Flight Controller FMUv6X
About the Flight Controller FMUv6X
Professional flight controller with triple redundant IMU system, dual STM32H7 processors, and advanced sensor fusion. Perfect for mission-critical UAV and robotics applications.
Technical Specifications
| IMU | Triple redundant |
|---|---|
| Weight | 45g |
| Processor | Dual STM32H7 |
| Interfaces | CAN, Ethernet, UART, SPI, I2C |
| Operating Voltage | 5V |
Key Features
- Triple redundant IMU system
- Dual STM32H7 processors
- Advanced sensor fusion
- Mission-critical reliability
Recommended Use Cases
- Precision agriculture
- Industrial inspection
- Delivery drones
- Autonomous robotics
Right to Repair and Repairability
The Flight Controller FMUv6X is designed to be serviced. Opening or repairing this product — yourself or through an independent repairer — does not void its 12-month warranty. Only damage directly caused by the repair is excluded from cover.
- Spare parts: supplied while stock and supplier availability permit, priced at the prevailing market rate at the time of the request. We do not guarantee availability for any fixed period.
- Repair service: in-warranty repairs are free, including return shipping. Out-of-warranty repairs are quoted in writing before any work starts, and the diagnostic fee is credited against the repair cost.
- Repair warranty: 6 months on the repair work and any replaced components.
Full terms in Section 7 of our Terms of Service. Repaired flight hardware remains your responsibility to verify as airworthy and regulation-compliant before use.
Talk to engineering
Questions about your integration?
Tell us the airframe, carrier board, payload bus or firmware branch you are working with and we will tell you straight whether it works. You will be answered by the team that designed the board, usually within 1–2 business days.
Frequently Asked Questions About the Flight Controller FMUv6X
Is FMUv6X compatible with PX4?
Yes, FMUv6X fully supports PX4 firmware.
Does it support CAN peripherals?
Yes, it supports multiple CAN bus interfaces.