Explore the reasons why turbine engines, despite their potential, have never been successfully implemented in mass-produced ...

Give it wheels and a steering mechanism, and people will try to power it with anything they can. Visionary (and not-so-visionary) tinkerers and engineers have experimented with everything from steam ...

The Industrial Revolution's strides produced many miracles. Advancements in metallurgy and improved technological practices made the mass production of precision parts possible and, with time, ...

Why engines mattered: Pontiac used powertrain choices to distinguish models, affecting performance, desirability, and long-term collector value. Interchangeable V8 design: Identical external ...

Apart from the Le Mans-winning GT40, the rally-bred RS200, and the two famous iterations of the GT, Ford has built several interesting mid-engine prototypes throughout its history. Placing a motor ...

In the early 1970s, Spanish inventor Arturo Estévez Varela introduced a pioneering engine powered by water — a concept that held the potential to revolutionize automotive technology. Despite its ...

In 1932, Henry Ford, the acknowledged all-time master of automotive mass production, dealt his competitors a severe blow and elevated the standard of middle-class transportation by introducing his new ...

These five engines are not just impressive in terms of the output figures they deliver, but also the unmistakable symphony that their cylinders sing. The automotive internal combustion engines are ...