CUAV develops flight controllers, GNSS and RTK modules, airspeed sensors, telemetry links and power electronics for unmanned aircraft, vehicles, vessels and robots. Its hardware is designed around the ArduPilot, PX4 and DroneCAN ecosystems.
About
CUAV develops core control and navigation electronics for open unmanned systems. Its catalogue includes Pixhawk-class and compact intelligent controllers, GNSS and RTK positioning modules, DroneCAN airspeed sensors, telemetry and image links, power-management units, compasses and interface peripherals. The hardware supports multirotors, fixed-wing and VTOL aircraft as well as unmanned ground vehicles, vessels and robotic platforms built around ArduPilot, PX4, DroneCAN and MAVLink.
The Guangzhou company combines development with an in-house manufacturing base containing automated SMT production and test facilities. Current families include Pixhawk V6X v2, X7+ Pro and 7-Nano v2 controllers, C-RTK and NEO positioning modules, LBA communications hardware and SKYE airspeed sensors. CUAV therefore sits inside the vehicle electronics stack: its modules provide flight control, positioning, data links and power interfaces that system builders integrate with airframes, propulsion, payloads and mission software.