GPS & GNSS Antennas


A GPS (Global Positioning System) or GNSS (Global Navigation Satellite System) antenna is a specialised device designed to receive signals from satellites orbiting the Earth. These allow precision navigation by capturing signals from multiple satellites and triangulating the receiver's exact position on the Earth's surface. This enables users to determine their geographic coordinates, velocity, and time information with remarkable accuracy.

GPS/GNSS antennas are essential across numerous industries used in route planning, vehicle tracking, precision farming, surveying, telecommunications, and emergency services. GPS and GNSS antennas commonly come in a few types such as patch antennas, helical antennas or microstrip antennas. Other specialised antenna types include geodetic antennas and choke ring antennas used for high precision surveying purposes. GNSS antennas can also come in the form of combination or combo antennas, these antennas will include other elements capable of receiving non-GNSS bands such as LTE and WiFi. 

View:
Sort by: 

D-Helix Antenna

Product Code: HX-CH7609A

Brand: Harxon

The HX-CH7609A D-Helix™ antenna features a multi-point feeding technology that ensures a high phase center stability with centimeter level accuracy as well as adopts D-QHA technology for extraordinary 2.8dBi gain on the premise of a wider frequency band. Its high gain with ultralow signal loss, wide beam width for exceptional low elevation satellite tracking with symmetric radiation...



Harxon Aviation Antenna

Product Code: HX-CA3603A

Brand: Harxon

HIGH PRECISION COMPACT GNSS ANTENNA FOR AVIATION HX-CAX601A features a multi-point feeding deign to achieve greater phase center stability. It effectively improves measurement accuracy and provides better positioning solution. Support GPS, GLONASS, Beidou and Galileo signals reception Stable phase center guarantees the accuracy of positioning within millimeter-level Strong...



PcTel Aviation Antenna

Product Code: GPS-LB12GL-MAG

Brand: PCTel

This antenna is designed to meet DO-160 standards for airborne equipment. The Arinc 743 form factor is robust with a hermetic seal for long lasting, trouble free deployment and durability. GPS L1/L2, L Band & GLONASS L1 Active, High Performance Magnetic Mount Antenna. Applications: Military Vehicle Tracking & Asset Tracking Precision Agriculture Differential Correction



Trimble AV33 Low Profile L1 Antenna

Product Code: 83553

Brand: Trimble

HIGH ACCURACY AERIAL, LAND AND MARINE APPLICATIONS The Trimble AV33 GNSS Antenna has been designed to support high accuracy aerial, land and marine applications in one compact design. The rugged 4 hole bulkhead mounting allows the antenna to be used in the most rugged of environments. The antenna is an aviation type of design. The bulkhead mounting ensures only the rugged radome is exposed to...



Trimble AV39 TSO Certified GNSS Antenna

Product Code: 105728-10

Brand: Trimble

The AV39 is a lightweight, FAA TSO certified antenna for primary flight navigation with an ARINC 743 footprint. It provides centimeter precision with superior phase center repeatability. Mapping and surveying from the air using GNSS requires survey grade antenna technology in a compact and reliable form factor. The Trimble AV39 antenna achieves high precision and accuracy without compromising...



Trimble AV59 Low Profile GNSS & L-Band Antenna

Product Code: C02992

Brand: Trimble

The AV59 is a highly robust antenna with rugged 8-hole bulkhead mounting with rubber o-ring sealing for aerial, land, and marine applications. It offers sub-centimeter phase center accuracy and superior signal tracking of current and near-future GNSS signals. The AV59 antenna offers robust signal tracking. Coupled with advanced signal filtering to minimize multipath, the AV59 antenna is...



WIDE AREA AUGMENTATION SYSTEM (WAAS) ANTENNA

Product Code: 2225NW

Brand: PCTel

Specifically designed to meet the demanding standards of worldwide WAAS aviation operations, this antenna features advanced spiral technology and a self-complementary element structure. The low multipath error design has the lowest phase error of all antenna element designs, and the spiral minimizes manufacturing errors while its self-complementary currents act to center antenna phase. Designed...



Items per page: