TBS M10Q Glonass GPS Module with Compass - High Precision Navigation

Introduction

The TBS M10Q Glonass GPS Module represents a significant leap in drone navigation technology. Designed for FPV and UAV applications, this compact and high-performance module utilizes the advanced u-blox UBX-M10050 chipset and includes an integrated compass. It ensures rapid, precise positioning and dependable navigation, making it an essential component for any serious drone enthusiast or professional.

Key Advantages

• Multi-Constellation Support: Operates with GPS, GLONASS, Galileo, and BeiDou for enhanced satellite visibility and pinpoint accuracy.
• Tri-Frequency Reception: Utilizes L1, L2, and L3 frequencies to improve signal reliability in difficult conditions like urban canyons or dense foliage.
• Rapid Acquisition: Features fast startup times, ensuring quick signal lock even after signal loss, minimizing downtime.
• Integrated Compass: Includes a 3-axis magnetometer (QMC5883) for reliable heading information, crucial for navigation and stabilization.
• Compact & Lightweight: Its small size (25 x 25 x 7.7 mm) and low weight (13.5g) make it perfect for weight-sensitive drone builds.
• Configurable Baud Rate: Supports a wide range of baud rates from 4800 bps to 921600 bps, with a default of 115200 bps for flexibility.
• High Sensitivity: Achieves excellent tracking (-166 dBm) and capture (-160 dBm) sensitivity for robust performance.

Technical Specifications

• Chipset: ublox UBX-M10050
• Memory: Flash memory for configuration storage
• Frequency Bands: L1 (1575.42 MHz), L2 (1561.10 MHz), L3 (1602.00 MHz)
• Baud Rate: 4800 bps - 921600 bps (default 115200 bps)
• Sensitivity (Tracking): -166 dBm
• Sensitivity (Capture): -160 dBm
• Sensitivity (Cold Start): -148 dBm
• Cold Start Time: 26 seconds (average)
• Warm Start Time: 24 seconds (average)
• Hot Start Time: 1 second (average)
• Horizontal Position Accuracy: < 2m autonomous (SBAS < 2.0m)
• Time Pulse Accuracy: RMS 30 ns
• Max Altitude: 50000 m
• Max Speed: 500 m/s
• Max Acceleration: ≦ 4G
• Update Rate: 0.25 Hz - 18 Hz (default 1 Hz)
• Dimensions: 25 x 25 x 7.7 mm
• Weight: 13.5 g
• Input Voltage: 5 V
• Magnetometer: QMC5883 (3-axis)

Applications

This module is expertly suited for a wide array of applications including FPV racing drones, long-range exploration UAVs, aerial photography platforms, mapping drones, and any unmanned system requiring precise navigation, position hold, and return-to-home functionality. Its compact size also makes it suitable for smaller custom drone builds.

Compatibility

The TBS M10Q Glonass GPS Module operates on a 5V input voltage. It is compatible with flight controllers that support standard GPS/GLONASS protocols via UART interface. Ensure your flight controller firmware is up-to-date for optimal performance.

FAQ

What makes the TBS M10Q Glonass module ideal for FPV drones?

The TBS M10Q Glonass module is ideal due to its compact size, lightweight design (13.5g), and high precision positioning capabilities. It supports multiple satellite constellations and offers fast signal acquisition, crucial for dynamic FPV flight.

How does the integrated compass improve drone navigation?

The integrated 3-axis QMC5883 magnetometer provides reliable heading information, which is essential for accurate navigation, flight stabilization, and return-to-home functions, especially when GPS signals might be temporarily obstructed.

What are the benefits of using multi-constellation GNSS support?

Supporting GPS, GLONASS, Galileo, and BeiDou, along with tri-frequency reception (L1, L2, L3), significantly enhances signal availability and accuracy, particularly in challenging environments like urban areas or dense forests.

Where can I buy the TBS M10Q Glonass GPS Module with fast delivery?

You can buy the TBS M10Q Glonass GPS Module at HTDRONE. We offer fast and reliable worldwide shipping via DHL, ensuring you receive your components quickly.

What is the typical cold start time for the TBS M10Q Glonass module?

The TBS M10Q Glonass module boasts a fast cold start time, averaging around 26 seconds. This ensures you spend less time waiting for a signal lock and more time flying.