the pit straight and is deceptively sharp and feels like a skating rink. The art seems to be to turn in late and drift the full width of the track coming out, which is difficult when being overtaken on both sides! Once some space developed I put in a relatively swift lap (for me) then took it easy again to let the brakes cool.
The race was about 4ish, queuing in the assembly area my heart was thumping. Could I actually overtake someone? I knew John was positioned ready to take the best photos of me, as were assorted other friends, all watching with cameras poised. No pressure then.
As we went out for the green flag lap I was looking at the other cars near me, they all had much more experience than me, and my car may be the cheapest on the grid!
We regrouped on the start line. Revs picked up as the red lights on the gantry came on. Heart thumping even more now. The lights go out and there is the roar of 25 Jaguar engines at full throttle, some tyre smoke and cars dart for various opportune gaps,
I accelerate but with the tall diff still in there is a long wait till I am in the power band which lets the car to my right roar past. I see a mass of cars all heading for the hard right hander at motorway speeds, surely they cant all get through? There is a cloud of dust hanging thick in the air where someone must have gone off but the growling throng of cars carries on at full power, I cant see much and back off very slightly which allows the only car behind me through.
Into the legendary Craner curves, the feeling you get going flat out here is awesome. Like a supercharged roller coaster with a V12 soundtrack. I am hooked.
A gap started to develop between the last three cars (with me in my traditional last place) and everyone else. I quickly become aware that I can go faster than the car in front, so now I have to do my first ever overtaking! But where, we are using nearly all the track, sliding through corners. I start to see how he takes corners and got along side him as we go into the blind right hander at coppice, I cant see the apex and I know I am going too fast to be on the inside going in, so I back off.
Coming out of the corner at full throttle on to Starkeys straight I let the engine rev to 6500 before shifting to 3rd and catch up, but I brake way too early for the dogleg onto the start straight.
As we go past the pits again, I know I can go faster than him, the adrenaline is pumping but the fear is still there. I draw alongside into the Craner curves but he takes the racing line and he seems so close that I think we will touch, as he goes into the old hairpin I turn in a little later and carry a touch more speed out on the exit, drawing along side as we slide left up the hill, the engine is screaming in 2nd and I dare not look at the rev counter, I just want to make this stick with all my heart. I get past but now I am going much faster into Mcleans and skid from the apex right across and over the rumble strip on the exit, it all holds together, crikey the car is good. Now I can see a fellow class f driver about two hundred yards ahead. Gulp, lets go for it. I leave braking for the Esses as late as I dare (still way to early though) and the rear wheels momentarily loose traction as I change down to 2nd. I am closing the gap fast as we slide into Redgate, another car has gone off and the view is totally blocked for a moment by dust, I hear gravel smashing into the underside of my car and it squirms under me, then we emerge into craner. I snap at his heals but I just don’t have the talent to overtake. I am pushing him for another two laps and we are both sliding round a lot more, then we start being lapped by the front runners who stream past as if we were parked! I take a tighter line on to Starkeys and draw along side, flat out the cars are matched and we both accelerate to about 110, then some more faster cars come past as we go into the Esses, one of them starts to spin right in front of me and I have an intense second darting from one side to the other trying to predict which way he will go, I squeeze past just in front of his front bumper but have slowed to about 50, the car accelerates (relatively) slowly and my rival is just off my left flank as we dive into Redgate. I am going faster and am totally committed to the line I am taking, any deviation will result in a spin so if he arrives on my inside then we are going off, and at about 80 that will be a long way off. Two faster cars wait till the exit before streaming past and I fly through Craner. With no one in front of be I am battling against my own fear to go faster through each bend, at Starkeys there is a totally clear road ahead, we were so slow that the rest of the pack is half a lap ahead. I press on but when the final lap board is held up with still no one else in sight I ease up and don’t use the brakes again until after the cool down lap and I come into the pits.
What a race, what a circuit. I achieved my goal and overtook two cars. I am exhilarated and tired all at once. Already plans for the next race are forming..
The saga continues with the ‘Black Pearl’ at Snetterton in 2007.
