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Dev tools · August 31, 2026

ThrustLab

Model the full UAV powertrain as one coupled system

What it does

Simulate the electric UAV powertrain as one coupled battery-to-propeller system. Use 4,500+ motors, propellers, and batteries or custom data, run operating points, sweeps, and dynamic missions, then automate through the REST API or official Python SDK.

Model the full battery-to-propeller powertrain as one coupled system. Propeller aerodynamics validated against the UIUC propeller wind-tunnel database.

Pick a battery, motors, and propellers. See thrust, efficiency, and flight time for the whole powertrain. Pick the motor, prop, and pack before you order. See hover time and punch-out headroom. Endurance and payload trade studies across mixed-rotor builds. Share any result with your team. Published methodology, wind-tunnel-checked propeller aerodynamics, and a scriptable API. Get your parts in front of designers while they're speccing a build. Battery, ESC, motor, and propeller are solved together as one system. Each part affects the others, the way the real hardware does. Voltage sag, ESC losses, motor heating, and propeller aerodynamics solve at the same time, not one at a time down a…from thrustlab.com

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