BAC Mono track car revealed

A British sports car maker by the name Briggs Automotive Company has announced a new lightweight, single-seat road racer that would compete with the likes of Caterham and Airel. Known as the BAC Mono, the car is for “drivers who seek a purist driving experience and for whom design, engineering excellence and performance are of paramount importance.”

The BAC Mono track is a single central-seat featuring an aggressive design. It is constructed from high-strength carbon fiber composite and is powered by a 2.3 liter four-cylinder engine that delivers a total of 280 HP. This engine sprints the car to an impressive top speed of 170 mph.

BAC says the Mono's mid-mounted 280 horsepower inline four-cylinder will send the car to 60 mph in just 2.8 seconds, hit 170 mph top speed, and do it all for £66,625--about $108,000. That's still pricey--beyond Nissan GT-R territory and into Corvette ZR-1 range--but it's sure to offer lateral acceleration that will make you forget all about 200-mph top speed dreams.

Suspension is a fully-adjustable pushrod suspension with damping elements made by SACHS Racing. Fitted with 295mm ventilated discs, AP Racing brakes provide stopping power. The Mono sits on 17-inch O.Z. Racing HRT alloy alloy wheels wrapped in Kumho tires.

The MONO is priced at £79,950 (€91,998 / $128,513), including taxes in the U.K.




Press Release

BAC MONO - AN ENTHRALLING NEW SINGLE-SEAT PERFORMANCE CAR DESIGNED AND BUILT BY ENTHUSIASTS FOR ENTHUSIASTS

Enthusiasts the world over dream of designing and building their own car. What set the Cheshire-born brothers Neill and Ian Briggs apart from most, is that they had the automotive qualifications and experience to do just that, and put the result into production for others to enjoy - enter the BAC MONO.

MONO (as in monoposto, or single seat) was designed to bring formula race car levels of handling, performance and thrill to the public road, but it's also the perfect trackday tool, racing school car, one-make series racer, etc. At 520 bhp / ton, its power to weight ratio surpasses that of the Bugatti Veyron and it can accelerate to 60 mph in just 2.8 seconds, 100 mph in 6.7 seconds and on to a top speed of 170 mph. The car is also an object of engineering perfection and desire, courtesy of the Briggs brothers' 15 years experience of the motor industry, during which time they've handled design and engineering consultancy projects for the likes of Ford Motor Company, Mercedes-Benz and Porsche, through their company Adaptive Space.

Of British conception, MONO combines the very best of all automotive worlds. Its aerodynamics were optimised using CFD in partnership with Stuttgart University, while its list of suppliers reads like a Who's Who of the international motorsport industry. The vehicle is constructed in carbon fibre with a tubular steel driver safety cell, complete with FIA-compliant roll over protection system - similar in concept to a DTM race car. Power comes from a 280 bhp, normally-aspirated 2.3-litre Cosworth unit mounted longitudinally and mated to an electronically-controlled, paddle-shift, six-speed sequential Hewland transmission with limited-slip differential. The rose-jointed, aero profiled pushrod suspension features adjustable Sachs Racing dampers derived from the heat of competition. The braking is by AP Racing, the bespoke HRT alloy wheels by OZ Racing, the purpose-developed, street-legal track tyres by Kumho, and the vehicle electronics and instrumentation by GEMS.

The driver is secured by a full six-point racing harness by Willans and there is a secure locker in which to store a helmet and the detachable steering wheel when parked. The seat is fixed for safety and optimum weight distribution (48/52 front to rear), and drivers of varying shapes and sizes can be readily accommodated thanks to the fully adjustable pedal box and steering column that can be altered for both height and rake. There is even the option of an F1-style fully-profiled seat.

Said Ian Briggs (BAC stands for Briggs Automotive Company): "MONO is the culmination of a 12-year dream for us - the car we wanted to own but nobody else made." Neill Briggs added: "All cars are built to order on a first-come, first-served basis and our flexible production facility has the capacity to manufacture between 50 and 100 vehicles per year - or more if demand requires. All I can currently say is, the early response has been extremely encouraging."

At £79,950 (including UK taxes), the BAC MONO is not only highly desirable but eminently affordable. For further details, log onto www.bac-mono.com.

