CUAV CAN PMU Autopilot Power Module
The CUAV CAN PMU is a high-precision power management module for UAV autopilot systems, featuring an integrated STM32F412 processor and UAVCAN protocol support for accurate voltage and current telemetry. It accepts a wide 6-62V input range and provides a regulated 5V/8A output for powering flight controllers and peripherals.
Features
- High-precision STM32F412 processor running CUAV ITT compensation algorithm for accurate voltage/current measurement.
- Wide input voltage range from 6V to 62V, supporting up to 110A max current for robust multirotor and VTOL applications.
- Integrated UAVCAN protocol over CAN bus for seamless, noise-resistant communication with modern autopilots like Pixhawk.
- Factory-calibrated for high consistency, featuring ±0.05V voltage accuracy and ±0.1A current accuracy.
- Provides a stable 5V/8A power output via its dedicated POWER port for powering flight controllers and onboard electronics.
Out of stock
The CUAV CAN PMU Autopilot Power Module is engineered for professional UAV platforms requiring reliable power distribution and precise energy monitoring. Its core is built around an STM32F412 microcontroller, which executes a proprietary ITT compensation algorithm to deliver highly accurate real-time telemetry for battery voltage and system current draw, critical for mission planning and battery safety.
Designed for integration into CAN bus-based drone ecosystems, it communicates via the standard UAVCAN protocol, ensuring low-noise data transmission and compatibility with autopilots like the CUAV X7, Pixhawk 6X, and Holybro Kakute series. The module’s robust construction supports a massive 6-62V input range, making it suitable for high-voltage 12S LiPo setups, while its high-current 110A capability ensures it can handle demanding propulsion systems.
Additional Information
| Weight | 0.076 kg |
|---|---|
| Dimensions | 4.65 × 3.85 cm |
