How Can Dual-Frequency GNSS with E-Compass Improve Flight Stability and Navigation Accuracy for Your Pixhawk Drones?

The HAWK A2e combines dual-frequency L1/L5 reception with an integrated IST8310 3-axis magnetometer, delivering sub-meter positioning accuracy and reliable heading information even in challenging environments. The lightweight helical antenna design reduces payload weight while enhancing signal stability, directly extending flight time and improving autonomous navigation performance. Contact us to receive detailed integration specifications and performance test data for your Pixhawk-based UAV platform.

Designed for mission-critical UAV applications, the HAWK A2e features fast Time-To-First-Fix performance even at low signal levels, supported by free hybrid ephemeris prediction for accelerated cold starts. The receiver operates at a default 5Hz update rate with capability up to 10Hz, ensuring real-time positioning data for dynamic flight maneuvers. A built-in gold capacitor reserves system data for rapid satellite acquisition after power cycles, while three LED indicators provide clear status feedback for power, PPS, and data transmission. Whether you're developing commercial drones for surveying, precision agriculture, industrial inspection, or autonomous delivery systems, the HAWK A2e delivers the reliable, accurate positioning performance your Pixhawk-based platform demands.