The evolution of control systems for electric vehicle dynamics is pivotal to advancing safe, efficient and high-performance transport. These systems integrate electronic controls with sensor data, ...

An introduction to the core principles of braking systems in mechanical design. A high-level introduction to the application of braking systems in machinery and equipment, as well as their relevance ...

BYD releases the BYD DiSus Intelligent Body Control System, dedicated to new energy vehicles (NEV) with a lineup of DiSus-C, DiSus-A, and DiSus-P. The BYD DiSus System is the first full-stack ...

Physical AI (PAI) in autonomous and electric vehicles (EVs) involves systems that perceive the environment, make intelligent decisions, and execute appropriate actions in real-time, bridging the gap ...

Yamaha will supple its e-axle and motion control technology for Caterham's Project V The Caterham Project V is an electric sports car Caterham hasn't said when the Project V will go on sale, but a ...

Purdue's system successfully delivered 190kW to a moving truck at 65 mph over a quarter-mile stretch, marking a significant ...

Strong regenerative braking can cause passengers to feel queasy. An oft-touted advantage of owning an electric vehicle is one-pedal driving, when drivers can slow down a vehicle simply by lifting off ...