Ford today previewed the all-new Ford Focus RS, a high-performance road car that debuts the innovative Ford Performance All-Wheel-Drive, delivering class-leading cornering speed, thrilling performance and unbridled driving enjoyment.
The Focus RS – equipped with a special 2.3-litre EcoBoost engine engineered to produce well in excess of 320PS – is the latest vehicle to be unveiled as part of a new era of Ford performance that will bring more than 12 performance vehicles to global customers by 2020.
In addition to pleasing enthusiasts, these vehicles help deliver the company’s One Ford plan for profitable growth, product excellence and innovation in every part of its business.
“The all-new Focus RS is a serious machine with high-performance technology and innovative engineering that sets a new benchmark for driving exhilaration on the road and track,” said Raj Nair, group vice president, Global Product Development, Ford Motor Company. “The RS line has a proud history of technical breakthroughs that have migrated to mainstream Fords to benefit all of our customers, and the new Focus RS is no exception. It’s a great example of our passion for innovation through performance and creating vehicles that make people’s hearts pound.”
Innovative Ford Performance All-Wheel-Drive offers unmatched handling
The all-new Focus RS exploits the innovative new Ford Performance All-Wheel-Drive with Dynamic Torque Vectoring to deliver a new level of handling capability and driver enjoyment, combining outstanding traction and grip with unmatched agility and cornering speed.
The Ford Performance AWD system is based on twin electronically-controlled clutch packs on each side of the rear drive unit. These manage the car’s front/rear torque split, and also can control the side-to-side torque distribution on the rear axle – delivering the “torque vectoring” capability, which has a dramatic impact on handling and cornering stability.
The control unit in the rear drive unit continuously varies the front/rear and side-to-side torque distribution to suit the current driving situation, monitoring inputs from multiple vehicle sensors 100 times per second. A maximum of 70 per cent of the drive torque can be diverted to the rear axle. Up to 100 per cent of the available torque at the rear axle can be sent to each rear wheel.
During cornering, the rear drive unit pre-emptively diverts torque to the outer rear wheel immediately based on inputs such as steering wheel angle, lateral acceleration, yaw and speed. This torque transfer has the effect of “driving” the car into the bend, achieving improved turn-in and stability, and virtually eliminating understeer.