GNSS-RTK High Precision Positioning Kit with LoRa (US 915 MHz, GPS / GLONASS / Galileo / BDS / QZSS)

The LoRa-Based GNSS-RTK High Precision Positioning Kit (US) is crafted for unmatched location accuracy, reaching centimeter-level precision through Real-Time Kinematics (RTK). By facilitating a connection between a stationary base station and a mobile rover, it effectively eliminates common GNSS positioning errors. Its standout features include an out-of-the-box setup, high-performance dual-band GNSS reception, and rapid convergence time.

This integrated system makes advanced positioning accessible and straightforward. Users accustomed to the complexity of sourcing and configuring traditional RTK systems will find simplicity in this pre-configured kit. It includes all essential components, allowing users to achieve precise accuracy expediently, bypassing typical integration hassles. This ease of setup facilitates its use in applications ranging from autonomous vehicle navigation to precise land surveying.

The Quectel LC29H series modules, at the heart of this system, boast dual-band (L1/L5) reception. They significantly reduce the effects of ionospheric disturbances, which are common issues in single-band receivers. This design ensures rapid convergence, requiring less than 10 seconds to establish a fixed solution, and provides reliable positioning accuracy even in challenging environments. The ability to track all major satellite constellations further enhances its effectiveness.

Crucial to RTK operations, the integrated LoRa data link offers a robust communication channel. This system utilizes a stable LoRa (Long Range) radio connection, ensuring reliable data transmission from the base to the rover across distances of up to 1.5 kilometers in open spaces. This wireless architecture negates the need for additional radio modems or reliance on internet-based services, making it ideal for field operations and works seamlessly in areas with limited connectivity. The GNSS-RTK Positioning Kit stands as a self-reliant solution for a variety of demanding applications.