McLaren Can-Am again


McLaren confirmed plans at the American Grand Prix to make 12Cs for racing. It showed a concept at Pebble Beach and while Andrew Kirkaldy, Managing Director of McLaren GT explained that it had been a one-off design study, the reaction was remarkable. “It is a real testament to the performance and results of the McLaren GT customer teams this year, still only in the debut competitive season, that there is such a strong demand for this type of track-day special.”

It won’t be a road car like the one Bruce McLaren planned. See http://www.dovepublishing.co.uk/2012/11/mclaren-m6gt-prototype.html

The limited edition track special, “pays tribute to Bruce McLaren and Denny Hulme who successfully raced a series of McLaren models in the Can-Am series, claiming a string of championships between them.” Amazingly the new car looks a lot like the old one. How prescient Bruce McLaren turns out to be. McLaren GT, the racing car manufacturing part of the group, will produce no more than 30 of the 12C GT Can-Am Edition. The ultimate track car it will not be subject to the strict racing regulations. Each will have an unrestricted version of the 3.8litre twin-turbo V8 engine with unique calibration to provide 630bhp, making it the most powerful 12C yet produced.

The dramatic appearance is dominated by a big carbon fibre wing, part of “a unique high downforce aerodynamic package which has been honed by McLaren Racing using Formula 1 technology and simulation, offering an increase in downforce by 30 per cent.” More carbon fibre differentiates it from the GT3 racing version. Door mirror mounts and covers, engine cover vents, side radiator intake vanes, sill covers and badges complete the appearance. The 12C GT Can-Am Edition has black satin-finished forged lightweight racing alloy wheels and with Pirelli racing tyres. It also has a full FIA-approved race-specification rollcage, two black race seats, six-point harnesses, and a McLaren GT steering wheel. Its shape and grip comes from the McLaren MP4-24 Formula 1 car.

And for gentleman racers there is, “an integrated motorsport air conditioning system incorporated in the bespoke lightweight carbon fibre dashboard. And if they really want to play racers buyers can have bespoke support packages from McLaren GT. An optional extra on the price of £375,000.

Bright Spark?

Some press releases are too good to ignore. Back in August the Fédération Internationale de l'Automobile (FIA) agreed to licence commercial rights of its Formula E Championship to, “a consortium of international investors, Formula E Holdings Ltd (FEH).” Formula E is for electric “Formula” cars, presumably open-wheelers. “It represents a vision for the future of the motor industry over the coming decades.”

Well, maybe. That's what Camille Jenatzy (right) thought in 1899.

Behind FEH is London-based entrepreneur Enrique Bañuelos, CEO and shareholder is former MEP and racing team owner Alejandro Agag. Also associated are Lord Drayson, Labour’s old Minister for Science, and Eric Barbaroux, Chairman of the French electric automotive company "Electric Formula". Demonstrations of Formula E cars start next year, followed by a championship in 2014 with an objective of 10 teams and 20 drivers. The races "will be ideally" staged in the heart of the world’s leading cities, around their main landmarks. Well, maybe.

With luminaries like Drayson and an ex MEP involved, they'll be looking for subsidies from greenies. Paying customers would never make an electric grand prix commercial, yet expect FEH to be awash with taxpayer cash. And expect more announcements like: FOUNDATION OF SPARK RACING TECHNOLOGY. OFFICIAL SUPPLIER OF THE FIA FORMULA E CHAMPONSHIP. PARIS, 12th November 2012: Frédéric Vasseur is pleased to announce the birth of Spark Racing Technology, a company dedicated to the creation and assembly of cars participating in the FIA World Championship Formula E. E for electric, exciting, efficiency, environment, and last but not least, a new era. Well, maybe.

Spark Racing Technology will be part of a newly founded consortium whose purpose is to design the most efficient electric cars possible, in regard to mechanical, electrical, electronics and engine. Frédéric Vasseur is proud to announce that McLaren is among the key players in the said consortium. The collaboration of Spark Racing Technology with a major car manufacturer whose reputation and success speak for themselves is a guarantee of success and innovation. McLaren will provide the engine, transmission and electronics for the cars being assembled by Spark Racing Technology.

The FIA Formula E Championship will be launched in 2014.

