GNSS ANTENNAS · 3G+C SERIES
Precision begins with the signal.
The 3G+C series was developed for high-precision GNSS applications. One common antenna technology—optimized for different applications, cable lengths and operating conditions.
3G+C TECHNOLOGY
One technology. Different tasks.
All models receive Galileo, GPS, GLONASS and BeiDou signals as well as L-band correction services.
MULTI-GNSS
Galileo, GPS, GLONASS, BeiDou and L-band correction signals.
LOW ELEVATION
Designed to track satellites at very low elevation angles.
PHASE CENTER
Low phase-center variation and high phase-center stability.
BUILT TO LAST
IP69K, MIL-STD 810g, MIL-STD 461F and −45 to +85 °C.
PRODUCT SELECTOR
Which 3G+C fits your application?
Choose by application, cable length and system requirements.
Precision on the move.
3G+C mobile
The standard antenna for dynamic, mobile and high-precision GNSS applications—from surveying installations on vehicles to stationary installations with short cable runs.
Precision at sea.
3G+C maritime
For vessels and maritime GNSS applications with long cable runs and demanding environmental conditions.
For machines that need precision.
3G+C control
Developed for machine control in construction and agriculture—for strong vibration, high acceleration and continuous operation.
Precision for permanent installations.
3G+C reference
For GNSS networks, reference stations and stationary high-precision applications with long cable runs.
For demanding operating conditions.
3G+C defense
Developed for military applications and challenging electromagnetic environments.
3G+C technology for your own system.
3G+C OEM
Active 3G+C antenna elements without a housing for integration into your own GNSS products and system solutions.
29 · 42 · 48 dB
The right gain for the right system.
mobile and defense: 29 dB · control and maritime: 42 dB · reference: 48 dB. The OEM version is available in all three gain variants.
UNDERSTAND GNSS
What does “precision GNSS antenna” actually mean?
Phase center, multipath, low elevation, gain and RHCP—this section will later lead into our Antenna Guide.
