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.

Harxon has solidified its position as a pioneer in UAV antenna technology, evolving from its early Helix antennas with fundamental GNSS positioning to state-of-the-art anti-jamming solutions. Engineered to meet the rigorous demands of modern drone applications, Harxon’s antennas deliver outstanding precision, with accuracy ranging from meter-level to centimeter-level. These high-performance antennas ensure stable and reliable signal tracking performance, even in challenging environments, supporting a diverse array of UAV missions such as surveying and mapping, precision agriculture, environmental monitoring, and industrial inspections.

Jamming and interference, whether intentional or unintentional, can severely degrade GPS positioning, navigation, and timing availability, potentially leading to total signal loss. Ordinary GNSS antennas may be disrupted and unable to operate normally in complex jamming and interference environments. Therefore, specialized antennas are necessary to enhance the reception quality of desired signals and reject interference from unwanted signals to ensure receivers operate correctly.

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.

Accurate GNSS positioning data is the key to success on your job site, which helps your crew reach a state of maximum productivity. Harxon ruggedized antenna is a perfect choice for your architecture, engineering, and construction projects. They provide millimeter-level positioning accuracy, strong anti-interference performance, and a stable phase center. Harxon takes GNSS antenna robustness to the next level so they are rugged enough to survive dust, water, hash mechanical vibration, and shocks at construction sites.

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.