Racing is bloody brilliant, the thrill and excitement of a fierce battle on the circuit, the feeling of achievement, the nomex underwear…
There was a point where I didn’t think I was going to get to the first race of the season, I had to make large repair sections to the underside of the car, many of the ageing bolts on this classic Jag had sheared during the rebuild, the trailer I bought on ebay didn’t turn up, the race tickets didn’t turn up and the day before the race the gearbox developed the ability to engage more than one gear . But we like challenges don’t we?
I put all other work on hold and tackled each problem in turn, and by the day before the race the only problem left was how to get the car to the race. Luckily Dave Ried turned up trumps and lent me his new trailer for the weekend, top bloke.
I got to Snetterton at midnight, pitched my new tent (special offer from the supermarket) and passed out. I awoke at 4am because it was bloody freezing, the cheap tent offered no wind protection and even less insulation, so I took it apart and covered the back of the Disco with it and slept quite comfortably on the back seat instead. Never buy cheap camping equipment.
Glorious sunshine greeted me as I emerged from my nylon and tank tap encrusted retreat on Saturday morning. It was great to meet up with my fellow racers again and swap similar tails of last minuet repairs. Last minuet is one thing, but Crash Gordan trumped us all by actually rebuilding his entire cooling system between races, turning up to a race in a car you haven’t finished building yet is pure class.
The morning started at a rush, Signing on, briefing, scrutineering and qualifying all managed to be timed to overlap, resulting in a significant amount of running and swearing.
Once out queuing up for the qualifying session I had time to relax a bit, but then it occurred to me I couldn’t remember if I had torqued up the wheel nuts, needles to say my first lap was conservative. But after a few laps, gathering pace with nothing major falling off, I started to feel quite happy with the car.
The suspension and final drive mods seemed to work rather well and inspired confidence, my home brewed exhaust sounded commandingly raucous and the engine pulled strongly all the way past about 120mph. Crikey, it felt good.
I am used to qualifying last, but this time managed to have four cars behind me at the start of the first race. As the start lights went out I managed to loose all four places in the first hundred yards. Now I was in familiar territory, but it soon became clear that the car was faster than the one in front which meant it was time to practice the high art of overtaking. Unfortunately I am crap at this, but after dithering on several corners I worked out a safe place to go for it and dived up the inside of the first car, then I remembered to breathe again. The next car was taken on the straight, the new diff proving absolutely spot on as I crept past at about 130mph, whilst all the time my mind was screaming to slow down for the next corner. Another two cars were taken before the end of the race leaving me 22nd out of 28 starters with two cars not finishing.
Gordans old car was driven by Mike Sharman, new to the series, who took off like a thing possessed and won the class 1st rather decisively. So it looks like I had a lot more competition that year and my hopes of getting a few class 2nd s started fading.
The second race was on the Sunday and the grid positions were based on the results of the previous race which meant no less than six cars starting behind me. I was determined to get my start right this time so I talked to the drivers starting around me to get an idea of what to do, Paul Reynolds and Crash Gordan were really helpful and a strategy was hatched.
Sitting on the grid I was still nervous, but when the start lights went out I dived up the outside of two cars in front of me, excellent! Into the first corner surrounded by sliding jaguars, it seemed impossible get that many cars round such a small corner. I conceded the two places to my fellow racers who were much faster, not wishing to slow them up. On the straight I was behind Crash Gordan who is the fastest chap in our class, I figured that if I could just keep up with him then I would learn something. Unfortunately all I learned I s how important it is to prep your car, as his coolant system exploded and covered my windscreen in glycol. The fact that I couldn’t see through it was resolved when I tried to brake and simply went very sideways, sliding on his glycol slick, thus allowing me to see where I was going through the side window.
Setting the suspension up to be progressive paid off as the car waggled through the esses with the casual flair of a drunken tango dancer, but crucially managed to stay on the track. Which was nice. Unfortunately other, faster, racers were not so lucky, have a look at Dave Robbie’s web site for more info.
I made up a couple of places and was sitting 3rd in class again when I rounded the final corner, at the end of the long straight I could see the chequered flag out, but also I could see the 2nd in class chap easing up. It was an opportunity too good to miss so I stayed in second gear and buried the accelerator, I saw the rev counter go into the red, so obviously I stopped looking at it and kept accelerating. I think that if I had to drive the racer home then I wouldn’t have done that, just goes to show that having a trailer is worth seconds on the track. I got six inches in front of him at the finish line and won the first trophy of my life for 2nd in class, the phrase ‘well chuffed’ springs to mind.