2011 RSC Raptor GT

Manufactured in Germany, RSC’s newest supercar sports a front-mid-engine design and is rear-wheel drive. The RSC Raptor GT is powered by a 2.6-liter rotary engine that's available in four versions, with power outputs ranging from 500 hp, to 1,200 hp. The RSC Raptor GT S is the base model, equipped with Dry Sump, it develops 500 hp. The RSC Raptor GT RS has a water-to-air turbocharger system and develops 800 hp and the RSR has a twin-turbo and outputs a massive 1,200 hp.

The Raptor GT will be sold with different spec-variants called the GT S, RS, RSR and N-spec. Depending on which model, engine configurations vary and include a water-to-air inter-cooled turbo or a bi-turbo system. The engine is coupled to an 8-speed RSC R-Shift transmission with a hydraulic shift mechanism which makes gear changes in 25 to 35 milliseconds.

Inside, the RSC Raptor GT is also said to feature a pair of seven-inch digital displays coupled with a five-inch tachometer, gear indicator and shift lights, the entire package supposedly weighing in at a claimed 2,425 pounds. RSC also plans an all-wheel drive, mid-engine project with similar specs, which seems like a lot to bite off while they still appear to be chewing on this one.

Depending on the model, the body is of 80% glass fiber or carbon fiber and differs in details in the form and aerodynamics. The interior will get two 7" full-graphic-Diyplays, high-quality materials like carbon fiber, brushed aluminum and various types of leather.





Press Release

Rotary Super Cars Germany is a young company with the goal of offering symbiosis of high performance vehicles and active environment to create new benchmarks in the areas, power efficiency, value for money or the use of high-tech materials.

Since there is no vehicle that meets all these requirements, the construction of the RSC Raptor GT™ started in 2009. Systems such as the VAS (variable aerodynamic system) were developed and brought to small series production. This vehicle meets all requirements or exceed them. With enthusiasm and passion of our team involved in the development and production of the Raptor GT™. We guarantee the best workmanship and highest individuality. The selective use of proven components increases the active/passive safety while reducing production costs, which ultimately benefits every buyer.

With the Raptor GT™, we give our customers the opportunity to experience the unique combination of high end components and environmental protection on the roads and racetracks of the world. The Raptor GT™ doesn't follow the standard in many areas, he goes a very unique way with his drive and approach design. Each vehicle is handmade and unique, which corresponds exactly to the needs and wishes of the owner.

Drivetrain:
The RSC Raptor ™ GT S, RS, RSR and N-Spec does not have a conventional drive system as used in most of today's super sports cars. He has a self-developed and heavily modified, based on parts of the Mazda 13B MSP, high-performance engine with four rotors (4-Rotor rotary engine) and, depending on the model, a water-to-air intercooled turbo or biturbo system. This engine is the heart of the RSC Raptor GT™ and gives him his very special temperament. The power output of a rotary engine uniformly grows with increasing rpm. The high-performance engine in the RSC Raptor GT™ has the redline set depending on the selected driving mode, up to 7,500 rpm or 9000 rpm. The fuel E85 is used, which is produced from rapeseed. By using this fuel to reduce the emissions by about 90% is feasible.

The sequential 8-speed RSC R-SHIFT transmission in the RSC Raptor GT™ is controlled by a hydraulic shift system with shift times of 25-35 milliseconds. Furthermore, each RSC Raptor GT™ has a carbon-aluminum drive shaft, and an electronically controlled rear axle differential.

The powertrain is controlled by an engine management system, specifically developed from Bosch Engineering GmbH for the RSC Raptor GT™, including a complete electronic system consisting of ESP, ABS, EBD, VAS, R-TRAC (traction control), R-DIFF (electronic differential) and a Launch Control. The RSC Raptor GT™ RSR and N-Spec also has an active suspension. All electronic systems can be easily operated via the buttons on the steering wheel.

Body/Chassis:
Depending on the model the body of the RSC Raptor GT™ is of 80% glass fiber or carbon fiber and differs in details in the form and aerodynamics. Furthermore a wide range of special equipment is available. Starting with the rims, complete body equipment packages up to the painting - the customer has no limits.

The RSC Raptor GT™ also has the RSC VAS™ (Variable Aerodynamic System), a system that changes the aerodynamics and the aerodynamic properties of the RSC Raptor GT™ to generate more downforce at high speeds. This system include SBS (Speed Brake System).

