New BMW concept car unveiled at the Mille Miglia 2006
Modern technologies and dramatic historical styling combine in the new BMW Concept Coupe Mille Miglia.
BMW has unveiled a brand new concept car prior to the 2006 Mille Miglia. With hints of todays BMW Z4 Coupe and one of BMWs most famous racing cars, the BMW 328, the BMW Concept Coupe Mille Miglia 2006 took pride of place in Brescia, Italy yesterday (May 10) as this years entrants were scrutineered ahead of the event.
The Mille Miglia was resurrected in 1977 as an annual rally to celebrate one of the worlds great motor races. All vehicle models that competed in the original races between 1927 and 1957 are permitted an entry. Highlighting the 22 BMWs that have entered this years event, BMWs latest concept looks back to these great racing cars. In particular the BMW 328 Mille Miglia Touring Coupe that was driven into the record books and past the chequered flag in the 1940 race.
It also looks ahead to future motor sport achievements, with a modified drivetrain and suspension from the new Z4 M Coupe providing the cars power and control. A body 23 centimetres longer, and four centimetres lower, than BMWs latest production sports car is set off by bespoke 20-inch alloy wheels on 245/40 R 20 tyres that complement the cars powerful presence.
The concept car looks to both the past and the future in its styling and construction; it pays homage to the outstanding achievements of the engineers who contributed to BMWs successful motor sport heritage, whilst confirming the passion to construct dynamic cars from the most modern materials and processes available. This remains a fundamental concept for todays BMW road and race cars.
In the drive to win races and manufacture the ultimate driving machine, the techniques and materials may have changed beyond all recognition, but the drive and ambition remains the same.
Steeped in History
In the 1940 Mille Miglia, the winning BMW 328 Mille Miglia Touring Coupe recorded an incredible, and thoroughly modern, 166.7 kmh average speed over the courses 1,000 miles. This remains the fastest average speed for any Mille Miglia.
The BMW 328 was one of the most successful competitive vehicles in BMWs long motor sport history. Introduced in 1936 the racing specification 328 won its class in almost every race in which it competed between 1936 and 1940, and continued winning races in the 1940s and 1950s.
In 2004, the BMW 328 Mille Miglia Touring Coupe became the first car to win both the Mille Miglia (1940) and the modern-day classical version of the race.
The design team responsible for the original 328 succeeded without the benefit of computers. Building models was the only option. But despite the digital revolution, modelling remains a fundamental part of the design process for todays BMWs. The companys designers remain loyal to this process as it connects them emotionally to the form of a new product. During the design of the BMW Concept Coupe Mille Miglia 2006, the designers took a step back in time and formed the car from plaster models rather than clay. Quite literally a more hands-on, labour intensive process. The result is a greater appreciation within the design team of why classic racing cars are perceived as more emotional and artistic objects than todays computer-generated racing cars.
The concept cars hinged hard-top roof is a reference to the relaxation of the rules at Le Mans when racing cars moved from soft-top to hard-top construction as closed vehicles became eligible to race. This precipitated the development of the 328 Touring Coupe from its roadster origins, allowing the model to develop further as a lightweight, aerodynamic bespoke racing car. Similarly, the new Z4 Coupe has been derived from the Z4 Roadster soft-top as a behind-the-scenes project driven by the designers enthusiasm. This coupe development leading to the production of the new Z4 M Coupe Racing car.
Thoroughly Modern Mille
While the hinged roof structure recalls past events, the principle function of the hinged system, that also raises the cockpit, negates the requirement for doors (reducing weight) and increases torsional stiffness.
The car benefits from an extremely lightweight chassis. The most modern design processes were used to stretch an aluminium shell over a lattice frame. The body is also constructed from lightweight materials, with carbon-fibre reinforced plastic (CFRP) clothing the entire vehicle. As a nod to the past this is painted in fine silver, a full-gloss paint colour with extremely fine pigments that hints to classic silver race colours.
The large circular headlamps inspired by the shape of the 328 units are not integrated into the body of the car, but attached as flat elements. Modern LED technology facilitates this design function that frees up the designers to develop more flowing and unbroken body forms. This manifests itself on the Concept Coupe by uninterrupted bonnet and side panels.
Inspired by BMWs glorious motor racing heritage, the science of aerodynamics was addressed with thoroughly modern techniques and design resolutions. Side panels and the rear section of the car were designed to allow turbulence-free flow of air up to the tail where the airflow is separated. Carbon-fibre underbody fins and diffusers on the front and rear aprons also contribute to the cars aerodynamics. Meanwhile air intakes in the A-pillars, arranged in a slim Z-line, direct cooling air from the six-cylinder in-line engine and contribute to developing downforce and reducing turbulence at the wheel housings.
The Concept Coupe is powered by the multi-award winning BMW six-cylinder inline petrol engine that powers the new BMW Z4 M Coupe. Modifications have been made to the inlet and exhaust systems of the 343 hp unit to give the concept car more of a racing sound at both idle and full throttle.
The interior retains the functional simplicity prevalent in both 328 racing cars and Z4 production cars, but in a modern presentation. Only three materials are used; thin stainless steel, untreated cowhides, Lycra fabric. This purist form even extends to letterings, logos and symbols embossed into surfaces using laser technology.