There are still mods to be done, however. The diff is cooking due to the inboard brakes. After a cool down lap and a 10 min delay in parc ferme, I measured the rear diff casing temperature at 160 C. That counts as ‘bad’.
Also, when giving it some beans the cooling system couldn’t cope and the temperature started to rocket. On the track I started to use top gear more which helped keep the temp under control but did nothing for my lap times.
I now have a 6 litre XJ40 in pieces in the workshop so the next mod is to get the outboard brakes fitted and see if I can use bits of its cooling system (which is a lot neater than the XJ-S).
I hope to have this all done for Mallory, fingers crossed.
Well that went with a bang! The Mallory race started of with pouring rain, which posed a new challenge as I have never raced in the wet before. But we like challenges don’t we? (am I repeating myself again…)
Cunningly I had plastered the windows with rain repellent and the inside with anti-fog, which worked a treat. Whilst other cars were struggling for visibility and grip, I was merely struggling for grip. I started off very conservatively in practice, feeling my way round and slowly building pace but it very soon became clear by the way the car veered sideways at every opportunity, that there was not much more pace to build. Then it started raining harder.
After lunch, the first races included MR2’s and single seaters, both having substantial ‘offs’ and a number of Toyotas limping back to the pits heavily damaged. This was like an old fashioned warning, a bit like when they used to put severed heads on spikes on the city walls to warn incomers, but without the hygiene issues.
Just before our race was called, the sun came out. In practice I had dropped my tyre pressures to try to get some warmth in, without much success, but now I swiftly set about pumping the tyres up with my nice shiny new high power 12v compressor, the sort that burns your cigarette lighter wiring out, I like over powered motors.
By the way, I now have a race ‘team’ which is a novel experience. Well, I say ‘team’ its only three other people and a ‘sponsor’ but it’s a team to me. I am still used to doing everything myself and haven’t got the hang of delegation yet so they spent most of the time hanging around asking to help, but give it time. We have Nick being race mechanic, Kev being in charge of tents and food, Chris in charge of logistics. My new sponsor is Rik and Lotty who happen to have a vinyl cutter and made me some excellent stickers, they also run a driving school in Birmingham and are very nice people (www.auto-success.co.uk). Right, that’s my part of the bargain done.
Back to the race, it started well enough but the track was still very slippery just off the racing line and as the first overtaking started, so did the graceful ballet of sideways Jags. Going into the esses I was right on the tail of number 47 Paul Reynolds, who is usually the second in class bloke and significantly better than me. A car span in front of us, in a split second Paul had gone to the left and I chose the right but as we passed the stricken car I had a straight run up the hill to the hair pin but Paul was still on the grass. I just got ahead but he was not going to give up easily and went up the inside into the hairpin, I dropped it into first and slid round just in front again then got away cleanly down the hill. My heart was pounding, this was proper racing and as a novice it was quite an experience.
I even started making a little headway, almost getting the hang of it, when a number of cars arrived on the inside just as I went into the big corner at Gerards. There was some tyre squeal, a degree of rotation, a thump and then I was hurtling towards gravel. Now, gravel stops cars and I didn’t want to stop, so I kept my foot in, aimed for the shortest rout across the trap and onto the grass beyond. Now my off road racing paid off as the V12 Jag snaked across the wet grass in a merry salsa back towards the track. But not before Paul had cruised past.
Well, that’s racing. I have to fix the front wing, door, bumper, front and rear suspension on the right and something’s bent in the transmission. Time to take it apart again.
Obviously with the engine and gearbox working well it was time to take them out.
For some stupid reason I got it into my head that fitting the 6 litre V12 from an XJ40 (XJ81) would be a good move because it comes with the 4 speed electric auto box. Needless to say trying to integrate the control systems and wiring with that of an ageing XJ-S proved challenging. Also the gearbox is bigger, needing extensive transmission tunnel modifications and a custom prop shaft. The front of the engine uses a single serpentine drive belt so I had to connect the PAS pump to the existing rack but gut the hydraulic pump that sits behind it to make things work. I also gutted the air con pump to use it as an idler. I saved a few kilos by using the ally XJ40 radiator, which doesn’t fit and required a custom made ally cross member….
