Torque vectoring is an electronically controlled system that improves vehicle traction, cornering capabilities, and overall stability by allotting specific power delivery to individual wheels. It is ...

Dual motors, lowered roll centers & stroke-sensing dampers transform the GV60 into a high-performance electric vehicle ...

GENEVA, Switzerland (March 7, 2013) — Dunlop Motorsport's long heritage of competition at the 24 Hours of Le Mans race will take a new turn — literally and figuratively — this year with the ...

Torque vectoring is an often heard term, rarely seen computer-controlled system used on cars to deliver just the right amount of power to each wheel in order to improve road grip, stability, handling ...

McLaren did not set out to reinvent how road cars corner, yet its obsession with shaving tenths off a lap in Formula 1 quietly birthed a new way to think about traction and stability. What began as a ...

The first North American Ford to get torque vectoring control will be the 2012 Focus. Ford is pitching the system as a safety- and performance-enhancing addition that helps the car "carve through ...

Ferrari wants to put a Formula 1 steering wheel in its future roadgoing supercars, with a few tweaks that will give you incredible control over the way the car's powertrain behaves. That's according ...

This news release is available in German. A limiting factor for the driving range of electric vehicles is the amount of energy supplied by the batteries. To recoup as much braking energy as possible, ...

Torque vectoring is a system that allows cars to control how certain wheels get power. It’s designed to improve handling, stability, and performance and it’s a feature that is becoming more and more ...

Every time a new sporty car is released, whether is powered by a conventional internal combustion engine or all-electric-driven, manufacturers like to boast about how well they perform through corners ...