Harxon GNSS antennas, featuring IP6x rated housing for reliable operation in harsh environments, are designed for surveying and I-construction applications. Providing full support for all frequencies across all constellations, as well as L-band corrections, they incorporate advanced filtering and anti-interference capabilities as well as robust signal tracking. OEM board and rugged dust- and water-resistant IP67-rated enclosure options are available.

Harxon GNSS antennas, featuring IP6x rated housing for reliable operation in harsh environments, are designed for surveying and I-construction applications. Providing full support for all frequencies across all constellations, as well as L-band corrections, they incorporate advanced filtering and anti-interference capabilities as well as robust signal tracking. OEM board and rugged dust- and water-resistant IP67-rated enclosure options are available.

Harxon’s UHF wireless data radio is an advanced, high speed, high power, wireless data link built to withstand the demanding conditions of GNSS/RTK surveying and precise positioning. Due to the 35W high transmitting power, connection distances up to 20 kilometers can be covered in favorable conditions. It is designed with a ruggedized IP67 weatherproof enclosure to withstand extreme environments. External radio and embedded radio modem are both available.

Harxon’s UHF wireless data radio is an advanced, high speed, high power, wireless data link built to withstand the demanding conditions of GNSS/RTK surveying and precise positioning. Due to the 35W high transmitting power, connection distances up to 20 kilometers can be covered in favorable conditions. It is designed with a ruggedized IP67 weatherproof enclosure to withstand extreme environments. External radio and embedded radio modem are both available.

The smart antenna family is designed for high-performance semi-autonomous or autonomous applications that require centimeter-level accuracy – even in highly variable terrain and GNSS-obstructed environments.

The smart antenna family is designed for high-performance semi-autonomous or autonomous applications that require centimeter-level accuracy – even in highly variable terrain and GNSS-obstructed environments.