ACE CAFE RADIO

    mercredi 26 juin 2013

    First Notion Yamaha SR250 Cafe Racer



    The custom Yamaha SR250's are taking over! After last week's C59R "Little Blue" custom Tracker build from Barcelona we've headed north to Antwerp, Belgium where we found the First Notion workshop and their radical SR250 FN Cafe Racer. "Sometimes… things get out of hand. This is exactly what happened with this trusty Yamaha SR250 that was left sitting in our garage."



    "The Yamaha SR250 is known to most as a reliable little commuter, the do-it-all motorcycle that’s easy on fuel and is the ideal two wheeled companion for a responsible driver to go from point A to B. With this build we haven't changed too much…it is still a little commuter...well sort of."


    "Don't expect a full build list of the SR250. Our mechanic went bezerk on the little Yammy. All we know is we saw him kill the subframe with a grinder, sculpt beauty with a TIG welder and in between shape an alloy seat. Then there was the carbon fiber work, the Adreani rear shock, the classy Italian leather seat (where the hell did he get this leather, it’s smoother than my jacket?!) and loads more."



    "Our goal is not to deliver immensely expensive custom motorcycles that end up in a lounge room, but to offer our customers affordable, fun to ride yet professionally built custom motorcycles on a normal budget. Let's say we go beyond the - take a standard bike, trash all standard components and screw on as much expensive stuff as you can find."

    Custom motorcycle clothing and gear available at 100MPH.com.au

    Rallye Raid : First Rally raid win for Kurt Caselli ; Premier succès en rallye pour Kurt Caselli



    Newcomer in the Rally Raid world, American Kurt Caselli (KTM Michelin) won his first race in Argentina, where he beats team mates Chaleco Lopez and Marc Coma during the Desafio Ruta 40, third round of the Rally Raid World Championship.
    Nouveau venu dans le monde du Rally raid, l’Américain Kurt Caselli (KTM Michelin) a signé son premier succès en Argentine, devançant ses équipiers Chaleco Lopez et Marc Coma dans le Desafio Ruta 40, troisième épreuve du championnat du Monde des rallyes.
    As tough and selective as the first two rounds of the championship, the Desafio Ruta 40 Rally was undecided until the end, as four riders were tight within four minutes before the last stage!
    The first stage was cancelled due to the fog and the impossibility for the recue helicopters to go in the air, but then the race was really exciting with no less than five different winners and five different leaders; with only forty three seconds between the first two riders after 3000kms and eighteen hours of timed sessions, this race was very open between the Honda and KTM riders. Winners of the first two stages Helder Rodrigues and Javier Pizzolito confirmed that the Japanese bikes are more and more competitive, but the KTM riders replied by winning the newt three stages with Marc Coma, Chaleco Lopez and Kurt Caselli who finally won the race.
    Coming to the Rally during the last Dakar, the American who got several wins in the US Baja’s beats Lopez and Coma, who is strongly leading the World Championship before the fourth round scheduled in Brazil at the end of July.

    Très sélectif à l’instar des deux précédentes épreuves du championnat, le Desafio Ruta 40 Rally s’est finalement joué dans la sixième et dernière étape que quatre pilotes ont abordé en étant séparés par moins de quatre minutes !
    Après que la première étape eut été annulé en raison du brouillard empêchant les hélicoptères de sécurité de pouvoir décoller, l’épreuve a été incroyablement disputée avec pas moins de cinq vainqueurs d’étape différentes et cinq leaders successifs, les deux premiers du classement final n’étant séparés que par 43 secondes après 3000 kms de spéciales et 18 heures de course !
    Les Honda ont confirmé leur montée en puissance avec les succès de Helder Rodrigues et Javier Pizzolito lors deux premières journées, mais les KTM Michelin ont répliqué en s’imposant successivement grâce à Marc Coma, Chaleco Lopez et Kurt Caselli qui signe son premier succès. Apparu en Rally raid lors du dernier Dakar, le pilote Américain jusque là spécialisé dans les Baja a prouvé qu’il s’était parfaitement adapté à cette nouvelle discipline en triomphant devant les expérimentés Lopez et Coma, ce dernier confortant sa place de leader du championnat avant la prochaine épreuve prévue au Brésil fin juillet.
    Classement du Desafio Ruta 40 Rally: 1.Caselli (USA, KTM) ; 2.Lopez (CHI, KTM) ; 3.Coma (ESP, KTM) ; 4.Pizzolito (ARG, Honda) ; 5.Casteu (FRA, Yamaha) ; etc

