5.3V 3A APM Power Module with XT60 Connector

5.3V 3A APM Power Module with XT60 Connector is a highly efficient, plug-and-play power supply designed specifically for APM 2.5/2.6/2.8 and Pixhawk flight controllers. Engineered to deliver clean, stable voltage, this module ensures dependable power delivery for your drone’s flight controller and essential onboard electronics. With a built-in BEC (Battery Eliminator Circuit) and integrated XT60 connectors, it offers safe, reliable, and convenient connectivity for RC multirotors, fixed-wing aircraft, and robotics applications.

If you are building or upgrading an APM/Pixhawk-based UAV, this power module is an essential component for ensuring consistent performance, safe battery monitoring, and overall flight stability.

Key Features

✔ Stable 5.3V / 3A Output

Designed to provide a smooth and regulated 5.3V at 3A, the module powers your flight controller without noise, voltage spikes, or brownouts—making it ideal for sensitive avionics.

✔ Integrated BEC (Switching Regulator)

The onboard switching regulator offers excellent efficiency and reduces battery load, ensuring longer flight times and better thermal performance.

✔ XT60 Plug-and-Play Connectivity

Equipped with reliable XT60 input/output connectors, the module supports high-current LiPo batteries while ensuring secure, low-resistance power transmission.

✔ Real-Time Voltage & Current Sensing

The module includes sensing circuits that feed precise voltage and current data to your flight controller. This enables accurate battery monitoring, safe return-to-land functions, and intelligent power management.

✔ Wide Battery Compatibility

Compatible with 2S–6S LiPo batteries, making it suitable for most small-to-medium UAVs and RC aircraft.

✔ Compact, Lightweight & Durable

Built with a compact PCB design and heat-resistant components, the module adds minimal weight to flight systems while maintaining long-term durability.

✔ Ideal for APM and Pixhawk Systems

Designed to integrate seamlessly with the APM 2.x and Pixhawk flight controller series, ensuring simple installation and reliable communication.

Specifications

• Input Voltage: 2S–6S LiPo (7.4V–22.2V)

• Output Voltage: 5.3V regulated

• Output Current: 3A continuous

• Max Input Current: Up to 90A (battery side)

• BEC Type: Switching regulator

• Connectors: XT60 male & female

• Power Cable: High-quality silicone wire

• Sensing Capabilities:

  • Voltage detection

  • Current detection (via 90A Hall/analog sensor)

• Compatibility: APM 2.5 / 2.6 / 2.8, Pixhawk

• Weight: Lightweight design (typically 20–25g)

• Dimensions: Compact PCB form factor

Applications

✔ Multirotor UAVs (Quadcopters, Hexacopters, Octocopters)

The module ensures stable flight controller power and accurate battery monitoring for drones of all sizes.

✔ Fixed-Wing RC Aircraft

Provides steady BEC output to autopilots, receivers, and onboard electronics without the need for separate power supplies.

✔ VTOL and Hybrid UAV Systems

Supports the diverse power demands of advanced aerial platforms with reliable current sensing.

✔ Robotics Projects

Useful for autonomous ground robots, rover systems, and robotic platforms requiring onboard power regulation and monitoring.

✔ DIY Electronics & Prototyping

Ideal for projects that need consistent 5V power and precise current/voltage measurements.

✔ FPV Systems

Supports flight controllers used in FPV drones, offering clean power to avoid video noise caused by unstable voltage.

Why Choose This APM Power Module?

The 5.3V 3A APM Power Module with XT60 Connector offers an exceptional balance of efficiency, stability, and safety, making it one of the most reliable power management solutions for APM and Pixhawk-based flight controllers. Its advanced sensing capabilities help prevent over-discharge, extend battery life, and ensure safe operation during flight.

With plug-and-play XT60 connectors, lightweight construction, and compatibility with popular autopilot systems, this power module is the perfect choice for RC hobbyists, drone builders, and robotics engineers seeking dependable power distribution.