XH-SR006-Dome-ONE-FPV GNSS Anti-Jamming Positioning Module | Integrated Navigation Geomagnetic FPV Module

Product Overview

The SR006-XHDome-ONE-FPV is a highly integrated anti-jamming positioning module. It combines full-band GNSS satellite reception, integrated navigation algorithm and built-in QMC5883P geomagnetic sensor, featuring both high-precision positioning and strong anti-interference capability.

This module performs stably under harsh conditions such as satellite signal interference, signal obstruction and multipath effects. It delivers continuous, real-time and reliable high-precision positioning results, providing stable position and heading information for FPV aircraft, UAVs, unmanned mobile platforms and other devices.

Core Advantages

• Full Constellation & Full Band Reception: Supports BDS, GPS, GLONASS and GALILEO four major satellite navigation systems, enabling faster satellite acquisition, more stable positioning and better environmental adaptability.
• Dual-Scenario High Precision: Single-point positioning accuracy ≤1m under interference-free environment; maintains ≤10m positioning accuracy under interfered environment, ensuring high availability in complex scenarios.
• Strong Anti-Interference Performance: 65dBc anti-jamming capability, effectively resists common satellite signal interference and ensures continuous positioning data without loss.
• Integrated Navigation Fusion: Fuses satellite positioning and geomagnetic sensing data with integrated navigation algorithm, maintains positioning and heading accuracy even when satellite signal is obstructed.
• High Dynamic Adaptability: Supports maximum speed of 500m/s and 4g acceleration, suitable for high-dynamic motion scenarios such as FPV and high-speed UAVs.
• Industrial-Grade Reliability: Wide operating temperature range from -40℃ to +65℃, low power consumption and compact size, easy to integrate into various compact devices.

Detailed Specifications

Application Fields

• FPV racing drones and high-speed UAVs: provides stable positioning and anti-interference performance in high-dynamic scenarios
• Industrial and inspection UAVs: adapts to complex electromagnetic environments and signal obstruction, ensures flight safety
• Unmanned vehicles and mobile platforms: integrated navigation fusion improves positioning continuity in urban obstruction environments
• Surveying and security tracking equipment: high-precision positioning and timing to meet professional scenario requirements
• Compact navigation terminals: compact size and easy integration, suitable for low-power embedded applications