Find aircraft and components for your next project.
The ComNav K901 is a GNSS module intended for UAV applications.
The ComNav LS500 supports UAV-mounted laser scanning.
The M100X combines GNSS and inertial navigation for positioning and heading.
The M300 Pro is a GNSS receiver used in CORS reference stations.
The ComNav T300 is a GNSS receiver with documented UAV applications.
The T300 Plus GNSS receiver supplied correction data in a documented UAV mapping project.
The CUAV 7-Nano is a flight controller for aircraft.
The CUAV 7-Nano PDB is a power module documented on the 7-Nano autopilot page.
The CUAV 7-Nano V2 Flight Controller combines a compact laminated architecture, a 480 MHz STM32H753 processor and extensive peripheral connections for space-constrained unmanned platforms. The supplied 7-Nano PDB adds power distribution and sensing. Procurement integration must account for separate controller, USB and servo voltage limits.
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.