Interior:
The RSC Raptor GT™ has two 7" full-graphic-Diyplays, where various telemetry data such as speed, mileage, temperatures, pressures, and the chosen vehicle settings and many other data, are available. These displays create exciting visual effects that show the high-tech genes of the RSC Raptor GT™. They are placed on the left and right of the large 5" tachometer with digital gear indicator and shift light. The driver is always looking at the relevant information and driving a RSC Raptor GT™ becomes a special experience.

The cockpit offers an unique combination of high-quality materials like carbon fiber, brushed aluminum and various types of leather. Many interior equipment packages are available. There also no limits for the customer.

Production levels of the RSC Raptor GT range from the base 500 hp 2.6L 4 rotor rotary to 800 hp turbo and 1.200 hp twin turbo variants. The cars are built in Germany. They are available in left- and right-hand drive configuration.

VelociRaptor:
The second car which is currently in the construction phase. The main facts: Mid-engine, AWD, 8-speed sequential RSC R-SHIFT transmission, RSC VAS, 90% carbon fiber, over 1.200 hp and a weight under 1.100 kg.
This car will set new benchmarks...

Rotary Super Cars Germany
(+49)1511 75 500 98

2011 Panoz Abruzzi Spirit of Le Mans

Entrepreneur Don Panoz, founder of the American Le Mans Series, has unveiled his latest automotive creation, a limited-edition 600-horsepower exotic car called the Abruzzi Spirit of Le Mans. The first of a limited run of 81 cars is slated to be delivered in 2013.

The hand-built Panoz Abruzzi Spirit of Le Mans will be built with an engine that produces over 600 horsepower (447 kW / 608 PS) and up to 590 ft-lb (799 Nm) of torque.  Developed by American niche manufacturer Panoz, the car will be limited to 81 vehicles, and is guaranteed to be street legal in Asia, Europe, Middle East and South America.

Only 81 Panoz Abruzzi Spirit of Le Mans will see the daylight, for which production will stretch on the next three years and all of the future customers will get their cars delivers at the Le Mans circuit where the automaker is also throwing in a free driving course.

The 2011 Panoz Abruzzi Spirit of Le Mans will introduce the a three-stage TRIFECTA COOLING technology that improves engine performance and efficiency. The body of the 2011 Panoz Abruzzi Spirit of Le Mans is built using the REAMS material technology - or Recyclable Energy
Absorbing Matrix System - that promises to offer environmental, performance and structural advantages.




Press Release

PANOZ MAKES HISTORY WITH ABRUZZI 'SPIRIT OF LE MANS'

New supercar quite appropriately unveiled at Le Mans

LE MANS, France - Don Panoz again has captured the Spirit of Le Mans. This time, one of the world's most forward-thinking entrepreneurs is pairing his newest automotive masterpiece with the legacy of the world's greatest auto race. The Panoz Abruzzi "Spirit of Le Mans" broke cover today at the Circuit de La Sarthe, an appropriate venue for the world debut of a ground-breaking automobile with a very appropriate delivery and acquisition program for its customers.

"This is culmination of equal parts time, effort and dreams," said Panoz, founder of the Panoz Motor Sports Group. "The Panoz brand always has prided itself on hand-building and delivering an exotic automobile and experience to our customers. Our new offering takes this to a completely new level."

The Abruzzi "Spirit of Le Mans" is more than a technological masterpiece from Panoz Auto Development (PAD), based in Hoschton, Ga. It represents a new chapter in automotive production and delivery, tied into the world's most demanding auto race.

The super sports car will be offered as a strictly limited edition. Only 81 Abruzzi "Spirit of Le Mans" vehicles will ever be produced, corresponding to the number of Le Mans 24 Hour contests between the inception of the race in 1923 and the race to be held in 2013.

Abruzzi: The Car
The hand-built Abruzzi "Spirit of Le Mans" is a unique, front-engine, rear-transaxle and rear-radiator super sports car - road-legal in Europe and many countries of Asia, the Middle East and South America. The powertrain will deliver 600-plus HP with 590 ft.-lbs. of torque. Advanced design and aerodynamics offer astounding downforce and road-holding.

Performance is just one facet that sets the Abruzzi apart from other exotics. It also breaks new ground in environmental design and construction starting with the unprecedented implementation of the R.E.A.M.S.® - Recyclable Energy Absorbing Matrix System - body system that offers environmental, performance and structural advantages like no other automobile body system on the planet. Never used before on any road-going automobile, the multi-layer composite system is lighter than carbon fiber yet equally strong. Unlike carbon fiber however, it is dent-resistant, shatter-proof and recyclable.

