Modern precision agriculture demands reliable, high-accuracy positioning. Jumpstar's smart antenna solutions integrate multi-constellation GNSS support with RTK corrections to deliver centimeter-level accuracy for agricultural UAVs, autonomous field robots, and intelligent farming machinery operating in challenging outdoor environments.
Jump Star attends Global Sources Electronics 2026 in Hong Kong, debuting 6 precise positioning scenarios. Solutions cover commercial fleets, ADAS, V2X, and agriculture using RTK/PPK tech.
UAV navigation systems face signal degradation in urban canyons and dynamic flight scenarios. The JS-RK43-3 addresses these challenges with dual-band L1/L5 tracking, multi-constellation support, and integrated anti-jamming technology, enabling reliable centimeter-level positioning for autonomous aerial platforms.
RTK-GNSS overcomes signal obstruction and positioning drift in complex grazing environments, enabling compact, low-power modules to deliver real-time centimeter-level accuracy in ear tags and monitoring systems.
GPS provides 3-5 meter accuracy while RTK achieves 1-2 centimeter precision through real-time corrections. This guide examines technical differences and applications of GPS versus RTK GNSS systems.
JUMP STAR's X43-C2 RTK receiver with JS-HAC26A antenna offers 8mm+1ppm accuracy and 0.2° heading precision for agricultural automation. The integrated IMU ensures continuous navigation during signal loss. Compact (43.8×34.0×11.5mm, <25g) with 360° coverage, it ensures reliable performance in tough farming conditions.