Students at Switzerland's ETH Zurich tested a rotating rocket engine capable of producing 20,000 detonation waves per second.

Astrobotic’s Chakram engine survived a five-minute detonation burn that could reshape future rocket propulsion.

NASA’s Dr Timothy M Smith and Dr Paul Gradl join us live to discuss GRX-810, the NASA-developed high-temperature AM alloy for ...

Astrobotic’s "Chakram" engine just smashed a 300-second record. See how spinning shock waves could revolutionize NASA's Moon ...

Overclocked – is set to begin later today on Tuesday, May 5. It’s set to bring with it a whole host of improvements, as well as title features such as a brand new Legend character and a controversial ...

Inside a University of New Mexico research lab, a novel propulsion engine operates at extremely high frequencies, promising to deliver a new avenue ...

There's a somewhat simple explanation behind the rocket science at play here, but the visual result is astounding.

Astrobotic put its Chakram rotating detonation rocket engine (RDRE) through its paces for the ...

Rotating detonation rocket engines (RDREs) work differently from conventional designs. Typical rocket engines rely on a steady, controlled process of chemical propellant ignition ...

Astrobotic announced the successful hot fire test of its Chakram rotating detonation rocket engine (RDRE) at NASA’s Marshall Space Flight Center (MSFC) in Huntsville, Alabama. Two Chakram engine ...

If we really are to fulfill all our dreams of expanding our reach into the solar system, we definitely must come up with new rocket engine technologies for our spaceships. The industry knows this, and ...

Welcome to Edition 8.38 of the Rocket Report! The big news this week concerned the third launch of the New Glenn rocket. The first 15 minutes of the flight were exhilarating for Blue Origin, seeing a ...