Abruzzi also introduces TRIFECTACOOLING® technology. In addition to a normal high-efficiency radiator, there are stage two and stage three systems that lower coolant temperature on both the inflow to and the outflow from the radiator.

"These are advancements that will open up a new era of automotive design," Panoz said. "Dating back to our first road car - the AIV Roadster - PAD has been a believer in efficient construction and design. This philosophy continues with our Abruzzi."

Abruzzi: The Experience
The Panoz Abruzzi harkens back to a day where drivers would pilot their cars to Le Mans, race it twice around the clock then drive back home. It essentially captures the "Spirit of Le Mans" with a never-before-seen acquisition program that sets a new standard for personalization and delivery.

Given the roots of Panoz's automotive dreams, it is only appropriate that the Abruzzi "Spirit of Le Mans" will be delivered to its owners at the famed Circuit de la Sarthe, shipped directly there from the Panoz factory. Each automobile will be linked to a specific Le Mans 24 Hour race, with the chassis number also containing that specific race date and the initials of the winning drivers and the history of that year.

Professional drivers will instruct owners in driving the car on the Bugatti Circuit at Le Mans. Service and repairs also will be attended to at the ACO facilities of the Circuit 24 Hours of Le Mans.

New vehicle owners also will be invited to the 24 Hours of Le Mans as guests of the ACO and Panoz at the ACO's hospitality facilities in the "Model Sportif" at the circuit. New owners also will have the unique opportunity to drive a parade lap of the full 8.3-mile circuit at that year's event.

During the Le Mans race week a "Spirit of Le Mans" reception will be held at the clubhouse of the famed Golf Des 24 Heuers in the historic town of Arnage. The new owners for that year will be the guests of the ACO officials and past "Spirit of Le Mans" award winners such as Jacky Ickx and Derek Bell.

"Being associated with the ACO and Le Mans is something very special to me," Panoz said. "Being able to stand side-by-side with the heroes and legends of Le Mans gives me a sense of appreciation and passion for this grand event. I felt it was important to give our customers the same experience, and I am grateful to our partners at the ACO for helping make this happen."

Panoz Auto Development produces leading-edge, fully certified automobiles and is best known for the first US-manufactured AIV (Aluminum Intensive Vehicle) - the Panoz AIV Roadster. The Panoz Esperante body and chassis also extensively employs aluminum for performance, safety and efficiency. The Panoz Esperante GTLM earned world-famous stature as a race car by winning the GT2 category at both the Mobil 1 Twelve Hours of Sebring and the 24 Hours of Le Mans in a single year - 2006.

New details for Gordon Murray's T.27 City Car

Gordon Murray has long been considered one of the most innovative engineers and designers in the automotive world. The latest project from the mind that created the McLaren F1 supercar is the new T.27 electric city car. The T.27 is the battery powered variant of the T.25, a model that will debut shortly with a gas engine. Both models use the same basic architecture, and like the seminal supercar, they feature a three seat layout. That's largely where the similarities end, however.

Essentially an electric version of the T.25, the T.27 features a 12 kWh lithium-ion battery and a small electric motor with 25 kW (34 hp / 34 PS) and 875 Nm (645 lb-ft) of torque. This allows the car to accelerate from 0-100 km/h in less than 15 seconds, before topping out at 105 km/h (65 mph). While it's not fast, the 680 Kg (1,500 lb) T.27 will have a range of 129-161 kilometers (80-100 miles). More importantly, "projected emissions, using a UK energy mix, are 48g/km CO2 for the combined cycle and 28g/km CO2 for the urban cycle alone, with zero emissions at the point of use.  Full lifecycle CO2 damage will be 42% less than the average UK car," according to the press release.

T.27 has a length of 2.50m, width of 1.30m and height of 1.60m, and it offers s wheelbase of 1.78m. The car’s turning circle is 6.0 meters and the weight including the battery is 680Kg.





Press Release

Gordon Murray Design announce the Specification and Performance Targets for the T.27 City Car, a pure electric drive vehicle designed to fully optimise packaging, weight and performance. The announcement marks an exciting leap forward in efficiency for electric vehicles and working closely with their powertrain partner, Zytek Automotive, a brand new, innovative, lightweight and fully integrated electric motor, control system and battery will be designed to ensure that maximum efficiency is achieved.

