DOUBLE REGEN COOLED AEROSPIKE ROCKET ENGINE | Integza

Over the past few months Amaero and NextAero have been working on an additive manufactured (3D printed) aerospike rocket engine. What is an Aerospike? The bell of conventional rocket engines directs the rocket exhaust in one direction. Atmospheric pressure also plays a part in directing the exhaust, so the engine only works with peak efficiency at one altitude, for example at launch. As the rocket climbs the flame spreads out, reducing thrust. The aerospike design works by firing the gases along

Turn up the volume! Here’s our 5000 Newton #Aerospike rocket engine hot fire to ring in 2025. Designed entirely through the @noyron.ai Large Computational Engineering Model authored by @josefinelissner and printed as one monolithic piece of copper by @aconity3d. Powered by cryogenic liquid oxygen and kerosene propellants. Happy New Years to everyone. | LEAP 71

Flight of the Aerospike: Episode 25 - How the Rebuilt Linear Aerospike Engine Works In this episode we are explaining how the rebuilt linear aerospike engine works. We are answering to questions asked on social media, that are also relevant information regarding the overall program status. | ARCA

Double Regen Cooling 20kN Aerospike Engine | Integza

Our 20 kN MethaLOX bell-nozzle engine post hot-fire. This engine was generated by the same Noyron Computational Engineering Model as our aerospike. The engines look entirely different but are simply two expressions of the same thruster DNA. | LEAP 71