Model. Simulate. Optimise.
Digital twin technology for unmanned systems.
Design, optimise, build, simulate, operate and maintain — all in one place.
- 100% EU-owned IP
- ITAR-free
- Air-gapped / on-premise or SaaS
- Industry-Standard Verification & Validation
One UAV. One system.
Your drone as an exact digital twin. Test it, fly it and improve it before you build, buy or change anything physical.
Fewer prototypes
Iterate in seconds, not weeks of build-and-test.
No risk to the real drone
Push it to the limit and train pilots without crashing hardware.
One place for the whole lifecycle
Expert knowledge as a system, not an expensive consultant.
Mission-optimised. Digitally perfected.
No drones are alike, because no missions are the same.
FF Twin lets you simulate and optimise your entire UAV, aerodynamics, propulsion and energy as one system before the first physical part is built.
Accelerate iterations from weeks to seconds and eliminate unviable prototypes.
Achieve maximum flight time, stable flight, and a design tailored to your specific mission.
Already flying? See where your current drone loses energy, and what to change.
Next-Generation Simulation for Unmanned Operations
Cost-effective platform for operational mission training, virtual validation, and dynamic control loop design across air, land, and maritime domains.
- Better control systems.
- Extreme testing, zero risk.
- Advanced HIL testing.
- Digital twin proficiency.
- Scalable fleet training.
- Cost-effective training.
Fly an exact digital copy of the drone, in VR or on screen, even before it is built.
Intelligent Planning and Route Optimisation
Intelligent Flight planning and Route Optimisation
- Dynamic route planning.
- Mission-specific behaviour.
- Real-time hardware recommendations.
Precise Energy Management and Logistics
- Weight and fuel optimisation.
- Automated charging stops.
Automated Autopilot Adaptation
- Tailored flight profile.
Predictive maintenance
FF Twin compares actual flight data with the UAV’s digital blueprint. Worn propellers and tired motors show up in the data long before a physical inspection would find them, allowing you to run components safely to their true limit.
- Maintenance planned, not reactive.
- Less downtime, fewer failures.
- Smart fleet adaptation.
From the first idea to the last flight.
One model follows the drone through its whole life. Start wherever it makes sense for you.
Build the Blueprint once. Use it everywhere.
Everything starts with a Blueprint: an exact digital description of the drone — designed in FF Twin or anywhere else. The same Blueprint powers design, training, operation and maintenance. Nothing is rebuilt, nothing is lost between teams.
Built on peer-reviewed aerodynamic research.
FF Twin's physics engine grows out of PhD research at NTNU on dynamic inflow and rotor interaction in multirotor drones.