Flight-Control Hardware
High-performance autopilot hardware designed for demanding unmanned aircraft applications.
Tustin Dynamics develops flight-control hardware, autopilot integration and advanced control solutions for unmanned aircraft.
We focus on reliable flight-control electronics, embedded autopilot systems and control-algorithm deployment for multicopters, fixed-wing aircraft and VTOL platforms, as well as compact electric- and fuel-powered helicopters.
We contribute to PX4, NuttX, QGroundControl and MAVLink. The integration of China's new national UAV Remote ID standard into MAVLink was driven entirely by our team.
High-performance autopilot hardware designed for demanding unmanned aircraft applications.
Board-support development, driver integration, flight validation and planned upstream support for both major autopilot communities.
Robust control, model predictive control (MPC), incremental nonlinear dynamic inversion (INDI), SO(3)-based geometric control, active disturbance rejection control (ADRC), system identification, fault-tolerant control and real-world deployment.
Flight-control systems, ground software and complete aircraft platforms engineered for compact, high-speed and autonomous missions.
A compact PX4-compatible flight controller for space- and weight-constrained aircraft.
A dedicated flight controller for high-speed FPV and performance-focused aircraft.
A tail-sitter VTOL platform designed for flight speeds up to 85 m/s and vision-guided autonomy.
A 250–330 mm wheelbase quadrotor platform focused on resilient control and continued stable flight.
A quadrotor platform using vision or LiDAR positioning for autonomous operation.
An open-source ground control station customized from QGroundControl, with enhanced Chinese localization, flight status and parameter tools.
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Business and technical inquiries:
contact@tustindynamics.com
Phone:
+1 (940) 616-6622
Phone:
+8615384253885