Projected emissions, using a UK energy mix, are 48g/km CO2 for the combined cycle and 28g/km CO2 for the urban cycle alone, with zero emissions at the point of use. Full lifecycle CO2 damage will be 42% less than the average UK car.

Vehicle Specification

eMotor:	25kW	Height:	1.60m
Battery Type:	Li-ion	Weight:	680Kg (incl. battery)
Battery Spec.	12kWh	Wheel Base:	1.78m
Length:	2.50m	Turning Circle:	6.0m
Width:	1.30m

Performance Targets

Top Speed:	105kph
0-100kph:	Less than 15 seconds
Range:	80 – 100 miles

The T.27 vehicle concept closely follows the layout and geometry of Gordon Murray Design’s innovative T.25 city car, an MPV with 6 possible internal layouts.

The efficiency in cost, weight and performance comes in part from the ‘clean sheet of paper’ approach, part from the full integration of the powertrain and also from the low energy manufacturing system developed by Gordon Murray Design called iStream®.

iStream® massively reduces the capital investment required to produce the vehicle and also the energy required for manufacture plus the flexibility of the iStream® process would also allow the petrol powered T.25 and the T.27 to be manufactured at the same plant.

The 16 month programme started in November 2009 with a running prototype scheduled for completion in April 2011 and is supported with a 50% investment from the Technology Strategy Board. The next phase in the programme will include a push to secure partners and funding for UK manufacture. A UK partner or consortium to produce the city cars in the UK would keep the technology at home and could create 6,000 jobs.

Professor Gordon Murray, CEO of Gordon Murray Design said:

“The Technology Strategy Board have been incredibly supportive of the T.27 programme and together we are working to keep this in the United Kingdom. It is a great opportunity to work with Zytek Automotive and our other partners on this very exciting programme. We always strive to lead the way in automotive design and our current goal is to maximise efficiency of electric vehicles.”

Bill Gibson, Chairman of Zytek Automotive said:

Zytek’s new innovative powertrain, developed from our substantial experience of EV and hybrid vehicle production programmes, will substantially reduce the weight and cost of the electric engine, whilst delivering the quality, refinement and driving experience that T.27 customers will demand.”

Iain Gray, Chief Executive of the Technology Strategy Board said:

"This is another example of the UK positioning itself to benefit from the economic opportunities offered by the emerging low-carbon vehicles market.It’s great that the T.27, a fantastic example of smart engineering and sustainable design, is at the forefront of this. We are also glad that we were able to support a project that enabled Gordon Murray Design and Zytek Automotive and the other partners to work together to be truly innovative.”

Orders Open for the Hulme CanAm Supercar

Hulme Supercars the makers of NZ’s first Supercar the Hulme CanAm have just announced plans for a 20 unit limited production run. To reserve a Hulme CanAm Supercar you need to make a 10,000 GBP and the final Hulme CanAm price is set to 295,000 GBP, without local taxes.

Powered by a 7.0-litre V8 Chevrolet LS7 V8 worth 600 bhp (447 kW / 608 PS) and 600Nm (443 lb-ft) of torque at the rear wheels, the car is said to be capable of sprinting from 0 - 100km/h in under 3.5 seconds. Top speed is over 200 mph (322 km/h). Mated to the engine is a close-ratio 6-speed manual gearbox. A sequential manual shift option will be available.

Hulme will put the deposits in a trust account that will be returned for any prospective customers that decide to cancel. For those that decide to take delivery, the $700,000+ purchase price includes two business class tickets to Auckland, New Zealand for final fitting of the car and some local driving time. Once the customer is satisfied, the car will get shipped to its final destination.




Press Release

HULME CANAM SUPERCAR OPENS TO ORDERS

A limited run of just 20 New Zealand-designed and built Hulme CanAm supercars ensures extreme rarity value.

The developers of the eagerly-awaited 200+mph Hulme CanAm Supercar, named in honour of New Zealand racing legend and F1 World Champion, Denny Hulme, have announced an attractive proposition for those wishing to purchase an option to order one of an extremely limited production run.

The Auckland based Supercar developer-manufacturer, Hulme Supercars, has launched a package which is designed to guarantee rarity value by offering options to purchase the total production run of just 20 Hulme CanAm supercars, on a first-come, first-served basis.

The only production road car to bear the name of a F1 World Champion,

The Hulme CanAm is an ultra high-performance, mid-engined roadster. Created for both road and track use, the car blends the raw flavour and appeal of a Formula racing car with dramatic design, superb craftsmanship, exceptional performance and a thrilling and achievable driving experience.

