Twin turbo systems explained: how they work, why V6 and V8 engines use them, real-world performance gains, and when twin ...

Toyota’s 3.4-liter twin-turbo V-6 defied expectations by delivering modern power with legendary truck reliability. Here’s why ...

Thomas has spent two years working in the auto journalism industry, contributing to a UK-based newspaper and writing for Euronewsweek. A full-time writer and lifelong engineering enthusiast, he now ...

A new Truck engine leads reliability studies. Here’s why J.D. Power ranks it so high.

Automobiles, as any mechanic will tell you, are complicated beasts. Enthusiasts, of course, will have a solid grasp of the jargon. They'll know at a glance what the unusual shape on that road sign ...

Building an engine for turbocharged duty is, for many, uncharted territory. Boost is a familiar cornucopia of manifold-topping superchargers, but the notion of having its source plumbed inline with ...

Turbochargers first appeared in passenger cars during the 1960s because manufacturers were looking for ways to reduce emissions, and turbocharging offered a way to boost power without having to ...

As emissions restrictions tighten and more automakers struggle to meet increasing CAFE standards, small-displacement turbocharged engines are becoming more and more common. A small, efficient, ...

When Acura designed the RDX, they wanted to give it a lightweight mill that was powerful enough to compete in a class rife with six-cylinder power. A V6 would provide the desired output, but it would ...

GM has filed a patent application describing a system designed to improve torque response in a turbocharged engine. The application was assigned patent number US 2025/0052207 A1 with the United States ...