In order to significantly increase the effectiveness, performance and specific impulse of future rocket engines, high combustion chamber ... development of space transportation systems. The thrust ...

Flying a thrust-vectoring rocket can be a challenge, and even more so if you stack multiple stages and a minimalist flight computer on top of it all. But [Joe Barnard] is not one to shy away from ...

Among the investors was André-Hubert Roussel, former CEO of ArianeGroup, who oversaw the development of Europe’s only ...

For this early prototype, power is solely from hobby rocket motors, providing thrust for 1.6 seconds, meaning flight times are necessarily short. The craft is launched from an aluminium profile ...

When four of them come together at the bottom of the rocket, they are capable of developing a combined two million pounds of thrust. This first engine will be followed by 23 others, also new ...

The New Glenn rocket represents a significant ... Two restartable BE-3U engines Each engine generates 160,000 lbf vacuum thrust Designed for versatile mission profiles Assembled in Blue Origin's ...

One company planning to do things this way is Rocket Lab. On the space exploration ... it develops 165,000 pounds of thrust. Nine Archimedes engines will be strapped to the Neutron's first stage ...

India's IISc-incubated startup SpaceFields has successfully tested its innovative aerospike solid rocket engine, showcasing a peak thrust of ... characteristic shock profiles and regressive ...

This story has been changed to clarify that it is the world's largest single-segment solid rocket. China says it fired up the world’s largest single-segment solid-fuel rocket engine for the ...