SKU: DRFC-0790
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Foxeer M10Q 250 GPS Module with QMC5883 Compass

₹2,729.00 (Inclusive of all taxes)
Out of Stock

This Foxeer M10Q 250 GPS module integrates a QMC5883 compass, providing precise location and heading data with multi-constellation GNSS support (GPS, GLONASS, BDS, GALILEO) for enhanced navigation in FPV drones and autonomous systems. Operating on 5V, it ensures reliable positioning and orientation.

Features

  • Utilizes 10th-generation M10Q GNSS chip for high-precision, multi-constellation positioning.
  • Integrated QMC5883 magnetometer provides accurate compass readings for stable heading.
  • Supports GPS L1, GLONASS L1, BDS B1, GALILEO, ESBAS L1, and QZSS L1 frequencies.
  • Compact and lightweight design, ideal for seamless integration into various drone platforms.

Out of stock

Description

The Foxeer M10Q 250 is a sophisticated GPS module engineered to deliver highly accurate navigation and orientation data for drone platforms and autonomous systems. It incorporates the advanced M10Q (10th Generation) GNSS chipset, providing robust multi-constellation signal acquisition across GPS L1, GLONASS L1, BDS B1, GALILEO, ESBAS L1, and QZSS L1 frequencies. This ensures exceptional positional accuracy even in challenging RF environments, critical for reliable flight path planning and mission execution.

Further enhancing its utility, the module integrates a QMC5883 compass sensor, supplying precise heading information essential for stable attitude control and waypoint navigation. Designed for seamless integration, the compact and lightweight form factor minimizes impact on drone weight and balance. With a standard 5V input, it is broadly compatible with most flight controllers, providing a plug-and-play solution for pilots and developers seeking superior geospatial data for FPV racing, freestyle, cinematic capture, or professional UAV applications.

Key Features

  • Utilizes 10th-generation M10Q GNSS chip for advanced, high-precision global positioning.
  • Supports multi-constellation reception including GPS L1, GLONASS L1, BDS B1, GALILEO, ESBAS L1, and QZSS L1 for enhanced signal reliability.
  • Integrated QMC5883 magnetometer provides accurate real-time compass readings for stable heading and navigation.
  • Compact and lightweight design ensures easy integration into FPV drones and other UAV platforms without adding significant bulk.
  • Provides robust performance with dynamic characteristics up to 50000m height, 500m/s speed, and 4G acceleration.
  • Wide compatibility with various flight controllers and autonomous systems via dual NMEA/u-blox protocol.

Applications

  • FPV racing and freestyle drones
  • Long-range cinematic UAVs
  • Autonomous mapping and inspection drones
  • Fixed-wing aircraft navigation systems

Technical Specifications

ChipM10 (10th Generation Chip)
FrequencyGPS L1, GLONASS L1, BDS B1, GALILEO, ESBAS L1, QZSS L1
Input Voltage5V
AntennaCeramic Antenna
Channel72
CompassQMC5883
Baud Rate115200 bps
ProtocolDual NMEA/u-blox
Output Frequency1Hz-10Hz, 10Hz default
Speed Accuracy0.05m/s
Horizontal Position Accuracy2D ACC 1.5m (outdoor)
Receiver SensitivityTrace -166dBm; Capture -160dBm

Frequently Asked Questions

What flight controllers are compatible with the Foxeer M10Q 250 GPS module?

The Foxeer M10Q 250 is broadly compatible with most modern flight controllers supporting serial GPS input, such as Betaflight, ArduPilot, and PX4-based systems. It supports both NMEA and u-blox protocols, allowing flexible integration. Ensure proper wiring for 5V power, GND, TX, and RX for communication.

How do I configure the Foxeer M10Q 250 for optimal performance in Betaflight?

In Betaflight Configurator, navigate to the Ports tab and enable Serial RX for the UART connected to the GPS module's TX. Then, go to the Configuration tab, enable GPS, select "u-blox" protocol, and save. Ensure "Auto Config" is enabled, and the baud rate is set to 115200.

What are the key benefits of the integrated QMC5883 compass?

The integrated QMC5883 compass provides crucial heading information, significantly improving flight stability and navigation accuracy. It helps the flight controller maintain precise orientation, especially during autonomous modes like "Return to Home" or waypoint navigation. Proper calibration is essential for reliable compass data.

What input voltage is required for the Foxeer M10Q 250 GPS module?

The Foxeer M10Q 250 GPS module requires a stable 5V DC input voltage. It is important to connect it to a regulated 5V power source on your flight controller or a dedicated BEC to ensure stable operation and prevent damage from over-voltage or voltage fluctuations during flight.

What satellite constellations does the M10Q chip support for positioning?

The M10Q (10th Generation) chip supports multiple global navigation satellite systems for enhanced accuracy and reliability. These include GPS L1, GLONASS L1, BDS B1, GALILEO, ESBAS L1, and QZSS L1. This multi-constellation support allows for faster satellite acquisition and more precise positioning data.

Package Includes

  • 1x Foxeer M10Q 250 GPS Module with QMC5883 Compass

Additional Information

Dimensions 13 × 9 × 2 cm