An order for the CanAm will be secured by the deposit of £10,000 which, as Jock Freemantle, Hulme Managing Director, explains, is fully-refundable if the option is not converted to an order.

"Deposits will be held in a Trust account", he confirms, "pending a private viewing and driving experience of the car at or before the 2011 Goodwood Festival of Speed for those who have purchased an option to order. Following that, if anyone does not wish to proceed, the terms on which the deposit is paid will provide a guarantee that their total deposit will be returned immediately."

The 20 customer cars will be coach-built and equipped to customer order, with delivery commencing in the UK in the Autumn of 2011 and into 2012, the 20th anniversary of Denny Hulme's death.

Those who proceed to purchase are promised an experience as unique as the Hulme CanAm itself. Having determined the specification of their car, Hulme customers will enjoy two Air New Zealand Business Premier (Full flat bed) return tickets to Auckland, New Zealand, with one-week luxury accommodation, for their final fitting in the car and further road and circuit driving, before the car is shipped to their chosen destination.

All production cars will be numbered, with a guaranteed certificate of authenticity, and a 1/8 scale exact replica, finished in the same livery and specification, plus a full photographed dossier of the car's build.

For Freemantle, the purchase offer is a significant milestone in the development of the Hulme CanAm:

"The concept car, in coupe form, was first revealed at the Goodwood Festival of Speed in 2006. Such was the interest that we conducted extensive research to assess demand, culminating in the decision to initially offer an open-top CanAm version, celebrating Hulme's victories of the "Can Am Championship" in 1968 and 1970," he said.

Development of the ultra-sleek F1-inspired CanAm car continued, with a finished prototype extensively tested on both road and track before the decision was made to accept orders.

Designed and hand-built by the Hulme Supercars technology team in New Zealand - including members who were responsible for the nation's America's Cup triumphs - the road-legal "Hulme CanAm" features an ultra-lightweight carbon composite tub and bodywork, and race-orientated chassis, suspension and braking.

To honour Denny's CanAm Championship wins in McLaren CanAm cars powered by Chevrolet V8's, the Hulme CanAm is powered by a 7-litre (427cu.in) Chevrolet LS7 V8 developing 600bhp and 600Nm torque, fed through a close-ratio, six-speed CIMA manual gearbox (Paddles or Sequential shift will be options available). As a consequence of its lightweight construction, the Hulme CanAm weighs in at less than 1,000kg. This combination promises a sub-three and a half second sprint to 100kph, and top speed in excess of 200mph.

Despite its ultra-performance and emphatic race car credentials, the Hulme Supercars' design and development focus has been on driveability, with power delivery and handling dynamics optimised for maximum driving enjoyment on track and on the road.

For Greeta Hulme, the widow of Denny - who passed away in 1992 - the announcement of the Hulme CanAm's production is warmly welcomed: "Jock Freemantle's desire to honour Denny's life with this unique car has been matched by his irrepressible enthusiasm and passion to create it. I am both proud and immensely impressed with what he and the Hulme Supercars team have achieved."

The purchase price of the Hulme CanAm will be fixed at £295,000 (plus local taxes) on receipt of an order, including delivery worldwide.

To purchase one of only 20 options available, e-mail Jock Freemantle at jock.f@hulmesupercars.com or write to Hulme Supercars Limited, P.O.Box97853,ManukauCity2241,Manukau,New Zealand.

The final vehicle specification, customer options included in the sale price, and details of the order and payment terms, will be confirmed before the options are converted to an order. Development specifications are available now from Hulme Supercars by e-mail to jock.f@hulmesupercars.com or from Hulme Supercars Limited, P.O.Box97853,ManukauCity2241,Manukau,New Zealand. and from the website. www.hulmesupercars.com.

