Lockheed Martin CorporationLockheed Martin signs agreement to evaluate rotating detonation rocket engine technology for future missile systems, potentially enhancing propulsion efficiency and range.

Lockheed Martin and Venus Aerospace have signed a joint technology development agreement to evaluate rotating detonation rocket engine technology for potential use in future long-range precision strike weapons. The collaboration aims to assess whether the propulsion technology can be adapted from flight demonstrations into operational missile systems. Unlike conventional rocket engines that rely on subsonic combustion, rotating detonation rocket engines generate thrust through continuously traveling detonation waves, potentially increasing propulsion efficiency while simplifying engine architecture. Lockheed Martin will evaluate how the technology could be integrated into future precision fires systems requiring greater range, higher speed and scalable production. Financial terms and a development timeline were not disclosed.
Lockheed Martin CorporationLockheed Martin signs agreement to evaluate rotating detonation rocket engine technology for future missile systems, potentially enhancing propulsion efficiency and range.
Venus Aerospace enters joint development agreement with Lockheed Martin to adapt its rotating detonation rocket engine technology for operational missile systems.