    Pedrosa and Marquez receive new Honda NSC50R replica scooters


    Honda NSC50R Repsol Replica per Pedrosa e Marquezvia Twowheelsblog
    On the eve of the Dutch GP, the seventh round of the 2013 MotoGP World Championship, Repsol Honda’s official riders Dani Pedrosa and Marc Marquez have received new Repsol Honda replica scooters for use in the paddock at the remaining European rounds of the season. It is the sporty NSC50R, a new 50 cc scooter with an extremely efficient four-stroke engine and the same paint scheme as the Repsol Honda Team machines that Honda had showcased last fall at the Intermot Motor Show in Cologne, Germany, and at the EICMA exhibition in Milan, Italy.
    The Honda NSC50R can cover 50 kilometres on just one litre of fuel in normal use and - given that it comes with a 5.5-litre fuel tank - this means it can cover up to 273 km (169 miles) once filled up. A tri-metal catalyser is used in the exhaust system in order to reduce harmful gas emissions to levels comfortably below the Euro-3 requirements. An extra layer of safety is added by Honda’s CBS (Combined Braking System), linking the front hydraulic disc brake to the drum rear.
    Here is the pleased the comment of the current MotoGP championship leader Dani Padrosa:
    “It’s fun for me and the team to have the scooter replica of our MotoGP bikes to get around the paddock. They are essential to move from the motorhome, to the garage, to hospitality, especially at the homes races in Spain! My team also use it to move around the service road during sessions over the weekend to watch me at different parts of the track and give me feedback”
    And here is what wonder boy Marc Marquez had to say about the ‘guft’:
    “Having two such different bikes in the paddock is something quite strange! We jump from the 50cc scooter onto a 1000cc MotoGP machine - you can’t get much more different! We also use the scooter to do our track inspection on Thursdays before each GP”

    1989 MOTO GUZZI V75 – THE CORSAIOLA BY VENIER CUSTOMS


    Say hello to Venier Customs latest creation. A beautiful 1989 Moto Guzzi V75 called the Corsaiola has been professionally showcased with some high quality photography. Take note motorcycle garages, no point producing a stunning bike if your not going to take high quality images for your website. Venier have got it just right with every single stunning feature and high light of the motorcycle shot on a stylish black background.
    This beautiful example of a custom Moto Guzzi is one clean looking machine. The matt black strip on the tank and the super simplistic rear end with that tiny round brake light give it a really modern cafe racer feel. I really like the wheels they have used on the bike, they look really classy and give the bike a bit of a racing edge with bit chunky slick tyres. The black frame and lashings of polished metal all add to the super clean lines and all the makings of a unique super modern custom racer.
    Venier customs designs are created through the art direction of Stefano Venier and builds are brought into reality through the hands of master mechanics. All the parts like seats, paints, leavers and others come from artisanal Italian shops and companies. The company was founded by Stefano Venier who started to modify everything he was riding. After completing a masters degree in product design and years of experience in this field his passion created the company we now see now. With a the main garage being in Treviso Italy they also have another custom shop in New York, this is truely a inspiration to follow your passion.
    1989 Moto Guzzi V75 - The Corsaiola by Venier Customs
    1989 Moto Guzzi V75 - The Corsaiola by Venier Customs
    1989 Moto Guzzi V75 - The Corsaiola by Venier Customs
    Corsaiola-back_ritoccatanew
    Corsaiola-front_ritoccatanew.jpg

    from moto-verso.