Hulme CanAm Standard Specifications

Body & Chassis
Chassis:	Carbon Fibre/Composite construction
Body:	Carbon Fibre/Composite construction
Engine & Transmission
Type:	General Motors LS7 V8
Cylinders:	8
Displacement:	427 cu.in /7,000cc
Stroke:	4.0” /100cm
Power:	450Kw (600 HP)
HP/Litre:	85.7
Torque:	600 Nm at rear wheels
Configuration:	Mid-longitudinal
Transmission:	CIMA 6-speed, transaxle with LSD
Drive Wheels:	RWD
Suspension
Front:	Double Wishbone & Pushrod
	Inboard Coil-over damper & anti-roll bar
Rear:	Double Wishbone & Pushrod.
	Inboard Coil-over damper & anti-roll bar
Braking
Front:	Ventilated discs (362 x 32mm), AP Racing 6-Piston Calipers.
Rear:	Ventilated discs (362 x 32mm), AP Racing 6-Piston Calipers.
Steering
Type:	Progressive power-assisted
Wheels & Tyres
Wheels:	Front: 8.5” x 19” alloy Centre lock
	Rear: 11” x 20” alloy Centre lock
Tyres:	Front: 245 x 40 x 19 Pirelli P.-Zero Rosso
	Rear: 315 x 35 x 20 Pirelli P-Zero Rosso
Dimensions
Length:	4712 mm / 185.5 inch
Width:	1958 mm / 77 inch
Height:	1095 mm / 43 inch
Wheelbase:	2830 mm / 111.42 inch
Front Track:	1665 mm / 65.55 inch
Rear Track:	1605 mm / 63.19 inch
Kerb Weight:	980 Kg / 2160 lbs

BMW 328 Kamm Coupé

The BMW Classic has been creating some buzz around automotive circles. Recently the BMW sub-brand instituted a Motorsport division and then they rolled down around Munich in some old-school, classy chariots.

Recreating the BMW 328 Kamm Coupé, named after the German engineer Wunibald Kamm, became a project of BMW Classic over the years. In fits and starts, various recreation programs were begun and abandoned until the Munich-based automaker found the right partners to do the work in time to celebrate the 70th anniversary of the Mille Miglia win.

The project intitiall started in the 1990s, but there was a serious lack of information regarding the car. Only after receiving aid from a private collector who had detailed photographs of the car (including "a good number of shots detailing the car's tubular frame construction") could they proceed.

The bulk of the work was done by René Große, who had previously restored the BMW 328 Touring Coupé and Mille Miglia Roadster for the BMW Museum. Using modern materials, such as plastic, carbon fiber and alumimum, Große came as close to recreating the famous racer as possible given that none of the original design drawings were still in existence. 

Aside from recreating the body of the car, BMW Classic also had to deal with challenges to reproduce the drive train, radiator, and the rear axle. Looks like they have done a great job looking at the pics.





Press Release

Back to the future - the BMW 328 Kamm Coupé

Today the BMW racing cars which made history in the 1940 Mille Miglia continue to enthral and delight wherever they go. For many years, however, the fleet of silver BMW racers has been one car short. The BMW 328 Kamm Coupé, named after the German aerodynamics pioneer Wunibald Kamm, disappeared without trace back in 1953. But now - 70years after BMW's famous Mille Miglia victory - BMW Classic has recreated this legendary racing car, once again illuminating an important milestone in both motor sport history and the development of vehicle aerodynamics. "We are very proud to be able to bring this car back into the public spotlight," said Karl Baumer, Director of BMW Group Classic. "We've come up against some major technical challenges, had many discussions and racked up countless hours of research, but when you see the car for the first time you can sense the passion and expertise invested in the project by everyone involved - all those years ago and today."

BMW was quick to appreciate the unique status of its Mille Miglia cars following the victory in 1940, and they were soon moved out of Munich into a rural hideaway to save them from potential destruction during the Second World War. The evacuation was successful, with all five surviving the hostilities essentially unscathed. However, in the upheaval of the immediate post-war period BMW lost track of the cars. With Allied soldiers scouring Germany for rare racing cars, it was hardly surprising that the three Mille Miglia Roadsters resurfaced in Russia, England and America. The winning Touring Coupé from 1940 was initially seized by the Americans before being whisked away by a senior BMW employee. However, it also found its way across the Atlantic when the employee decided to emigrate.

Only the Kamm Coupé remained in Germany, former BMW Director of Racing Ernst Loof having acquired the car for his personal use. By this time he had become a manufacturer in his own right, supplying speedy Veritas racing sports cars to customers in a resurgent post-war Germany.

However, he also laboured consistently under financial woes and a few years later he was forced to part company with the Kamm Coupé. Sadly, this automotive gem was not blessed with a long life under its new owner, succumbing to the scrap heap after an accident in the early 1950s.

