Dec 23, 2025

The shift toward unmanned machinery addresses challenges in labor availability and operational costs.
High-precision GNSS technology supports autonomous navigation for various equipment types, enabling straight-line paths, reduced overlaps, and optimized resource application in diverse field conditions.

The G27C-2 kit supports full-constellation and full-frequency tracking, compatible with GPS, BDS, Galileo, and other systems.
It achieves horizontal accuracy of 0.8 cm + 1 ppm CEP and vertical accuracy of 1.5 cm + 1 ppm CEP, with RTK initialization in 5 seconds. Adaptive anti-interference algorithms filter over 80% of interference signals, maintaining interruption rates below 0.3%. Integrated IMU navigation ensures continuity in obstructed environments, while aviation connectors facilitate direct integration.
This configuration suits large-scale machinery such as intelligent rotary tillers, unmanned subsoilers, combine harvesters, and forage harvesters.

The C7controller paired with JS-HAC148A antenna delivers horizontal accuracy of 0.8 cm and vertical accuracy of 1.5 cm.
Dual-antenna design provides stable heading output, with 50 dB interference rejection suited to hilly or orchard conditions. Compact dimensions of 68.4 × 41.8 × 17.3 mm, wide voltage range of 9-90 V, built-in 4G module, 50 Hz update rate, and 32 GB storage support data transmission and logging.
Applications include cotton topping machines, variable-rate seeders, orchard transport robots, and integrated water-fertilizer vehicles.

The X43-C3 combined with JS-HAC26A offers full-constellation support including GPS, BDS, Galileo, and GLONASS.
Precision reaches horizontal 0.8 cm + 1 ppm CEP and vertical 1.5 cm + 1 ppm CEP, with 5-second initialization. Low power consumption of 0.85 W, voltage range of 5-12 V, dimensions of 43.8 × 34.0 × 11.5 mm, and weight of 25 g enable integration in space-constrained setups. Dual-antenna and IMU features, along with 60 dB interference rejection, ensure reliability.
This kit adapts to paddy field weeding robots and small-scale spraying vehicles.
These RTK solutions enable precise control in land preparation, planting, field management, protection, and harvesting phases.
Industrial-grade designs with plug-and-play interfaces reduce deployment complexity, supporting broader adoption of unmanned systems in modern agriculture.
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