Hyperion-IV Methalox Engine
Development of a reusable liquid methalox engine achieving 450kN thrust. AeroVance pioneered additive manufacturing for injector plates, cutting production time by 60%.
Explore how AeroVance engineering has powered breakthroughs in propulsion, satellite deployment, defense systems, and deep space exploration for our global partners.
In partnership with GlobalComsat, AeroVance engineered a scalable bus architecture and mass-production pipeline to deploy the world's largest next-gen broadband constellation. Our team reduced unit costs by 35% while achieving 99.99% reliability in vacuum testing.
Development of a reusable liquid methalox engine achieving 450kN thrust. AeroVance pioneered additive manufacturing for injector plates, cutting production time by 60%.
Designed a stealth-capable autonomous drone for intelligence, surveillance, and reconnaissance. Features AI-driven navigation and 72-hour endurance in contested environments.
High-resolution multispectral imaging satellite designed for climate monitoring. AeroVance integrated advanced thermal control systems to ensure sensor stability in LEO.
Contracted for propulsion and landing systems for a human-rated lunar lander. Successfully completed abort-testing and powered descent simulations at our Nevada facility.
Developed a glass cockpit suite with fly-by-wire redundancy for a regional aircraft program. Achieved DO-178C Level A certification for all flight control software.
High-efficiency Hall-effect thrusters for microsatellite station keeping and orbital transfer. Delivered 500 units with specific impulse improvements of 20% over legacy systems.
From concept to certification, AeroVance provides the engineering expertise to bring your aerospace vision to life. Let's discuss your next program.