CUAV Flight Controller Comparison: V5+, X7+ and Professional UAV Options
CUAV flight controllers cover everything from proven Pixhawk-compatible platforms to higher-performance controllers for professional unmanned systems. The right choice depends on processing headroom, sensor redundancy, outputs, carrier-board requirements and the firmware used by the project. Browse the complete CUAV drone-components range while comparing the main options.
CUAV V5+: proven FMUv5 architecture
The CUAV V5+ is based on the Pixhawk FMUv5 design standard and supports both PX4 and ArduPilot. Its STM32F765 main processor, multiple inertial sensors, redundant power inputs and broad set of communication ports make it a practical choice for research, prototypes and established vehicle designs.
Its STM32F765 Cortex-M7 processor is paired with multiple inertial sensors, fourteen PWM outputs, two CAN buses and several serial interfaces. The controller supports both PX4 and ArduPilot, making it suitable for established flight stacks as well as new integrations.
CUAV X7+: more processing and sensor capability
The X7+ moves to an STM32H743 processor and uses three IMU sets, internal vibration isolation and temperature compensation. CUAV specifies fourteen PWM outputs, with twelve supporting DShot, and an operating-temperature range extending from -20 to 85 degrees Celsius. It is designed for academic research, commercial integration and more demanding control stacks.
Which controller fits which project?
| Project requirement | Recommended direction |
|---|---|
| Existing FMUv5 vehicle or established wiring | V5+ is often the most direct fit |
| Higher processing headroom and more DShot outputs | Consider X7+ |
| Custom carrier board | Choose a modular controller designed for carrier integration |
| Compact integrated aircraft | Compare the Nora and newer CUAV families |
Check the complete integration
Processor specifications are only one part of the decision. Confirm connector standards, power-module compatibility, GNSS interfaces, telemetry, airspeed sensors, payload communication and the number of required PWM or CAN devices. Use original wiring wherever possible and confirm firmware support before committing the airframe layout.
PX4 or ArduPilot?
Both controller families support PX4 and ArduPilot, but firmware versions, port assignments and peripheral setup can differ. Select the firmware based on vehicle type, required features, team experience and the validation process for the final aircraft.
Get a configuration review
Send Orkes your vehicle type, firmware, power architecture, GNSS requirement, telemetry link, payload interfaces and preferred controller. Request technical sales support before ordering a complete autopilot stack.
Technical references: CUAV V5+ documentation and CUAV X7+ documentation.