    HARLEY DUAL SPORT MOTORCYCLE


    Dual sport motorcycle
    Jim Carducci is an engineer with a passion for dual sport motorcycles and the Harley Sportster motor. So he’s put the two together and created the Carducci Dual Sport SC3 Adventure.
    It’s not quite as improbable as it sounds, and the amount of engineering on the finished product is quite remarkable. But the question remains: why? “I had a vision of how I could somehow transform a Sportster into a viable dual sport motorcycle,” says Jim. “Others have built variations of the idea, but none suited my eye. And few were truly capable off-road dual sport bikes.”
    Dual sport motorcycle
    To set the benchmark, Jim rode BMW GSs, KTM 950s and other big dual sport bikes. After almost 10 years of thinking about it and talking about it, he started developing the SC3 prototype. “The Sportster motor was the key,” he says. “It produces tractable low-end power and is loaded with torque. Both of which are ideal for dual sporting. Plus, I just love the sound, feel, and look of its V-Twin motor—it has lots of soul!”
    Jim bought a 2003 100th Anniversary Sportster “donor” bike—one of the last ‘hard mount’ Sportsters, with a lighter motor than the newer 2004+ model rubber-mounted motors. He then created 2D AutoCAD layouts to lock down the geometry of the frame, motor, suspension, wheels and rider position.
    The goal was to get the optimum rake and trail, plus 8+ inches of rear wheel travel and 10+ inches of front wheel travel. The instantaneous force center is now well below the combined CG of the bike + rider—needed for the rear suspension and the traction to work well under acceleration.
    Dual sport motorcycle
    With the basics sorted, Jim began a 3D solid-model detailed design. He built a full-scale 3D Styrofoam model of the aluminum 6-gallon gas tank (which was hand formed by Evan Wilcox). He also created a billet aluminum swing arm, triple clamps designed to integrate a Scotts steering damper, and vibration-isolation bar risers. Next came a GPS mount, foot controls, a rear fender sub-frame and rack, a crash bar, a fly screen and a skid plate. And last but not least, a kickstand. Corbin made a seat to Jim’s specs.
    Dual sport motorcycle
    The Sportster motor was upgraded with an NRHS 1250cc kit and Andrews N4 cams. The rest of the components are high-spec too: Öhlins forks and rear shocks, configured to handle the Harley’s weight, plus 18” and 21” wheels from Buchanan’s, with Sun rims and a Talon front hub. The exhaust system is from Supertrapp, Biltwell supplied the 1” diameter handlebars, and the foot pegs are from Joker Machine.
    Dual sport motorcycle
    Two and a half years later, the bike is more than ready to ride, but Jim isn’t quite finished yet. “I’m currently designing a new exhaust, to make standing up for long periods easier on the rider. I’m also formulating an idea for panniers.” San Jose Harley-Davidson has approached Jim to build bikes for customers, and he’s teaming up with the dealership to get more SC3 Adventures out onto trails and roads around the world.
    Top marks to Jim Carducci for going where few others have dared. The Carducci Dual Sport might not be an ‘official’ bike, but there’s nothing amateur about this build.
    For more on the SC3 Adventure, head over to the Carducci Dual Sport website. Images by Neil Hanshaw.
    Dual sport motorcycle
    from BIKEEXIF

    Ivan Silva to replace injured Hiroshi Aoyama at Assen GP
















    from Twowheelsblog
    Hiroshi Aoyama will be forced to miss this weekend’s MotoGP round at Assen. The Japanese rider who was already carrying a number of injuries (a fracture to his left thumb and ligament damage to his left knee) crashed out during the third free practice in Catalunya, sustaining a further finger injury that forced him to skip the race and be replaced at the last minute by Javier Del Amor.
    Aoyama underwent surgery in Barcelona at the Deuxus Clinic where they amputed the distal phalange (the tip) of his fourth finger of his left hand.
    Former Avintia Blusens MotoGP rider Ivan Silva is expected to replace Aoyama on the Kawasaki-FTR not only at Assen, but also at the Sachsenring and Laguna Seca GPs rounds.

