GPS
Upgrade your drone with the NAVX Horizon GPS Module. Featuring accurate GNSS positioning, quick satellite acquisition, and stable navigation for Pixhawk, FPV, and UAV applications. Available online at Multirotors with fast delivery across India.
The NAVX Horizon GNSS GPS is designed for compatible FPV drones, Pixhawk flight controllers, and unmanned aerial vehicles that require satellite positioning and compass functionality. It features a u-blox NEO-F10N GNSS receiver, a high-gain ceramic patch antenna, and a built-in QMC5883L digital compass. Its multi-constellation support is designed to work with compatible GPS, GLONASS, Galileo, BeiDou, and NavIC-ready systems, depending on the receiver configuration and firmware.
Features
1. u-blox NEO-F10N High-Precision GNSS
2. Multi-Constellation Support (GPS, GLONASS, Galileo, BeiDou & NavIC Ready)
3. Built-in QMC5883L Digital Compass
4. High-Gain Ceramic Patch Antenna
5. Fast Satellite Lock & Stable Positioning
6. UART & I2C Communication Interfaces
7. Supports UBX & NMEA Protocols
8. Low Noise & High Sensitivity RF Design
9. Compact, Lightweight & Flight-Ready Design
10. Optimized for UAV, Rover & Robotics Applications
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Specifications
1. GNSS Chipset: u-blox NEO-F10N
2. Input Voltage: 4V ~ 5V
3. Power Consumption: ~100mA
4. Default Baud Rate: 38400
5. Compass: QMC5883L
6. Interface: UART / I2C
7. Connector: JST-GH 6P
8. Operating Temperature: -20°C to 80°C
9. Weight: 15g
10. Protocol Support: UBX, NMEA
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Compatible With
1. ArduPilot
2. INAV
3. Betaflight
4. PX4 Autopilot
The NAVX Horizon GNSS GPS is designed for compatible FPV drones, Pixhawk flight controllers, and UAV navigation systems. Before purchasing, confirm that your flight controller supports the module's connection interface, firmware configuration, and required navigation features.
The module supports multiple satellite navigation systems, including GPS, GLONASS, Galileo, and BeiDou, with NavIC readiness as specified. Access to multiple constellations can help compatible receivers use signals from different satellite networks. Actual performance depends on satellite visibility, antenna placement, surrounding structures, and receiver configuration.
The ceramic patch antenna is designed to receive satellite signals. For best results, mount the module in a suitable position with a clear view of the sky. Avoid placing it beneath components that could obstruct reception. Follow the manufacturer's recommendations for mounting orientation and cable routing.
The integrated QMC5883L digital compass provides heading information for compatible flight controllers. Keep the module away from motors, high-current power wires, magnets, and other potential sources of magnetic interference. Calibrate the compass using your flight controller's recommended procedure after installation.
Connect the NAVX Horizon GNSS GPS according to the manufacturer's wiring diagram. Check the connector pinout, operating voltage, and firmware compatibility before applying power. Configure the GPS settings in your supported flight-control software and allow sufficient time for satellite acquisition.
If positioning data is inconsistent, inspect the antenna placement, wiring, connectors, and satellite visibility. Check compass readings and recalibrate if the installation changes. Keep the module securely mounted and inspect it regularly for loose connections or physical damage.
With multi-constellation GNSS support, a ceramic antenna, and integrated compass functionality, the NAVX Horizon GNSS GPS offers useful features for compatible drone navigation projects. It can be considered for FPV, Pixhawk-based, and fixed-wing UAV builds where its specifications meet the requirements. Always verify compatibility and review the manufacturer's documentation before ordering.
Keep the NAVX Horizon GNSS GPS securely mounted and inspect its wiring regularly. Ensure the antenna has a clear view of the sky, and keep the compass away from magnetic interference. Before flight, verify satellite acquisition, positioning data, and compass calibration using your compatible flight controller's software.
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