Bmw Engine M12
By the Editorial Staff
March 16, 2026
The BMW M12/13 turbo was a 1,499.8 cc four-cylinder turbocharged Formula One engine, based on the standard BMW M10 engine introduced in 1961, and powered the F1 cars of Brabham, Arrows and Benetton. The BMW M12 engine's specifications highlight its engineering excellence and racing pedigree. With a combination of power, responsiveness, and reliability, it continues to be a benchmark in the world of motorsport.
A Formula One engine build around a block used in mass-produced cars, the turbocharged M12/13 is the most powerful engine ever produced by BMW. BMW M12 Engine History The BMW M12 is a 4-cylinder, 16v engine, based on the BMW M10. Where the M10 used a timing chain, the M12's camshafts and crankshaft were geared together.
The M12 also utilised a dry sump lubrication system. Designed by Paul Rosche, it was produced in various capacities in both normally aspirated and turbocharged forms. Discover the story of the BMW M12/13, an ordinary road car engine transformed into F1's most powerful turbo.
Learn how it won the 1983 title. This tiny 1.5-litre, four-cylinder engine born from a humble road car block, became the most powerful engine ever to race in F1. Under the visionary leaders.
Bid for the chance to own a BMW M12 Engine at auction with Bring a Trailer, the home of the best vintage and classic cars online. Lot #212,082. BMW M12 engine The BMW M12/13 turbo 1500 cc 4-cylinder turbocharged Formula One motor, based on the standard BMW M10 engine introduced in 1961, powered the F1 cars of Brabham, Arrows and Benetton and won the world championship in 1983.
As BMW M12, the engine design since the 1960s became one of the most successful engines in racing. The BMW M12/13 Engine Was Far More Than Just The Sum Of Its Parts It's easy to look back and reduce the M12/13 and its successor, the M12/13/1's esteem to the sole value of its admittedly. The BMW M12/13 engine is a testament to the engineering prowess of BMW, particularly in the realm of motorsport.
Its specifications, innovative design, and rigorous maintenance requirements reflect its purpose.