The Core of Hypersonic Flight
Unveiling the science and engineering behind our revolutionary propulsion systems.
Rotating Detonation Engines (RDE)
At the heart of our innovation is the Rotating Detonation Engine (RDE). Unlike traditional deflagration, RDEs utilize supersonic detonation waves, offering significantly higher thermodynamic efficiency and thrust-to-weight ratios.
Proving Ground
Two engines tested, demonstrating scalable performance and proven detonation wave propagation across different thrust classes.
2.5kN RDE Engine
Our first successful demonstration of continuous detonation, validating core design principles.
5kN RDE Engine
Scaled-up design demonstrating increased thrust while maintaining efficiency and stability.
Computational Analysis
Advanced CFD modeling enables optimization of fuel injection and detonation wave management.
Internal Architecture
Precision-engineered annular chamber with strategic injection ports for optimal mixing.
Advanced Aerodynamics
Achieving hypersonic speeds requires mastery of extreme aerodynamic forces. Our designs incorporate cutting-edge CFD and advanced materials to manage thermal loads and maintain stability at Mach 5+.
Propulsion Flow Dynamics
Controlling complex flow dynamics is crucial. Our proprietary simulations allow us to optimize fuel-air mixing, ignition, and detonation wave propagation, ensuring peak performance under extreme conditions.
Key Performance Metrics
Breakthrough achievements that demonstrate the revolutionary potential of our RDE technology.
Technology Readiness Level
TRL 4+
ACHIEVED
Rapidly Advancing to TRL 6
Maximum Thrust
5kN
GENERATED
Thrust-to-Weight Ratio
3x
SUPERIOR