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Focus on High Precision GNSS Antenna

China High Precision GNSS Antennas Manufacturer

From survey and choke ring antennas to UAV, vehicle and aviation designs. Multi-constellation, multi-band, with OEM and fully custom development.

  • GPS, GLONASS, Galileo, BeiDou and QZSS across L1, L2, L5 and L-band
  • Stable phase center and low-noise amplification for RTK and PPP
  • Custom size, connector, radome and mounting from your drawing
Aviation antenna for high-precision GNSS positioning
±1 mmphase center stability
5 bandsL1 / L2 / L5 / L6 / S
IP67+outdoor sealed

Antenna design, tuning and production under one roof

Our RF engineers design, simulate and chamber-test every antenna family in-house, then build it on dedicated assembly and calibration lines. That keeps phase center, axial ratio and gain repeatable from sample to mass production.

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15+Years in RF design
12Antenna families
100%Chamber-tested
OEMand ODM projects
L1–L6Multi-band coverage
24 hQuote response

GNSS antennas by application

Twelve product families, from reference-grade ground antennas to lightweight airborne and handheld designs.

Drawing-based

Custom Designed Antenna

OEM and ODM antennas built to your drawing, bands and housing.

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What sets our antennas apart

Stable phase center

Symmetric element design and a controlled ground plane keep phase center variation small for survey and reference work.

Multipath rejection

Choke ring and ground-plane options suppress low-elevation reflections for cleaner carrier-phase data.

Light and compact

UAV, drone and handheld models cut weight and height without giving up multi-band tracking.

Low-noise front end

High-gain LNA with band filters protects against out-of-band interference and long cable loss.

Built for the outdoors

UV-stable radomes, sealed connectors and wide temperature range for fields, roofs, vehicles and aircraft.

Custom engineering

Bands, size, connector, radome color, mounting and logo tailored to your product.

GNSS Antenna Production and Quality Control

From the production machine to final testing, every antenna passes inspection steps in our own factory before it ships.

GNSS antenna production machine
Antenna Production MachineDedicated equipment for repeatable GNSS antenna assembly
GNSS antenna quality test
Quality TestPerformance checked before shipment
GNSS antenna quality inspection
Quality InspectionAppearance and structure review
GNSS antenna quality inspection one by one
One-by-One InspectionEach antenna checked individually
GNSS antenna production machine quality control
Production Quality ControlMonitoring at the machine
GNSS antenna production line quality control
Process ControlStable output across batches
ProductionControlled machines and assembly steps
In-process controlChecks during every production stage
One-by-one inspectionIndividual check of each antenna
Final testQuality test before packing and delivery

How to choose the right GNSS antenna

Six checks that narrow the field before you request samples.

1

Accuracy target

Meter-level navigation, RTK centimeter, or reference-station grade decides the antenna class.

2

Constellations and bands

Match L1, L2, L5 and L-band to your receiver board and correction service.

3

Platform

Ground pole, UAV, vehicle roof, aircraft fuselage or handheld each limits size, weight and shape.

4

Multipath environment

Urban canyons and reflective roofs may need a choke ring or a large ground plane.

5

Gain, cable and connector

Set LNA gain for your cable length. Choose TNC, SMA, N-type or MCX to fit the device.

6

Environment and certification

Check IP rating, temperature range, vibration and any aviation or vehicle standards.

Not just an antenna. A tuned RF solution.

Performance depends on the whole chain: element, ground plane, LNA, cable and receiver. We match them from the start.

Your device and space›Bands and accuracy›Element and ground plane›LNA, filter, connector›Chamber-tested antenna
Size and shapeFrequency bandsGain and LNAConnector typeRadome colorMounting threadCable lengthPrivate label

Which GNSS antenna fits your project?

Swipe sideways to see the full table →

AntennaBest forTypical bandsMain advantage
Choke ringReference stations, monitoringL1 / L2 / L5Strongest multipath rejection
Survey GNSSRTK rovers and basesL1 / L2 / L5Stable phase center, rugged
High precision GNSSMachine control, PPPL1 / L2 / L5 / L-bandCentimeter-level tracking
UAV / droneMapping and inspectionL1 / L2 / L5Light and low profile
VehicleADAS, fleet, railL1 / L2 (+ cellular)Roof mount, vibration proof
AviationAircraft navigationL1 / L2 / L5Low-drag blade or dome
Handheld / externalGIS, devices, enclosuresL1 / L5Compact, easy to connect

GNSS antenna FAQ

What is a high-precision GNSS antenna?
It tracks multiple constellations and bands with a stable phase center and strong multipath rejection, so a receiver can reach centimeter-level or better accuracy.
When do I need a choke ring antenna?
Choose it for reference stations and monitoring sites where reflections near the ground would degrade carrier-phase measurements.
What is the difference between UAV and drone antennas?
Both are lightweight airborne designs. UAV models usually target survey-grade payloads, while drone models focus on compact flight controllers and small platforms.
Can you customize connector, size and bands?
Yes. We customize bands, gain, connector, cable, radome, mounting and branding based on your drawing or sample.
Do you support samples and small batches?
Yes. Share your requirements and we will confirm sampling options, lead time and minimum quantity.
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