Matek SAM-M10Q GNSS Module
Best navigation upgrade for serious FPV drone pilots.
Enhance your FPV drone's navigation with the Matek SAM-M10Q GNSS Module. This advanced module utilizes the u-blox M10 platform to simultaneously track GPS, GLONASS, Galileo, and BeiDou signals, ensuring rapid satellite acquisition and highly accurate positioning. It's crucial for long-range missions and safety features like Return-to-Home, providing reliable performance where signal integrity is key. The module simplifies setup with automatic configuration via the UBX protocol, making it an essential component for serious drone pilots seeking precise location data.
$39.99
Owner Satisfaction
4.7
/ 5
Category Rank
44
/ 1009
#44 in Integrated Circuits & Chips
Price vs Category Average
-54%
Below average
GNSS Chipset
10
/ u-blox M Series
Who it's for
- Drone pilots needing reliable navigation in dense environments
- Users requiring consistent signal lock across global regions
- Hobbyists seeking quick setup with standard flight controllers
Who should skip it
- Pilots flying ultra-light drones with limited battery capacity
- Builders working with extremely tight, interference-prone frames
- Beginners intimidated by external configuration software requirements
Performance breakdown
Satellite Acquisition Speed
Multi-constellation tracking ensures a rapid 3D lock in diverse environments.
Positioning Precision
The u-blox M10 platform delivers reliable accuracy for critical flight maneuvers.
Installation Simplicity
JST-GH connectivity and automatic configuration make setup a straightforward process.
Form Factor Efficiency
Ultra-lightweight design minimizes impact on drone flight dynamics and battery life.
Signal Reliability
High-gain antenna maintains consistent data links during long-range mission profiles.
Power Efficiency
Minimal power draw preserves flight time without sacrificing navigation performance.
Key Specs
GNSS Chipset
u-blox M10 Series
Supported Constellations
GPS, GLONASS, Galileo, BeiDou, QZSS
Input Voltage Range
4V to 9V DC
Power Consumption
10mA
Maximum Update Rate
Up to 5Hz (UBX protocol)
Dimensions
26mm x 16mm x 8mm
Weight
7.5g
Antenna
Factory-tuned 15x15mm patch antenna
Features
- Simultaneous 4-constellation tracking
- Fast and accurate satellite acquisition
- Automatic configuration via UBX
- Enhanced RF sensitivity with u-blox M10
- High-gain patch antenna included
- Superior 3D lock accuracy
- Supports UBX and NMEA protocols
- Simple JST-GH cable installation
What customers say
Users consistently praise the Matek SAM M10Q for its exceptional reliability and performance. It achieves incredibly fast satellite lock times, often within seconds, a significant upgrade. Customers appreciate the consistent accuracy and robust signal retention, even in challenging environments. This quality makes integration straightforward and dependable for hobbyists and professionals. The module solidifies its reputation as a top tier GNSS solution, offering excellent value and dependable results for a variety of applications.
Know before you buy
This module supports simultaneous tracking of GPS, GLONASS, Galileo, BeiDou, and QZSS. By utilizing multiple constellations at once, it provides faster satellite acquisition and more reliable positioning compared to single-constellation units.
No, the module is designed for ease of use and supports automatic configuration via the UBX protocol. Once connected, it communicates directly with your flight controller to set the necessary parameters.
The module operates on an input voltage range of 4V to 9V DC. It is highly efficient, with a power consumption of only 10mA, making it suitable for a wide range of FPV drone power systems.
Yes, the u-blox M10 chipset offers enhanced RF sensitivity and superior 3D lock accuracy. These features are critical for maintaining a stable signal during long-range flights and ensuring reliable Return-to-Home functionality.
The module features a simple JST-GH connector, which allows for a quick and secure plug-and-play installation. It is designed to be mounted via screws to ensure it remains stable during flight.
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