BMW M5 2012

The silly game of the 2012 BMW M5 renderings continues, but this time, the photoshoped images turned out to be very good. Alpina325ci, member of the forum 5post, delivers some impressive images of what the next M5 might look like.
The new 2012 BMW M5 is rumored not to be only one of the most aggressive and the fastest M to date, but to also incorporate plenty of “green technology”, as part of BMW’s future plans and investments in the EfficientDynamics program. BMW plans to use several new technologies and a KERS system that will put the new M5 ahead of the current model, both in performance and fuel efficiency.
With the new model, BMW M Division estimates a 20%

Designed for Performance
The M5’s secret has always been to remain understated and discreet on the outside, but within lies the “beast”. The typical M5 and BMW M aerodynamic features are featured on the car. With the new 5er central grille being much larger, the central intake size has been diminished. Wheel arches are swollen to add some mass on the F10’s athletic body. A side air intake is placed underneath the character line which climaxes at the wheel arch. The side skirts are more sculptured allowing for good aerodynamics.
At the rear-end, the typical quad exhausts remain with a sculpted diffuser and central intake. A small bootlid spoiler allows the car to remain understated and restrained.

Power
The M5 will inherit a dual clutch transmission which will be unique to the M5, based upon the 7-Speed transmission currently found in the M3. 8-Speed unit will also be available and will be equipped with a stop-start control. The DCT will be operated with steering wheel mounted shifting paddles. The new M5, although not from the beginning, will also be available with optional Carbon Fiber brakes.
The 2012 BMW M5 is powered by an updated version of the engine found in the BMW X5 M and X6 M. The 4.4-liter V8 twin-scroll powerplant will peak at 578-horsepower and 530 lb-ft of torque.
The 0-62 mph dash should take about 4.4 seconds, even though we expect to see lower track times.
To keep the weight down, BMW will make extensive use of carbon-fiber and aluminum parts, starting with the a carbon-fiber roof. The car’s construction will be a hybrid of an aluminum spaceframe for the front section and a traditional steel monocoque for the passenger compartment and rear. Up front will be an independent suspension with MacPherson struts, with a multi-link layout for the rear.
The new M5 will make its debut early next year.

Citroën DS3 R3

In addition to Citroën Racing's official participation in WRC, where it has won five FIA World Championship Constructors' titles, Citroën Racing has always offered products designed for customers. The champion team has now furthered this rich tradition with Citroën DS3 R3, a model set to make its rallying debut at the end of 2010. Versatile, high performance and yet affordably-priced, Citroën DS3 R3 is set to become the new leader in its category.

Based on the FIA's new Group R3T regulations, Citroën DS3 R3 features the same structural design and appearance as the production model, with the production steel body shell reinforced by a welded, multi-point roll cage, improving the resilience of the chassis and safety for the driver pairing.
Under the bonnet lies a four-cylinder 1.6-litre THP (high pressure turbo) engine, which has been developed using the PSA production engine. Specific racing parts (air box, camshaft, pistons, connecting rods, exhaust and turbo systems, electronic unit, etc.) have been deployed to boost the car's power to 210bhp. In addition to its overall power, special attention has been given to increasing the engine's torque to improve traction, one of the key factors in delivering efficient driving performance. With 350Nm, the Citroën DS3 R3 engine offers unrivalled flexibility on the road.

Citroën DS3 R3 has benefitted from the extensive expertise acquired by Citroën Racing through its involvement in the World Rally Championship. As with the C4 WRC, the six-speed gearbox features semi-automatic sequential control, enabling gear changes to be made twice as quickly as with a manual gearbox, whilst also improving the reliability of the car's powertrain.