GPS Antennas
Our GPS antennas are engineered for reliable reception of signals from GPS and other GNSS constellations, including Galileo, GLONASS, and BeiDou. Designed for hemispheric coverage and excellent axial ratio, they meet the demands of navigation, timing, and high-precision applications.
We offer a full range of solutions — from compact L1-only patches to dual-frequency L1/L2 designs, multi-constellation patches, rover antennas for surveying and mapping, and choke ring antennas for reference stations and geodetic work. All models are equipped with integrated low-noise amplifiers (LNAs) and filtering to enhance signal quality and reject interference.
Whether for aviation, marine, or space applications, our GPS antennas deliver dependable performance in challenging environments.
L1 patch Antennas
Our L1-only GPS patch antennas are optimized for reception of the GPS L1 frequency.
They deliver hemispheric coverage and excellent axial ratio, making them ideal for navigation, timing, and tracking applications.
Compact and lightweight, they integrate easily into space, avionics, and terrestrial platforms.
L1/L2 Patch Antennas
Our L1/L2 GPS patch antennas are designed for dual-frequency reception, supporting applications that require enhanced positioning accuracy and ionospheric error correction.
They provide hemispheric coverage and excellent axial ratio, ensuring dependable performance in space, avionics, and terrestrial environments.
multi constellation patch Antennas
These antennas are designed to receive signals from multiple GNSS constellations, including GPS, Galileo, GLONASS, and BeiDou.
They provide hemispheric coverage and excellent axial ratio, enabling reliable operation in applications requiring robust positioning and timing across diverse environments.
rover Antennas
Rover antennas are designed for high-precision GNSS receivers used in surveying, construction, and geodetic applications.
They offer high gain, tight phase center stability, and superior multipath suppression. Our rover antennas are ruggedized for field use and maintain accuracy in challenging environments.
choke ring Antennas
Choke ring antennas are designed for high-precision GNSS applications, providing excellent multipath rejection and stable performance in challenging environments.
They offer hemispheric coverage, excellent axial ratio, and compatibility with GPS, Galileo, GLONASS, and BeiDou signals.
Commonly used in reference stations and geodetic surveys, these antennas deliver reliable accuracy where it matters most.
