For aerospace & R&D teams
Test your flight logic before it leaves the ground.
Realistic, physics-based simulation environments where you can iterate on drone control algorithms, test autonomy systems, and validate hardware integration — without risking hardware or airspace.
The problem
Flight testing is expensive, slow, and risky
Every real-world flight test costs time, money, and risk. A bug in your control logic doesn't just crash a drone — it costs weeks of repair, re-certification, and lost development momentum.
You need to iterate fast on control algorithms, sensor fusion, and autonomy logic. But real flight tests give you a handful of data points per day. Simulation gives you thousands.
Pain points you recognize
- !Slow iteration cycles from reliance on physical flight tests
- !Expensive hardware damage from control logic bugs
- !Difficulty testing edge cases and failure scenarios safely
- !No repeatable environment for regression testing
- !Gap between simulation models and real-world flight behavior
Sound familiar?
Where current simulation falls short
Generic flight simulators that don't model your specific airframe or sensors
Oversimplified physics models that don't predict real-world behavior
Simulation environments disconnected from your actual flight controller
No hardware-in-the-loop capability for realistic sensor and actuator testing
Our approach
Your drone, your physics, your flight controller
We build simulation environments modeled on your specific platform — airframe dynamics, sensor characteristics, environmental conditions — so what works in simulation works in the air.
Platform modeling
We model your drone's aerodynamics, mass properties, motor characteristics, and sensor suite to create a high-fidelity digital twin.
Environment design
Custom simulation scenarios — wind, obstacles, GPS denial, sensor noise — that match your operational environment and test requirements.
Controller integration
Hardware-in-the-loop setup connecting your actual flight controller to the simulation, or software-in-the-loop for faster iteration.
Test automation
Automated test suites that run thousands of scenarios overnight, with pass/fail criteria and regression tracking.
Results
What changes in your development cycle
Faster iteration
Test control changes in minutes, not days.
Safer development
Find bugs in simulation, not in the air.
Edge case coverage
Test failure modes that are too dangerous for real flights.
Repeatable validation
Run the same scenario a thousand times with identical conditions.
Building a drone control system?
Tell us about your platform and what you need to test. We'll design a simulation environment for it.