Anyway, somehow we got it all running the night before the Silverstone national, but during practice the gearbox ecu slightly caught fire, leaving me with only 3rd gear. Surmising this might make the race a bit tricky I cobbled together a switch arrangement to allow me to choose between 2nd and 3rd. The race started and I leisurely pulled away in 2nd, up to 3rd for the right hander and fairly swiftly the engine hits the rev limiter. Oh dear. So I grab the loose wire that engages 4th and short it against the gear stick, this gives me enough gears to keep up and start making head way again. Unfortunately the broken gearbox ecu seems to have caused the engine ecu to run retarded, the exhaust is so hot that my seat starts to get very warm indeed and I see some degree of smoke in the mirror. OK, ease of a tad then, avoid catching fire, that has to be the best strategy at this point. But the car is still capable of annoying tail enders and we even manage a spot of overtaking.
The reward of all this lunacy is 2nd in class, another fantastic day at the back of the field!
At this point in my racing ‘career’ I took a break, moved house and started writing full time. Just in time for the recession to destroy the magazine industry! So sadly the ‘Pearl had to go.
Luckily it was bought by a singularly excellent enthusiast, Marko Fleming of ‘Rust to Rome’ fame, who has put a manual gearbox in and made it road legal again. It now regularly participates in continental road rallies, sprints and hill climbs.
The roar of engines and the flash of speed stirs the soul in a way that few other sports can. There is something almost animal about racing machines, they breathe, they roar, they dance and fight. Maybe that’s why we do it, cars, bikes, trucks, everything with an engine has been raced by someone somewhere. It’s in our nature, in our blood.
Race tracks and rally courses are special places, with an almost magical feeling. They are places where the human need to prove ourselves, to compete is matched by our ingenuity and creativity in engineering. We create machines and we train ourselves, then we test both in these gladiatorial arenas.
But taking racing out of the arena and into our own town creates a contrast that can be even more special, like seeing superman in the local pub, seeing a single seater race car or a superbike absolutely on the limit of human and machine ability on a road that you use to go to the shops is astonishing.
Street racing is a well proven formula, there is Formula 1 in Monaco and super bikes in the Isle of Man TT, and that’s the sort of spectacle that many of us want to help bring to our fine cities of Britain. But it’s not that simple, the law is a cumbersome and unhelpful tool, not deliberately so it’s just the way it’s ended up, the sprawling limbs of the Road Traffic Act accidentally interfere with any attempt to bring such wonderful sport to the people. There is insurance, road closure orders, traffic management plans with complex diversions, logistics, infrastructure and other posh words to sort out. You need at least a year to get everything in place, even longer if you need sponsors. That’s quite a challenge.
But as a species we rather like a challenge don’t we?
So, in the spirit of human endeavour Coventry Moto Fest is attempting to do this, turning Coventry city into a sort of Edinburgh festival for cars, bikes and even classic buses. There is a live stage with music and impassioned debate about classic cars, there are classic car and bike displays all through the city centre, there are motoring related films on at two cinemas, there are concept cars and future technology on display, there is even a Moto Fest beer on sale; Moto Fest Multigrade! But the real difference to any other car show is the live action, there is a short oval race track springing up in the city’s larges car par with F1 Stock Cars, stunt bike and precision driving displays. But the biggest part of the show is that the ring road is being turned into a race track for the day, with rally cars, drag racers, drifters an circuit racers demonstrating their ability.
So imagine how thrilled I was to be asked to be in charge of the live action element, obviously quite a responsibility but an enormous opportunity too. Now, things aren’t quite the way I’d want, not enough time to get races booked into the motorsport calendar and the such like. Plus we need to prove ourselves to the council and the people of the city before they let us take over completely. So this is what we are doing; this year I will put on a safe and steady display of fantastic racing machinery. There will be no racing, speeds will be limited by use of a pace car, no chicanes or rumble strips. But if we get enough people telling the council that this event was good then there is a chance we can host real racing next year. That’s my goal, the big prize, bringing real racing to the streets.
So if you want to see real motorsport in the city streets then please help by joining the call to our friends at the council to let us make it even better next year. Oh, and please enjoy this year’s event too, it’s going to be great.
