YouTuber Matt Mikka added jet engines to his Tesla. He built the system from scratch, and it made his 0 to 60 time over a second faster.

Will strapping three small jet engines to the rear of a Tesla Model S P85D help to improve its acceleration? One keen YouTuber recently set out to answer that question.

If you would like to learn more about how jet engines work you may be interested in this new DIY Arduino project published by the DIY GUY.

Tesla is well known for making cars that can accelerate quickly, but there’s always room for improvement. [Warped Perception] decided that his Tesla Model S P85D needed that little bit of ext… ...

You can do a lot with 3D printing—even create a working model jet engine. As a final project for a jet engine manufacturing course at the University of Virginia, students led by Professor David ...

YouTuber Matt Mikka attached three jet engines to his Tesla Model S, improving its 0-60 mph performance by almost one second.

Turbo charger Jet Engines have long been considered one of the holy grails of backyard engineering. This is with good reason – they’re hard to build, and even harder to run. Many a turbo has ...

“This was a fun side project.” Rather than scale down a GE commercial jet engine, designers took plans for an existing R/C model jet engine and customized it for their 3-D printer.

Engineers at GE Aviation have made a 3D-printed mini jet engine that operates at 33,000rpm.

So far, the new nozzle designs have been tested in the laboratory with exhaust as hot as 1100 degrees Fahrenheit. The scale model jet engine used in testing is a scale version of the F-18 F404 engine.

Buick didn't invent or design the jet engine they'd go on to build during times of war. That was Curttiss-Wright, and even they copied it from the Brits ...