GNSS surveying uses GNSS signals via a GNSS receiver and antenna to determine the form, boundary, and position of objects or points in space relative to other forms, boundaries, or points. High-accuracy GNSS positioning technology has dramatically increased the speed and productivity of surveyors and GIS professionals by using centimeter-level accuracy provided by Real-Time Kinematic (RTK) positioning or Precise Point Positioning (PPP). Harxon now provides a series of high-performance antennas primarily for many surveying and mapping tasks.

As the agricultural workforce faces a decline and the demand for crops increases, autonomous agricultural technology becomes a strategic imperative. From filed robot to a fully autonomous tractor with impeccable pass-to-pass accuracy, Harxon enables such autonomous applications with GNSS antennas, smart antennas and wireless data radios.

Lightweight and precision matters a lot in unmanned systems. Harxon manufactures a series of high-performance, lightweight, small, multi constellation, and multi-functional GNSS antennas that are ideally suited for unmanned systems like UAV, RTK handheld device, lawn mower, field marking robot and survey-grade locator.

Positioning, navigation and obstacle avoidance are the key points of robotic lawn mowers and fusion positioning technology, such as RTK+ultrasonic/IMU/vision, is one of the mainstream technologies. The fusion of RTK and sensor can provide centimeter level position accuracy in real time. Harxon provides OEM GNSS antennas, radio modems and RTK modules for robotic lawn mower RTK positioning.

Connectivity has emerged as a critical factor for ensuring vehicles' safe and efficient operation. Antennas play a significant role in enhancing its communication range and reliability, ensuring seamless exchange of critical data. Our technology solutions include standard/high precision GNSS vehicle antenna, intelligent connected vehicle Antenna, communication/navigation antenna.

BeiDou ground-based Augmentation System is made up of six sub-systems: base station, communication network system, national data processing system, industry data processing system, data broadcasting system and application terminal.

Internet of Things (IoT) is an automatic working mode that no longer requires human participation. Through sensor, communication, positioning and other technologies, AI and big data, IoT can effectively improve production management efficiency and offer smarter and safer lifestyle.