Overview
The FPV Drone Power Module V2.0 with XT60 Connectors is a compact, high-performance power management solution for drones, RC aircraft, and FPV systems. Designed for hobbyists and professional builders, this module combines reliable power distribution with precise voltage and current sensing to help prevent mid-flight power loss and improve overall power management.
Key Features
- Pre-installed XT60 connectors for secure, low-resistance battery connections
- Real-time voltage and current sensing for accurate monitoring of battery state and power consumption
- Integrated BEC (Battery Elimination Circuit) to supply stable power to flight controllers, receivers, GPS modules, and other electronics
- Compact and lightweight form factor to minimize added weight in your build
- Enhanced measurement accuracy and stability in the V2.0 upgrade for high-power applications
- Supports high-current LiPo battery applications commonly used in FPV racing and long-range builds
Benefits for FPV and RC Builds
- Prevent unexpected power failures by continuously monitoring battery voltage, current draw, and remaining capacity
- Eliminate the need for a separate step-down regulator by using the built-in BEC, saving weight and space
- Quick plug-and-play installation with pre-installed XT60 connectors makes it ideal for DIY projects
- Improved durability and stability suitable for racing, freestyle, and long-range flight conditions
Compatibility and Applications
This power module is designed to work with popular flight controllers and FPV systems, including APM and Pixhawk. It is suitable for:
- FPV drones: racing, freestyle, and long-range
- RC planes and helicopters
- Multirotors and quadcopters
- DIY robotics and electronics projects that require voltage and current monitoring
Installation and Wiring
Installation is straightforward thanks to the pre-installed XT60 connectors. The module provides a clean and secure connection to LiPo batteries and delivers regulated power via the integrated BEC to flight controllers and onboard electronics. For safe installation:
- Mount the module away from strong vibration sources and rotating components
- Use correct polarity when connecting batteries and flight controllers
- Verify telemetry wiring and flight controller settings to ensure accurate voltage and current readings
Why Choose V2.0
The V2.0 upgrade focuses on improved measurement accuracy, enhanced stability under high load, and better durability for demanding FPV and RC applications. These improvements make the module a reliable choice for competitive racing builds as well as long-range flights where power management is critical.
Technical Notes
- Provides precise voltage and current sensing for flight controller telemetry and battery management
- Integrated BEC steps down battery voltage to a safe level for powering sensitive electronics
- Designed for high-current LiPo applications; ensure compatibility with your battery and power requirements
Safety and Best Practices
- Always double-check polarity before connecting the battery
- Secure connections and mount the module to prevent short circuits or loose wiring
- Use telemetry and low-voltage alarms configured in your flight controller to avoid mid-flight power loss
Note: Images are for illustration purposes only.
Abubakar (verified owner) –
Abubakar –