The press release waxes lyrical. It will run exclusively in major international cities and it has all the assets needed to reach a worldwide audience, becoming a bridge between the old and new era of industry and motorsport. Frédéric Vasseur (CEO, Spark Racing Technology): “I am proud and happy to give birth to this project that is innovative and extremely rewarding for a company both technically and philosophically. Personally, I can write a new chapter, regardless of my other ventures in motorsport. Confidence and commitment from our partner McLaren is a guarantee of quality and reliability without which this project would not have been possible. The association with a globally recognized car manufacturer is definitely the right way to go. Sport and society are evolving and Spark Racing Technology is proud to be the pioneer and leader in the new field of electric cars that will revolutionize the motor racing industry and attitude.”

You can only hope that Martin Whitmarsh (Team principal, Vodafone McLaren Mercedes) had his tongue in his cheek: “I’m a passionate believer in the role that motorsport can play in showcasing and spearheading the development of future technologies, and regard the Formula E concept as an exciting innovation for global motorsport. McLaren has worked with Frédéric Vasseur for many years, and our association has been very successful. Working together in Formula E, McLaren’s world-class technology and Spark Racing Technology’s expert knowledge will combine to allow both companies to stay at the forefront of technical innovation and hopefully open up great opportunities for the racing cars of tomorrow.”

Or maybe not. Thought of a London Grand Prix in 1981 for Sunday Magazine

McLaren M6GT prototype


Bruce McLaren planned a road car before his death in 1970. A prototype M6GT was close to racing engineering but never reached production. McLaren came to England in 1958, joining the Cooper works Formula 1 team as number two driver to Jack Brabham, and with victory in the United States GP at Sebring in 1959, aged 22 years and 104 days became the youngest driver to win a Grand Prix*. McLaren finished second in the 1960 world championship, and came third in 1962, but the Coopers' intuitive engineering couldn’t keep up, and by 1965 McLaren had set up on his own. Bruce McLaren Motor Racing was in Formula 1 and also big-engined sports cars racing for the Canadian-American Challenge Cup.
The big orange 2-seaters dominated Can-Am. Bruce and fellow New Zealander Denny Hulme shared the championship from 1967 to 1969, Hulme carrying on following McLaren's death. The team's progress in Formula 1 showed prescience in materials and techniques; the 1966 cars well ahead of their time with hulls made of composites, later commonplace.
A sort of road-going Can-Am car was a sound practical proposition. Its close relationship with the racing cars would have encouraged sales throughout North America where McLarens so eclipsed all opposition. Trojan, an old established British company, made 26 of the sports-racers under licence essentially for McLaren competitors, so it was a logical step to base a road car on this racing M6A.
Plans to homologate it with a closed coupe body, known as the M6GT, for Le Mans-style endurance racing led to a prototype, with the option of a Ford or Chevrolet V8. McLaren was confident 250 cars a year would enable him to compete for sales with Ferrari, Maserati and newly established Lamborghini.
Design broadly conformed to Bruce's theory that if suspension pickup points and engine were always in roughly the same place relative to one another, the metal joining them up could be pretty well any shape. Thus a single-seater, or a 2-seater, or a coupe such as the M6GT followed a pattern and all handled well. The M6GT monocoque was formed, like the racing cars, from aluminium alloy panelling, bonded and rivetted to steel bulkheads, with two 25-gal flexible aircraft-type safety fuel tanks, in the side pontoons.
Problems arose. As little more than a racing car with a pretty, closed glass-reinforced plastic body, the radiator outlet duct on the nose threw up heat and noise that might have been acceptable in a racing car, but could not be tolerated even on an overtly sporting car. Wide body sills made getting in and out difficult, and although odd-sized wheels front and rear made an important contribution to handling and roadholding, spare wheel stowage was problematical. Eoin Young, McLaren's secretary, described the M6GT as "bliss" to ride or drive in. "Even with a standard 5litre Chevrolet V8 in the back it would accelerate to 100mph in around 8sec, and the handling was fantastic. One problem was that the car was so low that other traffic had difficulty seeing it. Bruce loved the GT."
Co-designer Gordon Coppuck, also responsible for McLaren race cars noted, "I was really surprised how comfortable the car was. Quite incredible when you considered that it was basically a racing car. Unfortunately it was extremely noisy; I had to wear ear muffs when I was testing it."
Less than 2,000 miles of evaluation had been completed before Bruce McLaren died at Goodwood on 2nd June, 1970, at the age of 32. Phil Kerr, a director of McLaren Racing said: "Bruce had done so much at an age when Colin Chapman and Jack Brabham were only at the beginning of their careers, it is difficult to know how much he might have achieved in later life."