Exhilaration seeps from the track, the sounds, the smells and the spectacle all conspire to grab you by the heart. The fact is that you would have to go a long way to beat the sheer enjoyment of driving at full chat round one of our many splendid race circuits, so it is probably quite high up on your list of things to do. Track day veterans will tell you there are a few secrets to success, some of which might sound surprising if you are new the scene.
The great thing about track days is that they are not a race. In fact racing is strictly prohibited, the idea is that everyone can go as fast as they feel happy with and enjoy the day. Corners are where the fun happens, you are entitled to handle the corner in any way you can without being hassled by faster cars. So overtaking is only allowed on the straights, it is quite common for faster cars to hold back on the straight to give themselves some space in front so they can then take the corner flat out without risk of encountering a sower car.
Many people worry that they are in some way ‘not good enough’ or that their car isn’t ‘fast enough’, this is normal and nothing to worry about. Because there is no minimum speed, no racing, nothing to compete against except your own fear, you could turn up in a bog standard diesel family hatchback and still have a great day.
The big day.
As the nerves build before your first track day you might find that you get bombarded with conflicting advice, so just to add to the confusion here is some more:
1.You will need to feel comfortable, so wear comfy clothes. Shoes are very important pieces of equipment, ideally they should have soft soles so you can feel the pedals, but the most important thing is that they must be tight enough to give you accurate control but not so tight that they hurt after an hour or so. Thick soles such as trainers should be avoided.
2. You do NOT need a stop watch, you will not be taking lap times, this is not a competition and racing against the clock leads to accidents and a level of self imposed stress that can ruin a fun day.
3. If you are using your own car then service it before hand, belts (including cam belt where fitted), oil, coolant, gearbox and diff oil As well as brake fluid should all be fresh and at the right level. Depending on the car it may be best to run the oil level towards the low mark on the dip stick to prevent oil pull over, or towards the top end if the engine is prone to surge
where the oil in the sump sloshes away from the pick up pipe. Again check for advice on your particular model. Either way check the oil level after each run, consumption will be higher than for normal road use, take spare oil.
4.Keep an eye on the temp gauge and if it starts creeping up then ease off and investigate the cause in the pits. But only look at the gauges when safe to do so on the straights. Don’t look at the speedo, it wont help. Do look at the rev counter and avoid the red line, preserve the engine.
5.It is vital to do a cool down lap before coming in (High gear, low speed and don’t touch the brakes) to loose the stored heat in the engine, exhaust and brakes. Never put the hand brake on, once the brakes are hot it warps the disc and can bond on quite resolutely.
6.After a run has been completed open the bonnet and let the heat out, all the metalwork will be hot and will soak into fuel lines and electrics whilst parked up. Whilst there check everything is still attached and not leaking.
7.Keep checking your tyre pressures, you will be pushing your tyres harder than you ever could on the road so the right pressure is vital.
8.Don’t take loads of spare parts, what ever spares you take you wont need, what ever spares you need you wont have. Best not worry about it. But do take fluids.
9.Take drink, a hat and sun glasses, tracks are strangely drying places, keep hydrated otherwise your concentration will fade faster than your brakes.
10.The first few laps will be a bit bewildering, most people feel lost. This is normal and nothing to worry about. Your first few laps should be used to get familiar with the layout of the circuit. Just take it easy and build your speed gradually, you have all day and after lunch you will be much faster.
11.Chat with the other participants, find someone with a bit more experience and get them to sit in. But bear in mind that anyone who says they are experienced is usually a deluded, the best guides are the quiet ones who don’t boast. Better still pay for some proper tuition.
12.After lunch pick someone who has a car that should in theory be as fast as yours, follow them and try to keep up, don’t worry if you can’t.
13.Keep a safe distance from other cars, particularly breaking for corners. Build a bit of space by hanging back on the straights so you can safely go flat out through the corners, where the fun is located.
14.When you spin off, stay calm. Stop for a few seconds and collect your thoughts. Follow the marshals directions, check all around for other traffic and indicate when you re join the track. Your tyres will be full of mud so don’t go too fast and stay off the racing line until they clear, it will sound like a hail storm as the grit is thrown into your wheel arches but don’t let this concern you.