    DRIVING LE MANS


    These days it’s easy to watch modern race cars and underestimate the enormous effort and skill that’s required to keep the things on the track. Laden with aero, cars can look so stable and unerring in directional change that the velocities they’re racing at appear deceptively slower than they actually are. Unfortunately it often takes a huge accident to remind us of the fine line between grip and disaster.
    At this year’s Le Mans 24 Hours, several cars were severely damaged during practice and qualifying, slamming into barriers as that line was crossed with dramatic results. As we know, this pattern culminated with the tragic death of Allan Simonsen in the #95 Aston Martin Vantage early in the race itself. The whole event was rocked by the loss of this popular driver, and it highlighted the risks that racing drivers take every time they venture out on track, even in these safety-conscious times. The inherent danger of motorsport hasn’t gone away, and never will.
    Putting that sad event to one side, in this story I wanted to investigate what it’s like to be inside a cockpit at Le Mans: what aids drivers have to help them, how they cope with the changing track conditions around the long lap and the constant traffic – especially when night descends.
    In the run up to the event, I talked to factory Corvette GTE-Pro driver Tommy Milner to get the driver’s perspective on what it’s like to be behind the wheel around the Circuit de la Sarthe. He was part of the crew for the #74 C6-ZR1, driving alongside Oliver Gavin and Richard Westbrook.
    Tough doesn’t begin to sum up the conditions at Le Mans, particularly when you have weather changing all the time and eight hours of pitch black driving in the mix.
    Tommy: “It’s an incredible challenge to go fast at Le Mans, especially at night. You need to have a lot of trust in both yourself and your car. In a way you need to switch off the rational part of your mind in the dark. You need to think stupid! You really can’t see what you’re doing…
    “There are certain sections at Le Mans where there’s zero light. You are truly driving blind: you can’t see where the exit kerb is at all. It takes a few laps of turning the car in and seeing what happens, whether it was too far or not far enough, and then adjusting from there. It’s where stupidity comes in! And that’s when you’re by yourself. At Le Mans you have to add in passing other people and being passed yourself.”
    Gone are the days when you drove a car purely by the seat of your pants: just you and an oily mechanical warhorse beneath you. Modern GTs and prototypes are hives of technology, controlled by computers and powered by electronics, backed up by a team of personnel back in the garage.
    Tyres, brakes, engine, temperatures, shift lights, apexes, track-outs, mirrors, radar, straining eyes, radio, night vision glasses, aching arms, position, opposition, traffic, pit-stop, gravel, dirt, rubber, rain, sun, cloud, darkness, oil, damage… These are just some of the myriad things a driver has to think about, all whilst travelling at over 180mph.
    Le Mans takes the normal challenge of a race and magnifies it. Multiple classes. Phenomenally fast straights. Long periods of full throttle. Constant traffic. A day-long race. The Nürburgring seems dangerous enough, but Le Mans is a high-speed pressure cooker.
    There may have been four groups of cars (two prototype and two GT classes), but they could then be split down into further sub categories (factory versus privateer, differing quality driver line-ups and so on) – though none of that really mattered. There were 56 cars, so there were 56 classes. Each car was in its own race, its own battle to win. To get through the 24 hours. To make it through.
    It looked hard enough to watch from the side of the track, safely tucked behind a lens. There was never time to look away – cars passed by in a constant stream, drivers sending in passes this way and that, opponents locking up or skating wide in avoidance as everyone tries to lose minimum time whilst maintaining maximum forward momentum. How about coming over the blind brow at Dunlop to find an LMP2 facing the wrong way?
    Tommy: “We get help from the on-board systems and crew to keep informed about cars coming up behind, but passing and trying to get through traffic is completely up to the driver. A lot of drivers want to defend their position, even if it’s against an LMP. You can spend a couple of corners fighting with someone and lose a lot of time. There are many cases where it’s better to let someone by and just carry on.
    “At Le Mans we’re racing and passing cars that are driven by both pros and amateur crews: the car you may have been racing an hour ago with an amateur driver might now have a pro – that can present more of a challenge on one level, but in other ways it’s easier as usually the guys that are good know that you’ve caught them quickly, and might let you by into the next braking zone so you can both get on. But the ‘ams’ are more unpredictable: you sometimes have to take risks to get by them ASAP and be done with it to save problems.”
