Explore drone components and find options for your aircraft.
The CUAV 7-Nano V2 Intelligent Controller is a compact flight controller for space-constrained UAV integration. It combines a 480 MHz STM32H753 processor, redundant industrial-grade IMUs, configurable PWM and Ethernet connectivity. ArduPilot and PX4 compatibility supports integration, while the included power distribution board provides voltage/current sensing and six distribution outputs.
The CUAV C-Compass CAN is a 13g external electronic compass for unmanned-system heading measurement. It combines an STM32F4 processor, RM3100 sensor and CUAV-developed M4C firmware in an aluminum-alloy housing. DroneCAN communication supports integration with ArduPilot and PX4 controllers, while magnetic filtering reduces interference from internal electrical components.
The CUAV C-Compass CAN Electronic Compass is an external heading sensor for ArduPilot and PX4 unmanned systems. It combines an STM32F4 processor, RM3100 sensor and CUAV M4C software in a 13g aluminum-alloy casing. DroneCAN communication and magnetic filtering support integration around onboard electrical components, subject to defined power and environmental limits.
The CUAV C-Compass is an external RM3100 electronic compass with DroneCAN/UAVCAN communication for PX4- and ArduPilot-based unmanned systems.
The CUAV C-RID is a compact Remote ID broadcast module for integrating drone identification into an aircraft system. It combines Wi-Fi and Bluetooth broadcasting with DroneCAN and UART connectivity in a 15.5g aluminum housing. Its specified supply range is 4.7～5.2V, and identification-code tamper resistance requires a CUAV controller.
The CUAV C-RTK 2 HP is a positioning and direction finding module.
The C-RTK 2 is a positioning module developed for drone aerial surveying.
The CUAV C-RTK 2HP is a dual-antenna RTK positioning and heading module for unmanned systems. It combines a multi-constellation, multi-frequency receiver, STM32F4 processor and RM3100 compass. A single module supports dual-antenna heading, with positioning accuracy dependent on single-point, DGPS or RTK operation and data refresh rates up to 20Hz.
The CUAV C-RTK 3 G5 GNSS Module is a navigation component for unmanned systems, combining multi-band satellite reception, RTK positioning and configurable dual-antenna heading. Its compact processor-and-compass hardware supports DroneCAN, CAN FD, UART and USB integration, with local data logging and signal-protection functions. Positioning mode, antenna spacing and baseline length qualify its performance.
The CUAV C-RTK 3 X20P GNSS Module combines a u-blox X20 receiver, STM32H5 processor and RM3100 compass for precision navigation in unmanned and industrial systems. It supports RTK/PPP-RTK positioning and multiple host communication methods. Rover and base station options each include an antenna; the product is an integration component, not a flight platform or airframe kit.
The CUAV C-RTK 9Ps is a multisatellite, multifrequency receiver.
The CUAV C-RTK3 X20P All-Band RTK GNSS Module combines an X20 receiver, STM32H5 processor and RM3100 compass for precise positioning in unmanned and robotic systems. This compact integration module offers UART, CAN and USB connectivity, positioning updates up to 25 Hz, and multiple correction options. L-band operation awaits firmware support.
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