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 ...

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 ...

We rarely hear about Rimac Automobili and its all-electric supercar Concept_one anymore, but rest assured, the company is alive and well. The Crotia-based electric automaker grew from 20 to 150 ...

The Alpine A390's unique three-electric-motor drive system provides all-wheel drive, similar to a rear-wheel-drive configuration. The system includes a front motor with a wound rotor and two permanent ...

Torque vectoring, where varying amounts of torque are sent to individual wheels to aid in more nimble cornering, is an increasingly common tech in today's performance cars. The new Acura NSX, Ford ...

We rarely hear about Rimac Automobili and its all-electric supercar Concept_one anymore, but rest assured, the company is alive and well. The Crotia-based electric automaker grew from 20 to 150 ...

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 ...

Once the province of race cars, torque vectoring is coming to more and more passenger automobiles, mostly of the performance variety. Not only does the technology contribute to greater stability and ...

GKN Automotive has entered its eTwinster technology into the real world, as automakers test the torque vectoring electric drive system. The plug-in hybrid module is being showcased at the company's ...

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 ...