Maxtena stands at the forefront of innovation in wireless interaction and RF technologies for both terrestrial and satellite networks. Our cutting-edge proprietary solutions drive high-performance GNSS, SATCOM, LTE, and Wi-Fi antennas tailored for unmanned systems across land, air, and maritime environments, including UAVs (unmanned aerial vehicles), UGVs (unmanned ground vehicles), and USVs (uncrewed surface vessels).
Explore rugged Antenna Solutions:
- active GNSS Antennas
- Single-Band GNSS Antennas
- Dual-Band GNSS Antennas
- Triple-Band GNSS Antennas
- Single-Band Conformal Wave Antennas
- Triple-Band Conformal Wave Antennas
- Custom Antenna Solutions
Helicore – innovative GNSS Helix Antenna Technology
our patented Helicore technology offers a flexible and cost-effective platform for rugged GNSS antenna solutions, enhancing essential design parameters such as pattern, polarization purity, efficiency, and compactness. Utilizing air as the dielectric core, Helicore minimizes the typical losses associated with ceramic materials, ensuring a stable and efficient manufacturing process.
Helicore designs incorporate active circuitry and filtering directly into the antenna, pushing the boundaries of axial ratio, bandwidth, and pattern stability. Key advantages of Helicore technology include:
- Compact and lightweight compared to traditional ceramic options
- Designs that are independent of ground plane
- Outstanding axial ratio at lower elevation angles,significantly reducing multipath interference
- Meets stringent susceptibility requirements of 200 V/m and 50 V/m
Discover more: Helicore – Innovative GNSS Helix Antenna Technology >
Conformal Wave Antenna Technology
By integrating advanced materials with a unique dual-feed configuration, we have developed conformal wave antenna solutions that surpass traditional ceramic single- and dual-feed technologies.
The innovative materials used provide optimal dielectric properties,achieving maximum bandwidth and efficiency while minimizing size and weight. These materials also exhibit plastic-like behavior, enhancing versatility during manufacturing and making them ideal for complex embedded GNSS applications requiring full coverage.
Our conformal wave solutions offer numerous benefits for GNSS applications:
- Exceptional axial ratio for thorough upper hemisphere coverage across all frequencies
- Consistent phase center variations across all frequencies
- Superior rejection of cross-polarized signals and multipath components at low elevation angles
- Outstanding performance in L-band corrections
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Tailored IoT & GNSS Antenna Solutions
We specialize in crafting custom antenna and RF solutions tailored for a diverse array of UAV and autonomous vehicle applications. Our expert engineering team, spread across three continents, leverages extensive experience to deliver top-tier engineering design and support services.
Utilizing advanced EM simulators, we significantly reduce design life cycles, ensuring rapid project turnaround.Every detail of the electrical design is meticulously considered, from the geometry and material properties of antenna enclosures to the impact of parasitic reactance on PCB traces.
Contact us to discover how we can address your unique RF antenna challenges.
learn more: Tailored IoT & GNSS Antenna Solutions >
durable GPS & GNSS Antennas for Drones & Autonomous Vehicles
Our high-performance,rugged GPS and GNSS antennas deliver multi-constellation coverage,enabling precise positioning capabilities for drones,autonomous ground robots,self-driving vehicles,and Advanced Driver Assistance Systems (ADAS).
Need assistance in selecting the right antenna for your specific GNSS receiver? Check out our antenna selection guide >
Active GNSS Antennas for Military & Defense Applications
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NEW! Rugged MIL-STD-810G compliant GNSS antenna |
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NEW! Rugged active GNSS antenna with screw mount |
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NEW! Embedded military-grade full GNSS antenna |
Learn more: Active GNSS Antennas for Military & Defense Applications >
Single-Band Helical GNSS antennas
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M1575HCT-15A-SMA High-performance helical active antenna for GPS L1 |
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M1575HCT-GN High-performance passive GPS antenna |
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M1575HCT-22P-SMA Rugged passive L1 GPS antenna with SMA connector |
Learn more: Single-Band helical GNSS Antennas >
Dual-Band Helical GNSS Antennas
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M1227HCT-A2-SMA Active rugged antenna for L1/L2 GPS & GLONASS |
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M1227HCT-TNC-G Active L1/L2 GPS & GLONASS antenna with TNC connector |
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M1227HCT-SMA-GN Active GPS & GLONASS L1 & L2 antenna with SMA connector |
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M1516HCT-P-EXT-SMA Helical L1 GPS & GLONASS passive antenna |
Magnetic Mount GNSS Antenna
Active L1 GPS & GLONASS antenna featuring an SMA connector.
Discover more: Explore Dual-Band Helical GNSS Antennas >
Triple-Band Helical GNSS Antennas
Helical GNSS antenna supporting L1, L2, and GLONASS L3 frequencies.
Embedded helical antenna for L1, L2, L5, and L-band frequencies.
High-performance automotive-grade active quadrifilar helix antenna.
Helical antenna supporting L1, L2, L5, and L-band frequencies.
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Advanced helical multi-frequency active antenna.
Discover more: Explore Triple-Band Helical GNSS Antennas >
Single-Band Conformal Wave Antennas
Magnetic-mount active antenna for GPS & GLONASS L1.
Screw-mount active antenna for GPS & GLONASS L1.
Discover more: Explore Single-Band Conformal Wave Antennas >
Triple-Band Conformal Wave Antennas
Embedded active patch antenna for L1 and L2 frequencies.
External active patch antenna for multiple frequencies.
Multi-frequency active GNSS antenna for enhanced performance.
| MEA-GGB-CM This is a multifrequency active antenna designed with a compact connector mount. |
Discover more: Explore Triple-Band conformal Wave Antennas >
