Astrobotic completes hot-fire tests of RDRE engine prototypes for deep space missions
Updated
Updated · Gizmodo · Apr 24
Astrobotic completes hot-fire tests of RDRE engine prototypes for deep space missions
10 articles · Updated · Gizmodo · Apr 24
Astrobotic’s two rotating detonation rocket engine prototypes each produced over 4,000 pounds of thrust during eight hot-fire tests at NASA’s Marshall Space Flight Center, totaling 470 seconds of runtime.
The Chakram engines, developed with NASA support, performed flawlessly with no damage, marking a significant step toward efficient propulsion for future lunar and deep space landers.
Astrobotic aims to use RDRE technology in upcoming lunar missions, while other companies and NASA are also advancing similar propulsion systems to expand cislunar and deep space operations.
With rivals like NASA also testing RDREs, can Astrobotic's design win the propulsion race?
After Peregrine's failure, can Astrobotic's new detonation engine truly guarantee mission success?
Is this new rocket engine the key to finally unlocking a real economy on the Moon?
Could the violent power of detonation engines introduce new, catastrophic risks for space missions?
Built on a tiny budget, is this record-setting engine a true game-changer for startups?