There was certainly no denying the historical value of this very special car and, after BMW founded BMW Mobile Tradition in the mid-1990s to oversee an extended reappraisal of the company's history, plans were put together to build a reproduction. But the resurrection project proved to be a tricky undertaking. All design drawings for the car seemed to have disappeared into thin air and there was hardly a rich supply of historical photos around either. It was only with the hands-on assistance of a private collector in Munich that the project team were able to gather together a much larger selection of photos showing the car from a wide variety of angles. Indeed, these even included a good number of shots detailing the car's tubular frame construction.

Now it was time to tackle the exacting task of piecing together a likeness of the complete car from the available information. Computer specialists in the design department embraced the challenge. They started by scanning in the most detailed photos to use as a basis for a 3D geometry program. Then the few reliable constants, such as the wheel rim diameters, wheel offset, headlight size, door handles, wing nuts, indicators and BMW logos, were added until they appeared in the same position in every projection. Every image provided a fresh series of reference points for wheel arches, windows and other parts linked to the fixed constants. Gradually, the well of information deepened until the experts were able to produce a virtual solid model, in which every detail looked right in every view of the car. This was used to generate a program for a five-axis milling machine, which would cut an original-size model from a massive block of highly compacted foam.

A restorer was then commissioned to stretch an original BMW chassis by 20 cm and build a steel space frame according to the templates provided by the photos. However, not long afterwards the project was put on ice. As part of the concept design process for the new BMW Museum an idea was floated of rebuilding the intricate Elektron space frame of the Kamm Coupé as a showpiece for the "Lightweight design" area of the museum. An exact copy of the original space frame was duly produced with the help of a specialist based near Munich. Aluminium was chosen as the material in place of the original Elektron, and the frame's weight duly came very close to that of the original. Although this display frame was never intended to be used in an actual car, the Kamm Coupé idea remained on the table. In the end, it was a project initiated by the Meisterschule für Karosserie- und Fahrzeugbau Leipzig-Leisnig-Erlbach (master craftsmen''s college for body and vehicle construction serving Leipzig, Leisnig and Erlbach) in partnership with the BMW plant in Leipzig that got the ball rolling.

The original plan was to cover the existing steel space frame with aluminium body panels to replicate the external appearance of the car at least. The Meisterschule produced moulds of the foam model in which the panels of the outer skin could be shaped. The finished body has since been on display at the Leipzig plant.

With the 70th anniversary of the Mille Miglia victory fast approaching, BMW Classic was determined to bring its plan to recreate the Kamm Coupé to fruition. However, highly skilled specialists were required to turn the collection of individual parts into a car that could actually be driven. With his excellent BMW 328 Touring Coupé and Mille Miglia Roadster restorations for the new BMW Museum still fresh in the mind, it was clear that René Große - based in Wusterwitz in the state of Brandenburg - would be the right man for the job.

Große used the foam model as the basis for a glass fibre-reinforced plastic mould. This was then shaped (with the help of additional wooden elements) into a strong casing which was split down the middle into two parts. The 25 mm-diameter tubes for the space frame - made from an aluminium alloy that allowed work-hardening - were then fitted into these two half-shells. Extreme precision was the order of the day here, as no corrections could subsequently be made to the outer skin. All this endeavour was aimed at ensuring that the frame would get close to the 30 kg weight of the original. For the outer skin, the team used pure aluminium body panels from a second set supplied by the Meisterschule. The newly made panels for the inside - for the inner front wings, bulkhead, double floor section of the body, dashboard and fuel tank, for example - then had to be integrated into the mould.

The body experts in René Große's team called on all their skill and experience to fit the body to the space frame. An interesting detail of the construction were the 40-mm-wide aluminium strips which were welded to the frame at the outer edges of the metal skin. The outer skin was then edged inwards around these strips to a width of a few millimetres to achieve the visually intricate edges on the bonnet, windows, doors and wheel arches. This detail, like the design of the bonnet hinge and door hinges, had been patented by BMW. And that meant there were sketches available which enabled the team to render the new parts as close as possible to their original templates.

Other challenges included the technical tweaks which set the Kamm Coupé apart from its series-produced siblings, such as the set-back radiator, engine and transmission, modified rear axle and a host of other alterations requiring meticulous detailing.

The BMW 328 Kamm Coupé was finally handed over to BMW Classic in a brief ceremony in March 2010. That left only a short amount of time to prepare the newly created racing car for its big day at the 2010 Mille Miglia - 70 years after its last, memorable appearance in the race.