    The crazy thing is that for at least the first half of the race – a cool 12 hours, remember – Tommy and the rest of the dozen or so fastest GTs would be battling around 20th position at best. 20th. Not first, or fifth. Or even 10th. With modern reliability, barring melt-down the GTE leaders were only ever going to be into the teens come the end of the race.
    Yet these were the fastest GT racing cars on the planet. The GTE cars have already got down to the kind of times being set by the old fire-breathing GT1 cars around Le Mans, down into the low 3m50s. The pros treat the Le Mans 24 Hours with maximum respect. It’s about that speed. There is no other race track where the cars reach maximum velocity so often or maintain it for so long.
    Tommy: “The first section from the start to Tertre Rouge is like a regular track, with great big open spaces and sweepers. It’s wide open and you have lots of room. It feels easy in the car, relatively speaking.”
    That’s quite some use of the term ‘easy’!
    Next you have the public roads section: lined with Armco, a narrow aperture to aim the car down, interrupted by the two chicanes. It’s here that you get the reinforcement of just how fast cars go on the Hunaudières straight, where the cars hit maximum velocity within seconds, maintaining it right down to the chicane braking zones.
    As the cars zipped past in high-speed slipstreaming battles, I became a bit punch drunk from the doppler effect of the engines bouncing off the trees and buildings. The Ferrari 458 in particular had a rasping high note that doubled back across the track as it passed.
    Tommy: “That section feels incredibly fast. It’s broken up by some very difficult big braking zones at the chicanes and at Mulsanne, which are easy to underestimate.
    “What’s difficult about them is that we’re braking super, super late. That’s one thing that makes it so tough now: if you look back at older cars with their longer braking distances you had time to make a move and be a bit more creative on the brakes. Whereas we’re so late on the brakes, going way past the 200-metre marker for both chicanes; the time we’re on the brakes is very short.
    “We’re bleeding from 175-180mph down to probably 60mph in a really short amount of time; we’re on a public road with a crown, it’s hard to see the corners… It was difficult to trust myself for the first couple of years: you had to be massively confident in the braking zones.”
    The long run back from Arnage funnels down at the Porsche Curves into a final blast between concrete walls, again with massive entry and exit speeds before braking for the Ford Chicane just before the finish line.
    Tommy: “The Porsche Curves is probably the most difficult section on the track. At some point the car won’t be that great to drive – when you’re on older tyres or things like that – and that’s when it’s massively difficult to keep the speed up. Anyone can drive slower and sort of ignore the problem, but it’s very hard to keep the speed up when the car’s not that good because it’s so quick and we run so little downforce.
    “On our car we tend to be a bit loose with the set-up, with a little bit more understeer, so as the car degrades we lose a lot of directional grip. The hardest part of the Porsche Curves is the entry: you’re looking right as that’s where the corner is going, but you’re also having to check to the left for your braking marker and reference point for the turn-in. The kerb starts quite late, and there are some bumps in the braking zone, so a lot of people were dropping a wheel off the track and spreading dirt all over the road – which you then can’t see at night. It’s a similar situation at the exit of Arnage.”
    Even the quickest GT car would have prototypes behind them every lap, lights flashing, diving this way and that, trying every line to get past, through, over or under the car in front. When I asked Tommy about how that feels at night, he had a wry smile…
    Tommy: “Just driving at night is a challenge, period. But then at Le Mans you’re going so much faster for so much of the race track. Your reference points completely change: you rely 100 percent on the reflectors by the side of the track. When you’re going 175mph, those reflectors are pretty much a blur, so they really only define the edges of the track. You’re then looking for the brake markers, which are normally reflective thankfully. 
    “You do kind of get tunnel vision around the track, particularly driving down the Mulsanne. You’re peering as far down the road as you possibly can look, just trying to pick out the braking point. Once you think you’ve got it, you follow it in, double check that it is actually the right point and then just go for it. There’s a lot of the lap where you’re not even looking forward: you’re looking at your rear-view camera, the dash read-outs, the mirrors or checking for reference points by the side of the road – other things besides the road. There’s really not much to see out there!
