PATCH GNSS ANTENNAS
Ultra-Low-Profile GNSS Solutions for Compact, Embedded, and Highly Scalable Platforms.
HelioNavi GNSS Patch Antennas are engineered for compact UAV systems, robotic platforms, IoT positioning devices, and high-volume OEM applications requiring low-profile integration and stable GNSS performance.
KEY FEATURES
Utilizing advanced stacked microstrip patch architectures and multipoint feed networks, HelioNavi patch series delivers hemispherical tracking, precision phase center stability, and high out-of-band rejection for mission-critical embedded systems.
Ultra-Low Profile & Compact Integration
Flat ceramic and microstrip formats fit tight housings and low-height robotic platforms.
High-Volume Manufacturing Consistency
Repeatable patch construction supports production runs with controlled RF behavior and cost.
High Zenith Gain & Cost-efficiency
Optimized zenith gain supports reliable open-sky performance at scalable cost.
Wide Platform Compatibility
Single, dual, and full-band configurations support different accuracy and size targets.
Patch GNSS Antenna models
PCH1010 External + Full GNSS Bands
Patch GNSS antenna configuration for compact embedded platforms and scalable OEM systems.
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Patch GNSS Antenna
Low-profile patch antenna platform for space-constrained GNSS integration.
Request ReviewNo matching configuration. Clear filters or request an engineering recommendation.
Where Patch GNSS Antennas are used
Compact UAVs
RTK Devices
UGV and Robotics Platforms
Embedded OEM Systems
HELIX VS PATCH GNSS ANTENNAS
HELIX GNSS ANTENNAS
- Superior multipath rejection
- Consistent phase center stability
- Better performance at low elevations
- Reliable heading accuracy
- Rugged for harsh environments
- Ideal for dynamic applications
PATCH GNSS ANTENNAS
- Lower profile and lighter weight
- Cost-effective solution
- Suitable for standard positioning
- Good performance in open sky
- Ideal for static or low-dynamic use
- Compact for space-constrained designs
Request Patch Antenna Recommendation
Share your UAV or robotic platform requirements with our engineering team. We will recommend the most suitable patch GNSS antenna configuration based on your performance, size and integration constraints.