HAWK Drone Navigation Success Story - High-Precision GNSS/RTK Integration

Real-world UAV positioning performance demonstration with LOCOSYS GNSS modules

Promotion Product-LV-1612-U15

Promotion Product-LV-1612-U15

LOCOSYS has introduced the LV-1612-U15, a high-performance L1 + L5 dual-band, multi-constellation GNSS receiver module engineered for applications requiring robust navigation performance and precise positioning.

More
Promotion Product-LV-1612-DR

Promotion Product-LV-1612-DR

LOCOSYS LV-1612-DR is a high-performance L1 + L5 dual-band, multi-constellation GNSS module with integrated sensor-fusion dead reckoning (DR), designed for robust navigation and high-precision positioning applications.

More

How Can Centimeter-Level GNSS Accuracy Transform Your Drone's Autonomous Flight Capabilities?

The HAWK drone success story demonstrates how LOCOSYS multi-constellation RTK positioning modules achieve centimeter-level accuracy for precise autonomous navigation. Our proven GNSS solutions integrate seamlessly with UAV flight controllers, delivering stable positioning even in high-dynamic maneuvers. Contact our technical team to learn how our RTK modules can enhance your drone platform's navigation performance and unlock new commercial applications requiring precision positioning.

LOCOSYS Technology Inc. delivers comprehensive positioning solutions specifically engineered for the demanding requirements of UAV manufacturers and drone system integrators worldwide. Our integrated AHRS and IMU solutions output real-time 3D attitude, angular velocity, and acceleration data essential for high-dynamic drone applications. From standalone GNSS modules to complete RTK systems with PPP/PPK capabilities, our proven track record in the UAV industry demonstrates commitment to providing reliable, high-performance navigation hardware and software that empowers next-generation autonomous drone platforms across precision agriculture, surveying, inspection, and industrial applications.

UAV Success Story Video

HAWK Drone Video

     

2019

UAV





Press Release