FlyingTwin builds physics-based digital twins of aircraft components and systems, enabling aircraft manufacturers and defence organisations to simulate, predict, and certify propulsion performance before a single component is physically tested. 

Our work spans fighter aircraft, commercial aviation, eVTOL and UAV platforms, delivering simulation, digital twin development, performance modelling, and system analysis across the full propulsion stack. We operate at the intersection of applied R&D and real-world engineering, translating cutting-edge aerospace research into deployable digital twin systems.

We specialise across electric, hybrid, hydrogen, and gas turbine propulsion, combining high-fidelity physics modelling with AI-driven surrogate models for real-time system intelligence.

What we do:
→ Propulsion digital twins for all commercial and defence fixed-wing aircraft, eVTOL and UAV.
→ Gas turbine performance modelling and predictive maintenance
→ Integrating multi-physics models
→ Hydrogen propulsion thermal and fuel cell simulation
→ AI-driven failure prediction and surrogate modelling

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FlyingTwin

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FlyingTwin

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