15.Take pictures. Lots of pictures. Take friends who are good with cameras. Video is even better but you must get permission from the circuit and also from the event organizers first.
16.Enjoy yourself. Don t push too hard, there will be other track days and the chances are on the first outing you will find niggling faults on the car anyway, preserve the car and yourself. Remember this is not a race, it is not a test, it is not a test of your honour.
17. When packing up to go home take a few moments to make sure you have everything you came with. Check the car is safe for the road if you are driving it home, check the tyres for damage and make sure the tyre pressures are right. Check the fluids again and if you taped up your lights remember to take it off!
18. On the way home keep your speed down, nothing you learn on the track is appropriate for road use! You will have become accustomed to going very fast, your road speed may creep up on you without you realizing.
After your first track day you will probably be hooked, ideas for improvement to both yourself and the car will start pouring in and you will find it impossible to talk about anything else.
You’ll see signs about the track saying ‘motorsport is dangerous’, but what they don’t warn you about is that it is also highly addictive. If you start down this route the chances are your life will never be the same again. Go on, book a session right now!
PS: Why not hire a track ready car for your first time on a track? I’ve recently worked with Track Group Ltd who have some rather fun offers. Please have a look at their web site, and if you do decide to book a session with them be sure to mention my name.
The media has given UK industry a bit of a battering in the last few years, in fact ever since the high profile industrial collapses in the 70’s the media has focused on doom and gloom stories rather than all the good news that the industrial sector has consistently produced.
I was talking to a bloke last weekend at an arts festival, was was an ordinary chap who happened to have no real interest in cars but as he knew I am a motoring journalist he made conversation by asking what car I would recommend. Being very proud of the UK car industry I immediately replied ‘any car as long as its made in Britain’, he looked quite astonished and said ‘I didn’t think there were any cars still made here’!
This shocked me, the UK makes over 2 million cars a year with factories churning out products from Jaguar, Land Rover, Lotus, Morgan, Ford, Vauxhall, Nissan, Honda and BMW to name but a few. All of these bring revenue and prosperity to the country and use British skills, both in manufacturing and engineering design. But we very rarely hear anything about this on the news, in fact when Lotus dropped a few hundred jobs last year it made national news, but when Jaguar recruit about 3500 this year there is no national coverage, I find this very frustrating and also more than a little suspicious.
I am sure the fact that most of the big media organisations are tied up with the financial sector has absolutely no influence on their bias, but it is remarkable how even the phraseology favours the ‘markets’ at the expense of industry. For instance take a look at exchange rates, to sell things we make abroad we need the pound to be cheap and affordable, but the media call this situation a ‘weak’ pound. But when the pound is expensive and unaffordable, which crushes foreign sales, reduces production and leads to job losses, they refer to that situation as a ‘strong’ pound. Its ridiculous, until you look at the financial sector who benefit greatly when the pound is expensive, and suffer when its cheap.
And the whole idea of being ruled by a stock market that panics like a frightened weasel, thus taking support investment away when its most needed, is utterly ludicrous. A system where a few chaps in blazers in London transfer money when they see their bonuses start to drop, causing a hard working company many miles away to loose several jobs even though they have a full order book, must surely be immoral?
So you might argue that as there are so many people now working in the financial sector that it balances out, when money is tight in industry it must be flowing in the financial sector? Well maybe it does, but the thing I notice is the difference in the way that money is distributed.
I read a report a while ago comparing average wages, I think it was something like average car industry wages were 25k and finance was 36k, or something like that. But the distribution of those wages is dramatically different, many people I have met who work in the city earn less than 20k, normal average office workers, many earn less than 18k and really struggle to pay the bills. The equivalent in the car industry might be factory line workers who earn a basic of about 25k and with usual overtime could be on 35 to 40k, thus allowing them more spare cash to pump back into the economy.
By comparison at the top end of the pay scale things are the other way around, senior managers in the car industry might be on 60k, but their counterpart in finance may be on double that. At director level the difference is even greater, there are no million pound bonuses in the car industry, no seven figure salaries, and all the better for it.
There are two results of this, firstly the car industry benefits more of its employees, the wages are more evenly distributed and more of the cash finds its way into the local economy. But secondly the car industry is much less appealing to the super rich, the rewards are slimmer for directors and for investors the dividends are modest.
