In the ’60s, rocket engine design and manufacturing company Rocketdyne had tried to make the J-2T Aerospike, a toroidal aerospike concept intended as an improvement over the Rocketdyne J-2 engine for ...

As the final stage of the LVM3 rocket, it is the Cryogenic engine that is responsible for placing satellites into different designated orbits(altitudes) in space. .

India has made significant progress with rocket engine technology. India's space agency ISRO has certified all rocket engines required for the country's ambitious human space flight program, Gaganyaan ...

ISRO successfully hot-tested its CE20 cryogenic engine with an innovative nozzle ... showcasing its ability to overcome complex rocket propulsion challenges.

Restarting a cryogenic engine, like the CE20 ... is designed to power the upper stage of the LVM3 rocket. It has been successfully used in six missions so far and has recently been upgraded ...

A Japanese space startup said its second attempt to launch a rocket carrying small satellites into orbit had been terminated ...

Three launch systems and two landers from Boeing, SpaceX, and Blue Origin are all part of the complicated puzzle of NASA’s ...

The C20 cryogenic engine passed a major test. The test involved restarting the engine in ambient conditions. This success is vital for upcoming missions like Gaganyaan. The engine will power the upper ...

LEAP 71, a computational engineering company, has successfully hot-fired one of the most advanced rocket engines ever created – an Aerospike with 5,000 Newtons (1,100 lbf) of thrust, powered by ...