LOCOSYS GB-10xB Targets the High-Precision Positioning Market with Multi-Frequency
RTK and Anti-Jamming Technology for Drones and Smart Agriculture

 
Supporting 1,408 Super Channels and adaptive anti-jamming technology, the GB-10xB targets high-precision positioning applications and has passed MIL-STD-810H vibration testing.

As applications such as UAV aerial imaging, surveying, and deformation monitoring continue to expand, accurate and reliable positioning has become an essential foundation for capturing precise spatial information. LOCOSYS’ GB-104B/WB multi-frequency RTK GNSS receiver combines multi-constellation, multi-frequency positioning technology with a ruggedized hardware design, targeting professional high-precision positioning applications in outdoor environments.

For practical applications, LOCOSYS demonstrates deformation monitoring via aerial photography using a GB-10 RTK base station in combination with a UAV. RTK positioning data enables the UAV to obtain accurate spatial positioning information, providing an important foundation for aerial imagery, surveying, and subsequent deformation analysis. The application also demonstrates the practical value of high-precision GNSS technology in real-world operating environments.

The GB-104B/WB adopts multi-constellation, multi-frequency L1/L2/L5 technology and supports GPS, GLONASS, BeiDou, Galileo, QZSS, and SBAS. By combining GNSS satellite signals with RTK correction data, the receiver delivers RTK positioning accuracy of up to 0.8 cm + 1 ppm horizontally and 1.5 cm + 1 ppm vertically, providing centimeter-level positioning performance.

For satellite signal tracking, the GB-104B/WB supports 1,408 Super Channels, enabling simultaneous tracking of all visible supported satellite signals. It also incorporates Adaptive Anti-Jamming Technology to enhance GNSS signal reception in challenging radio-frequency environments. The receiver supports update rates of up to 50 Hz and can be configured for both base station and rover station operation.

Reliability is another key consideration for professional GNSS equipment. Stable operation in outdoor and high-vibration environments is essential for many positioning applications. The GB-10XX series has passed rigorous MIL-STD-810H vibration testing, while the GB-104B/WB features a fanless, ruggedized design integrating RF, baseband, and high-precision positioning algorithms into an RTK positioning system designed for professional applications.

In terms of application coverage, LOCOSYS positions the GB-104B/WB for precision agriculture, surveying, robotic lawn mowers, and autonomous vehicles, in addition to UAV applications. These use cases place high demands on positioning accuracy, signal stability, and equipment reliability, highlighting the growing importance of GNSS technology in automated equipment and smart applications.

As autonomous UAVs, smart agriculture, and automated equipment continue to evolve, the GB-104B/WB targets applications including UAV aerial imaging, deformation monitoring, precision agriculture, surveying, and autonomous mobile platforms. By providing stable and high-precision positioning, the system supports greater operational efficiency and automation across a range of professional and industrial applications.