Over the decades the press has made industry seem grubby and declining which has damaged its image severely, now UK industry is struggling to recruit the people it needs for continued growth because generations of young workers have been put off by the media image, preferring the relative ‘glamour’ of finance or retail.
Career choice at an early age obviously shapes the subjects kids study at school, and the exams they take at the end. The media bias has driven huge numbers to study softer subjects, and whilst I have absolutely no objection to anyone taking these subjects, we desperately need to rekindle the enthusiasm for learning how to make things, how to design and engineer things, how to turn dreams into tangible working products that people can buy. This mismatch of candidates skills and job requirements, coupled with the apathy toward industrial work puts the country in the ridiculous position of having a large pool of unemployed youngsters and an industry being forced to recruit from abroad.
This situation has to change, the notion that an economy can run on the service and financial sectors alone is clearly flawed, how can a country prosper when all it does is sell someone else’s products to its own populous?
Also the idea that we can be solely a ‘knowledge’ economy, where we design stuff but make it elsewhere is idiotic. All that happens is the detailed knowledge of a product gained by actually making it gradually migrates to the place where it is made, all the product knowledge seeps away until the manufacturing area has greater understanding and technical expertise than we do. Then what do we design? ‘For Sale’ signs maybe.
I don’t know what the solution is, but I know what I see is terribly unfair and inefficient, like a misfiring engine it sort of works some times but keeps stalling at junctions. I think its time this country had a new engine, one driven by selling world class products globally, building real skills and doing useful jobs that benefit everyone.
There has been much talk of alternative fuels to keep our classics going as petrol becomes ever less attractive. But after all is said and done, more has been said than done.
Here is a brief summary of my experience and some hearsay from down the pub, it is quite possible I have made a mistake here or there so if you spot one do let me know.
Mostly Propane with a splash of Butane, stored as a liquid under a pressure of about 5 bar in steel cylinders. The fuel is turned into a gas and the pressure regulated in an evaporator that is heated by engine coolant. The simplest way of feeding the gas into the engine is by using a gas carburettor, but these are quite restrictive and so peak power is significantly reduced, maybe by 20%, although most drivers don’t notice this for some reason. Often these systems are set up to run very rich to mask installation problems. Better way is to use gas injectors, similar to petrol injectors, with their own ecu, this is more expensive but more efficient.
LPG is usually less than half the price of petrol per litre, and although the fuel consumption on gas is slightly worse there is still an overall saving. A well set up system will have lower HC and CO emissions than petrol, but the higher fuel consumption leads to similar CO2 levels.
LPG has a higher octane rating and so engines can be redesigned with higher compression ratio to achieve higher power and economy, but again that is expensive.
As LPG is a dry fuel there can be issues with valve seats wearing, but only if the engine is worked hard. Special lubrication systems are available but many have problems with uneven distribution between the cylinders.
LPG supply is directly related to oil supply, so if petrol runs out then so does LPG.
Methane / CNG.
This is the same gas as you get in your domestic cooker, Compressed Natural Gas. On cars it is stored in very high pressure cylinders. You can get domestic pumps to fill the car from a household supply. The regulator and engine conversion equipment s similar to LPG, but with different flow rates. Again there is a power loss, slightly greater than LPG but not horrific.
Also the valve wear issues are similar to LPG.
An alcohol fuel with a fairly low energy content, so less power than petrol in a standard engine, but the high octane rating means that add a turbo or supercharger and you can have a very powerful unit. But if you’re happy with the power loss on a standard engine then home brewed methanol could be a cheap alternative to petrol. Unfortunately it’s very hydroscopic so cant be stored for long periods.
An alcohol fuel with a fairly high energy content and octane rating, it makes a small gain in power on standard engines but can make even better gains on a modified engine with higher compression ratio or a blower.
It is very hydroscopic so has a limited tank life, it also has an unfortunate tendency to react with steel creating an acid that corrodes pretty much everything. So stainless or plastic fuel pipes, tanks and fittings are helpful. The exhaust is also corrosive so stainless systems are best.
Alcohol fuels can be brewed in much the same way as moonshine, using food waste, but getting the water out is very difficult.