The M6GT showed McLaren had the talent and ambition to become a constructor as distinguished as Ferrari. During negotiations to homologate the car for Group 4, Specialised Mouldings created the body style and laid down moulds for 50 to meet Fédération Internationale de l'Automobile (FIA) requirements. It was largely as a result of the FIA's refusal to grant homologation, that McLaren and Phil Kerr decided to use up components already on order, to create the road car.
Denny Hulme tested the M6GT at Goodwood, and lapped in 1min 14sec when his Can-Am racer was doing 1min 10sec. The racer was doing 180mph on the straight, and the GT 165mph with a moderately tuned Chevrolet engine.
When McLaren died McLaren Racing had its hands full getting over the tragedy, pulling itself together merely to survive. The project languished. Trojan used one of the spare bodies to make another one in the early 1970s, and it was eventually disposed of in the United States where it met with an accident.
Another was sold to David Prophet, who raced it in Britain, while a third built in the 1970s, based on a Trojan-made M6B tub went to a collection in Germany. Yet another passed to Phil Kerr and Denny Hulme, was flown to New Zealand and placed on exhibition until 1986, when Kerr and Hulme had it stripped down and rebuilt to remain essentially as it was when one of the most notable driver-constructors of the modern era stepped out of it at the height of his career, and at the start of its development.

Chassis number: BMR M6GT-1
Specification: Engine, Chevrolet Corvette LT1, bore 4.00in
101.6 mm, stroke 3.48in 88.39mm, 350 cu in 5,740cc in; 11:1 compression; carburettor: four-barrel Holley; 370bhp at 6,000rpm. Transmission: ZF Type 25, 5 speed 5DS-26 No:209 Chassis: Monocoque with aluminum panelling bonded and rivetted to steel bulkheads. Suspension: Unequal length upper and lower wishbones, anti-roll bar, and coil-spring shock absorber units at the front. At the back, wishbones and twin radius arms, anti-roll bar and coil spring shock absorber units. Brakes: Girling ventilated discs 12in diamater with 16-3-LA calipers and duel hydraulic circuits. Body: Reinforced polyester resin panelling. Wheels: 15 x 10.5 front 15 x 14 rear cast magnesium. Tyres: Goodyear. Dimensions: wheelbase 93.5in, track: front 52in; rear 52in, length: 155in approx, width: 68in approx, height: 41in approx, weight less fuel approx 1500lbs, 40% front 60% rear
*McLaren’s record was only broken in 2003 by Fernando Alonso, when he won the Hungarian Grand Prix at 22 years 26 days, and in 2008 by Sebastian Vettel, 21 years 73 days when he won the Italian Grand Prix.

McLaren F1

I came to know Bruce McLaren quite well in the years I covered Grand Prix racing. He was such a fixture in the business that, a bit like Jim Clark, you never thought of him dying in a racing car. He was careful, dependable, a regular nice man and you somehow imagined he never took big risks. In those days, of course, they were all taking bigger risks than they knew. I was on my way to the Range Rover press launch in Cornwall when I heard he had died testing a Can-Am car at Goodwood. That was 40 years ago next month. Now McLaren Automotive says it is 20 years since the team that was setting out to design the McLaren F1 came together. Apparently the decision to build, “the finest sports car the world has ever seen” was taken in 1988 so it must have taken Ron Dennis two years to put the resources behind the F1, launched in 1994 at £540,000. In four years 64 F1s, 5 F1LMs, 3 F1GTs and 28 F1GTRs were made along with six prototypes. An F1 with delivery mileage was sold at auction in October 2008 for £2.53million. I drove an F1 for The Sunday Times in July that year.
What an experience. Two daughters’ careers never looked back after I picked them up from school in the F1. Ruth didn’t like it much. She found the acceleration so fierce she walked home. Amazing to think that Dr Porsche designed a road-going Auto Union in the 1930s with the same seating configuration as the F1 McLaren.