GNSS Antenna Product Families
High-performance GNSS antennas engineered for precision, reliability, and low-SWaP integration across UAVs, industrial drones, robotic systems, high precision surveying and mapping, UGVs, USVs, and autonomous uncrewed platforms.
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Product Series
GNSS Helix Antennas
Ultra-light weight & ground-plane independence; superior multipath mitigation, exceptional low-elevation signal tracking, and optimized axial ratio stability for dynamic high-vibration platform attitudes.
GNSS Patch Antennas
Ultra-low-profile, lightweight microstrip patch arrays engineered for restricted spatial footprints, precise phase center stability, and high-yield consistent mass production.
GNSS Combo Antennas
All-in-one, single-enclosure integration (GNSS + 4G/5G/Wi-Fi/BT) delivering high out-of-band rejection to eliminate severe co-site EMI while drastically simplifying system layout cabling.
Smart GNSS Antennas
Smart GNSS positioning subsystems embedding high-precision GNSS/RTK receiver modules directly into calibrated antenna hardware for plug-and-play prototyping and rapid system deployment.
Custom Antenna Solutions
Tailored RF tuning, pattern adjustments, optimized frequency band combinations, and bespoke mechanical modifications (connectors/enclosures) to satisfy unique platform constraints.
Featured Products
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HX-620 Helix
L1/L2/L5 · High Gain Helix Antenna
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PX-420 Patch
L1/L2/L5 · Low Profile Patch Antenna
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CX-720 Combo
L1/L2/L5 · GNSS Combo Antenna with LNA
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SA-100 Smart
L1/L2/L5 · Smart Antenna with IMU & Heading
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MA-200 Warine
L1/L2 · Marine Grade GNSS Antenna
View Product ->How to Choose the Right GNSS Antenna
Selecting the right antenna depends on your platform, environment, and performance goals. Use the key factors below to guide your decision.
1. Platform Type
Consider your platform’s dynamics, mounting options, and power availability.
2. GNSS Bands
Choose the bands and constellations you need (L1, L2, L5, and beyond).
3. Installation Environment
Evaluate multipath conditions, temperature range, and weather resistance.
4. Size & Weight Limits
Balance antenna performance with available space, weight, and aerodynamic impact.
5. Integration Needs
Determine connectivity, cabling, LNA gain, and data interface requirements.