Harxon specializes in the design and manufacture of high-precision GNSS antennas, standard GNSS antennas, smart antennas, and wireless data radios. Our technologies deliver robust, high-accuracy positioning and reliable communications across a wide spectrum of applications, including UAVs, autonomous systems, surveying and mapping, precision agriculture, robotics, construction, mining, geodetic infrastructure, timing synchronization, and anti-jamming environments.
With nearly two decades of industry experience, Harxon offers in-depth support for the development and optimization of positioning systems. Our products are built with scalability at their core, enabling smooth progression from concept and prototyping through to full-scale deployment.
GNSS Antennas for UAV
Harxon is an established leader in UAV antenna technology, advancing from the original helix GNSS solutions to cutting-edge designs that incorporate robust anti-jamming capabilities. Engineered to meet the performance and reliability demands of next-generation drone operations, Harxon’s UAV antennas deliver high-precision positioning with accuracy from meter-level down to centimeter-level.
Built for consistent performance in dynamic and interference-prone environments, these antennas provide dependable signal tracking across a wide range of UAV missions. Applications include surveying and mapping, precision agriculture, environmental monitoring, and industrial inspections.
Helix Antenna (GNSS Only)
The Harxon Helix Antenna Series offers a flexible portfolio of embedded and externally housed GNSS-only antennas, designed to meet the precise positioning requirements of UAVs and other unmanned systems.
Available in a range of frequencies, gain profiles, form factors, and power configurations, these antennas deliver consistent high-performance tracking in compact, application-specific designs. Ideal for space- and weight-sensitive platforms, the series supports a wide variety of precision positioning needs.
Helix Antennas with GNSS, WiFi & Bluetooth
The HX-CUX005A and HX-CUX618A are compact helix antennas that combine high-precision GNSS positioning with integrated WiFi and Bluetooth connectivity. Designed to operate across 2.4GHz, 5.8GHz, and 7.2GHz frequency bands, these antennas feature optimized isolation to prevent signal interference, ensuring stable performance for UAVs and other mobile platforms requiring concurrent positioning and data transmission.
Smart Antennas with RTK Integration
The Harxon Smart Antenna series combines a high-performance helix GNSS antenna with the Unicore UM960 or UM980 RTK module, delivering centimeter-level accuracy in a compact, integrated unit. Designed to simplify GNSS deployment, the smart antennas improve signal resilience and reduce the impact of multipath, interference, and signal fading, supporting reliable positioning in challenging operational conditions.
Anti-Jamming GNSS Antennas
The JH001 and JH003 models are engineered for UAV platforms operating in high-interference environments. These advanced GNSS antennas utilize beamforming and pre-multiple filtering technologies to suppress out-of-band interference and multipath signals. Ideal for mission-critical applications, they provide robust anti-jamming protection and ensure precise, uninterrupted positioning.
Ceramic Patch GNSS Antennas
Harxon’s Ceramic Patch Antennas are optimized for compact UAVs and consumer-grade drones, delivering meter-level accuracy with multi-constellation GNSS support. Lightweight, low-profile, and cost-effective, these antennas offer dependable positioning performance while supporting seamless integration into space-constrained platforms.
Anti-Jamming GNSS Antenna
Harxon’s anti-jamming GNSS antenna range is engineered to maintain reliable positioning, navigation, and timing in environments affected by both intentional and unintentional interference.
Standard GNSS antennas can suffer from degraded performance or complete signal loss under such conditions. Harxon’s advanced designs enhance the reception of desired signals while actively rejecting noise, multipath effects, and electromagnetic interference. These antennas are ideal for high-demand applications across UAVs, ground vehicles, and marine platforms operating in complex RF environments.
Anti-Jamming Antennas with Superior Anti-Interference
The JH001, JH002, and JH003 models provide robust protection against mild to moderate jamming and interference. Incorporating advanced filtering and signal isolation technologies, these antennas significantly improve GNSS performance in challenging environments, delivering reliable accuracy where standard solutions fail.
Professional-Grade Anti-Jamming Antennas
The JM004 and JM005 are professional anti-jamming antennas. They ensure reliable positioning, navigation, and timing by detecting and mitigating risks from both intentional and unintentional marine interference.
GNSS Antennas for Vehicles
Harxon’s Vehicle Antenna Series provides high-precision GNSS solutions engineered for demanding automotive and mobility platforms. Designed to meet rigorous automotive-grade standards, these antennas combine reliable positioning, from meter-level to millimeter-level accuracy, with rugged construction suited for harsh operating environments. The series features compact, durable enclosures, versatile mounting configurations, and multiple connector options for seamless integration into a variety of vehicle architectures.
Intelligent Connected Vehicle Antenna
Harxon’s Intelligent Connected Vehicle Antennas are compact, integrated solutions designed for next-generation intelligent transportation systems. These all-in-one antennas combine multi-constellation, multi-band GNSS with 5G and V2X communication capabilities, enabling reliable high-precision positioning and seamless connectivity across vehicles, roadside infrastructure, and cloud-based platforms. Featuring seven integrated antennas within a single enclosure, they are ideal for OBUs, RSUs, chipset integrators, and Tier-1 automotive suppliers supporting Level 3 and above autonomous driving applications.
High-Precision GNSS Vehicle Antennas
Harxon’s high-precision vehicle antennas deliver automotive-grade performance with centimeter-level accuracy. Supporting multi-constellation GNSS, high gain, and advanced pre-filtered LNA technology, these antennas maintain stable signal reception even in dense urban or electrically noisy environments. Designed with rugged IP67 enclosures and multiple mounting options; adhesive, magnetic, or screw, they integrate easily into autonomous driving systems, precision fleet management, and intelligent transport applications.
Ceramic Patch Antennas for Vehicles
Harxon’s Ceramic Patch Antennas provide a compact, lightweight, and economical solution for reliable meter-level positioning in automotive applications. With support for multiple GNSS constellations, these antennas offer dependable and precise vehicle navigation performance.
GNSS Antennas for Robotics
Harxon’s GNSS antennas are engineered for robotic platforms including field robots, autonomous mowers, line-marking systems, delivery robots, and UAV couriers. They provide high-precision positioning from meter- to centimeter-level accuracy, strong anti-interference performance, and high resistance to shock and vibration. Compact and lightweight with low power consumption, these antennas integrate GNSS, 4G/5G, Wi-Fi, Bluetooth, and radio capabilities, offering flexible mounting for seamless deployment across diverse robotic systems.
Embedded GNSS Antennas
Harxon’s embedded GNSS antennas offer OEM-ready solutions for robotic systems, including dedicated GNSS-only modules, integrated GNSS+4G/5G+Wi-Fi units, GNSS+Radio combinations, and GNSS antennas paired with RTK modules. Designed for seamless integration and broad compatibility with leading board platforms, these compact and durable antennas deliver high-precision positioning and reliable performance in demanding environments.
Housed GNSS Antennas
Harxon’s external antenna range supports a variety of robotic deployment needs. Survey-grade GNSS antennas ensure maximum precision, ruggedized models withstand high shock and vibration, and vehicle-type housings offer versatile mounting options. Each solution is engineered for dependable positioning accuracy and durability, enabling robust operation across a wide spectrum of robotic applications.
