Foxeer M10Q-120/180/250 M10 Dual Protocol GPS & Compass

The Foxeer M10Q-120/180/250 M10 Dual Protocol GPS & Compass is a satellite navigation module for FPV drones, RC airplanes, and other unmanned aerial vehicles. It combines an M10 10th-generation GPS chip with a built-in QMC5883 compass to provide positioning and directional information to a compatible flight controller.

Supporting multiple satellite navigation systems and both NMEA and UBX communication protocols, the Foxeer M10Q series is suitable for custom drone builds that require reliable navigation data in a compact form factor.

Features

• M10 GPS Chip: Uses a 10th-generation M10 chip for satellite positioning.

• Integrated QMC5883 Compass: Provides heading information for compatible navigation and flight-control systems.

• Multi-Constellation Support: Compatible with GPS, GLONASS, BeiDou, Galileo, SBAS, and QZSS satellite systems.

• Dual Protocol Support: Supports NMEA and UBX communication protocols.

• Up to 10Hz Output: Offers a default 10Hz navigation data output frequency, adjustable within the specified 1–10Hz range.

• Ceramic Antenna: Integrated antenna design for satellite signal reception.

• Three Size Options: Choose between M10Q-120, M10Q-180, and M10Q-250 according to available mounting space and weight requirements.

• Compact Design: Suitable for a variety of FPV drone and RC aircraft configurations.

Applications

• FPV racing and freestyle drones

• Long-range FPV quadcopters

• RC airplanes and fixed-wing UAVs

• Drone navigation and position-hold projects

• UAV mapping and autonomous navigation experiments

• Robotics and other projects requiring GPS positioning and compass heading

How to Use

1. Select the correct variant: Choose the M10Q-120, M10Q-180, or M10Q-250 based on your frame size and installation requirements.

2. Mount the module: Install it in a suitable position with the ceramic antenna facing upward and away from sources of electromagnetic interference.

3. Connect to the flight controller: Wire the GPS power, ground, and communication connections according to the module pinout and flight-controller documentation. Connect the compass interface as required.

4. Configure the GPS: Set the appropriate serial port, baud rate, and supported GPS protocol in your flight-controller firmware.

5. Configure the compass: Enable the compatible compass sensor and set its orientation according to the actual mounting direction.

6. Test satellite reception: Power on the system outdoors with a clear view of the sky and confirm that the flight controller receives valid GPS and compass data before flight.

Important Notes

• The module requires a compatible 5V power supply. Verify the wiring and pinout before connecting it.

• GPS acquisition and positioning performance depend on satellite visibility, installation, interference, and environmental conditions.

• Keep the GPS and compass away from high-current wiring, ESCs, motors, and video transmitters where possible.

• Compass calibration and correct orientation settings are important for accurate heading data.

• Check flight-controller firmware compatibility and GPS/compass configuration before use.

• The stated positioning accuracy is a published specification under suitable conditions, not a guarantee of accuracy in every environment.

• Confirm the selected model and included accessories with the product listing before ordering.

Package Includes

• 1 × Foxeer M10Q-120, M10Q-180, or M10Q-250 GPS & Compass Module (selected variant)

• Connecting cable, if included with the selected package