    “When you put in a good lap at night it doesn’t feel any better or faster than during the day, but when you’re slow at night it’s easy to make excuses: you can’t see well, so you know you’ve been more cautious on the brakes. You need to get rid of those apprehensions. Then it just feels natural. It’s almost anti-climactic. You feel you should go faster, should go faster, and then when you do you’re like, ‘Oh, I went fast!’. But it is fun, nonetheless. Strangely it can help when you’re in a fight. Back at Sebring, when I knew I was close to the leading Ferrari it became a lot easier to forget about the fact that I couldn’t see a lot of the race track.”
    We’ve all driven on the road at night, and even on a public road you tend to have heightened senses and need to have a bit of blind trust in the road ahead.
    Tommy: “At night you go a lot off your muscle memory, of what you learned from driving during the day when you have every reference point. You get a rhythm in the daytime, and for night driving you try to find that rhythm again. When you can get back in that groove, even without really being able to see what’s going on, that’s when you go quickly. You have to know you can turn in. For instance, at the Porsche Curves, it’s fairly well lit on entry but it gets dark as you go around it. But there’s a rhythm and flow that gets ingrained from driving so many laps, that you can then reflect on at night to get back on the level.
    “Muscle memory gets you about 95 percent there, but for the first three or four laps at night it feels completely different from the last time you drove in the day. You can’t see anything, you have to rely on your memory and trust yourself, that you can hurl the car into a corner and trust that you’re going to be on line. Here, if you’re even a car-width off line you’ll have way less grip, so if you really throw it in you probably won’t make the corner.”
    So what tools are at a driver’s disposal, above their own raw talent? Looking at the Corvette, just seeing the track appears hard enough. The raked windscreen has two sunstrips, but the actual slot that the drivers can see out of is only the tiny gap at the bottom. The middle strip cuts down on glare and keeps the heat down. I suppose that with a helmet on, having a big windscreen area wouldn’t help anyway…
    There are side mirrors, but typically for a race car they’re pretty flimsy and look like they’ll bounce around at speed.
    Tommy: “We have the mirrors, but they’re not really aimed that well and usually just bother me! They’re really only good to see what’s way back in the distance. You mostly just see Corvette bodywork in any case: only the outer portion of the mirror shows any track because of how wide the rear fenders are.”
    With a closed-off rear there’s no rear-view mirror, so the Corvettes have long carried a camera system to give better views out back. The biggest improvement to the camera and cockpit screen was the addition last year of a radar system to supplement the picture and provide invaluable overlays about traffic.
    Tommy: “The radar system helps us massively in that regard. It helps us focus on driving and less about what’s happening behind us. It shows when a car is coming up, whether it’s quick, how fast it’s catching us and if it’s going to catch you by the next corner. It makes it a bit nicer to drive at night.”
    It’s an insanely cool system: the radar picks up moving objects (even stationary in the pits, it would pick up team members walking around the garage) and mark them: red for moving in, yellow for staying the same and green for moving away. The chevrons change shape and size depending on distance, and combine with scales on either side of the screen to show distance and closing speed. Finally, the biggest help is a big red arrow that points to the side of the car that the overtaking car is coming from.
    Here’s a video clip from the development system – it’s now even more sophisticated.
    Electronic gizmos may help with what’s behind, but the most basic and obvious aid sits out front: headlights.
    Tommy: “In the dark you’re hoping your lights are aimed perfectly so you can see the reference points. That’s the hardest thing at night. All the braking markers are reflective, but your apexes and track out points are not. They’re in the darkness until they’re lit up by your lights, only then you can see them.
    “We try and set up our lights to get as wide an arc as possible. We have two that aim sideways like corner lights, and two that shoot forward so they light up all the reflective bits and pieces that are out there. The team has a system at the shop where they aim and align all the lights, so all of our spares have been set up in case we need to swap them. Of course, whilst it’s great if your own headlights are bright, there are 50-plus cars around you also packing blinding beams.
    “The biggest problem is with the Audis. They run the brightest lights they possibly can, which can override the sensor on our camera system; it washes out the picture. At least you know straight away that it’s an Audi…
