How Can Dual-Frequency RTK Technology Improve Your Drone's Positioning Accuracy and Flight Stability?

The HAWK R2's L1+L5 dual-frequency reception eliminates ionospheric errors that plague single-frequency systems, delivering centimeter-level accuracy even in challenging environments. Combined with the integrated e-compass and lightweight helical antenna, your drones achieve superior positioning stability while extending flight time. With official Pixhawk and ArduPilot support, integration is seamless. Contact us to receive technical specifications and integration guidelines tailored to your UAV platform.

Designed with mission-critical performance in mind, the HAWK R2 features fast Time-To-First-Fix and RTK convergence, superior sensitivity at low signal levels, and remarkably low power consumption. Supporting SBAS systems (WAAS, EGNOS, MSAS, GAGAN) and offering default 5Hz update rates with capability up to 10Hz, this receiver ensures reliable positioning data even in challenging environments. The built-in super capacitor reserves system data for rapid satellite acquisition, while three LED indicators provide clear status feedback for power, PPS, and data transmission. Officially documented on both Pixhawk and ArduPilot platforms, the HAWK R2 represents a proven solution for unmanned aerial vehicle positioning and navigation applications requiring the highest standards of accuracy and reliability.