Systems
Technology
From ground-based combustion testing to flight demonstrators, FAST Aerospace follows an incremental roadmap to mature each subsystem before integration.
The future of mobility, space access and security belongs to those who can sustain high-Mach flight. FAST Aerospace is ensuring Europe is one of them by developing the next generation of hypersonic flight systems, powered by a proprietary ramjet architecture.
From ground-based combustion testing to flight demonstrators, FAST Aerospace follows an incremental roadmap to mature each subsystem before integration.
FAST develops kerosene-fueled ramjet technology for sustained supersonic and hypersonic flight, enabling missions that conventional propulsion cannot efficiently serve.
Space access, ultra-fast flight, unmanned aerial vehicles: ramjet applications are countless.
Ground campaigns are designed to characterise ignition behaviour, flame holding, and combustion efficiency under representative high-temperature and high-pressure conditions. Telemetry and diagnostics feed directly into combustor geometry, injector design, and control logic iterations.
The Ramjet Experimental Combustor (REC) provides a controlled ground environment for component-level ramjet validation, from cold-flow characterisation to hot-fire sequences. Planned campaigns with academic and institutional partners support the progressive maturation of Crossbow toward platform integration.
We are building a multidisciplinary team across propulsion, aerodynamics, avionics, structures, software, and operations. If you want to work on real hardware and help mature a new European hypersonic flight future, FAST Aerospace is your place.
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