    “We can adjust the brightness of the screen, so at least now I don’t get quite as dazzled as I have been in the past. Also, the radar can now pick through that so it’s no longer much of an issue, and we’ve tested turning the brightness way down so almost all you can see are two headlight dots and little flare. It can be a little disorientating though, as you don’t get as much depth, but it’s an option.”
    Backing up the data is a vital human element back in the pits: namely Tommy’s crew chief Brian Hoye and his team, who sat in the garage in front of a long line of screens linked to CCTV and TV camera coverage around the track.
    It was an impressive sight: Brian had picked out cameras spaced around the lap, and each screen was marked with an approximate time stamp so if they lost sight of their driver they could use the lap-time to pick the car up on the next appropriate screen. They also had access to the ACO’s GPS-linked car tracker and a big telemetry screen for each car.
    Tommy: “Brian spotted for me almost all through a race; there’s always someone on the radio. He’ll tell me what cars are coming and give me a heads-up, such as that an LMP2 car is six seconds back and closing. For an LMP1 he’ll tell me way in advance, like maybe when it’s 10 or 15 seconds away. It just clues me in and allows me to drive out of the windshield.
    “Then when I see the chevrons coming up on the screen I can know what’s coming up. There are different functions: if a really quick car comes you see a different shape and colour. If the colour is red it means that it’s got a higher closing speed. All those little clues – Brian talking to me, the different colour chevrons, the different shapes – I can know what car it is and then plan ahead. Am I in an area where I should let him by now, or can I get through three or four more comers before I see him?”
    The Corvette team have made sure that all this information doesn’t overload the driver: my thought was that all the technology might actually detract from the driver’s ability to concentrate on hands and feet, but the team have evolved their combination of spotter and on-board tech.
    Looking inside the cockpit, all the screens are specifically positioned to be in the near eyeline without being overwhelming. Inside the exceedingly tight cockpit, the main dash readout is just below the windscreen, with the TV screen to the right.
    Tommy: “I’m now really only studying the screens when Brian gives me specific warnings, then I make a concerted effort to look. It’s changed how I use that camera: in the past I would always take periodic looks, just check, check, check. But now anything that comes up behind me will show up on the radar, and it’s a very obvious thing.
    “Initially we sort of lost that depth perception you get from seeing a car in the mirror. It’s a flat screen and hard to judge distances, but now with the radar we’re able to go back to not having to drive in the mirrors. It’s made our lives easier, as in our peripheral vision we have these obvious, simple colours and shapes that show up on the screen, so we can catch things in our peripheral vision and just focus on what’s ahead of us.”
    And then what about the driver himself? Fitness and skill is one thing, but even I know from driving for five hours in the pouring rain to get to Le Mans how tiring driving can be on the eyes. That’s where a new take on an old idea comes in: yellow tinted driving glasses But the Squadras that Tommy and a number of other drivers now use come with a high-tech twist from TAG Heuer, which correct night-time myopia and have an anti-glare coating.
    Tommy: “It’s easy to get a bit lost as to where you are on the racetrack, like on the Mulsanne, there are times that if you look at your dash and you’re reading off a lap time or something like that or a pressure for one of the engineers, you can glance back up and have that split second of going, like, ‘Where am I?! How far down the road am I from where I last was?!’. Little things like that, when you lose focus or concentration, it’s a big deal. In the daytime you can relax a bit and let your body take over, but at night you spend a lot of time studying and thinking about what’s coming up, what’s ahead, where’s my braking point and so on. It’s mentally draining.
    “You really strain your eyes driving at night, trying to find all the different reference points. In the past for sure I’ve always been squinting, looking, searching out for things. With my Squadra glasses I’ve found that it allows me to relax my eyes a little bit more: I don’t have to strain so much. The details we’re looking for on the road are so small, the reflectors or apexes, or a small bump in the road may be one of our reference points, and the glasses make everything that much more crisp. The yellow tint helps improve contrast just that little bit, and they also have some minor magnification. We’re looking for tenths of a difference here in a race, and the glasses help me keep my focus just that little bit better.”
    Focus is the key for driving at Le Mans. Over the last week the teams drove in the most challenging conditions for years, and under the worst possible emotional cloud following the accident. My admiration for top-line drivers has gone up another notch.

    Jonathan Moore