Flow rate is much higher than petrol, so the fuelling system has to be modified to suit, although some conversions have managed to use standard injectors and fuel pumps.
It has no carbon and the only emission is water. Unfortunately its very difficult to store, requiring cryogenic tanks. As it is the smallest atom it tends to leak through pretty much anything, including steel. It also needs either very high pressure tanks or cryogenic (-253.7 ºC) liquid storage. The other problem is that its energy density is quite poor, so you need a lot of it. If it is injected into the port it displaces quite a lot of air, so power is significantly reduced. But of course this could be tackled by using a bigger engine or turbos, yes its true, with hydrogen you can have a guilt free 8 litre V8! British company ITM Power have developed a home hydrogen generator, simply add water and plug it into the mains, to prove its usefulness they converted a Focus which gets about 100 miles per fill.
And Sunderland university have used CNG (compressed natural gas, mostly methane) equipment, which is similar to an LPG conversion, with a special tank to run a standard car on Hydrogen. Again it’s a dry fuel so valve seat erosion can be a problem if worked hard.
Another brewed fuel, usually made from oily seeds or waste cooking oil. Quite expensive to produce on anything other than large scale industrial quantities. ‘Phase 2’ biodiesel is made from farm waste (husks and stalks left over from food production) and is more expensive but does not use up the worlds food supply.
Performs just the same as regular diesel as long as it is filtered properly. Because of the greater solvent content it will loosen any old fuel deposits from an old cars fuel system, which can clog filters and injectors, so its best to fit a new fuel filter then run biodiesel briefly before changing the filter again.
Being an organic substance it is prone to stuff growing in it, so it has a limited tank life.
Some people run older diesels on filtered chip oil, there are lots of microscopic plant particles in this which carbon up the injector tip and can coke up the engine. The harder the engine works the worse the problem gets. Using modern diesel can wash some of the deposits away, so alternating fuels can extend service life. Modern diesels use much finer tolerances in the injection system and are a lot less tolerant of this type of fuel, but old fashioned mechanical diesel injection systems don’t seem to mind so much.
Throw the engine away and fit a milk float motor? It has been done, in fact I did it to a Fiat X1/9 but that’s another story, but you have the performance of a milk float and the batteries are very heavy and take up a lot of space.
However, recently the century of pitiful investment has come to an end and the technology is finally getting proper funding. We now have electric sports cars, and even a few supercars. So over the next few years expect to see much more viable electric drive systems and batteries.
Personally I would love to develop a replacement electric system in the shape of an engine, I think that would be rather fun.
Advanced fuels from petrol stations.
Things like BP Ultimate and Shell V Power are formulated to coat the cylinder in a low friction coating, improve oil control and disperse more effectively to improve flame efficiency.
This does actually work, an engine improves over time with use as the coating builds.
The fuels cost more which can negate the economy benefit, depending on the engine and how much difference the fuel makes on that particular design.
Hydrogen in petrol.
Mixing about 3% by volume hydrogen in the intake air can allow a petrol engine to run very lean, in this condition it is possible to gain 25% in efficiency. Maximum power will be reduced due to the displaced air, and the hydrogen requirement is quite large so generating it by an on-board electrolysis system is not usually viable. Also the engine change to make use of the lean burn potential is significantly expensive.
Introducing hydrogen without running the engine lean makes no improvement.
Using a jam jar of water and 12v electrodes is just plain silly.
A variation on this theme is to use thermal and catalytic cracking on the petrol to turn it into hydrogen and CO2, with engine modifications this can improve efficiency by up to 30% at part load. But its a very expensive system and complicated to control.
LPG in diesel.
Can improve efficiency by up to 20% but makes an even more dramatic improvement to performance. Over doing it will melt the engine, much like nitrous oxide on a petrol engine.
Cheaper than a conventional LPG conversion, this works very well indeed if set up properly.
The following things really don’t work.
Magnets, they have no effect on fuel what so ever.
Solid fuel ‘catalysts’, I have tested a few and none made any difference.
Air flow vortex or turbulators, these usually have absolutely no effect, although they do block the intake and turbulent air reduces flow rates, so they can actually reduce performance. Cars with mass air flow meters require extremely non turbulent flow, and usually have flow straighteners built in, turbulent flow creates false readings and may make the engine run slightly rich