Showing 55–63 of 170 results

RTK GNSS Antenna MT-246

The RTK GNSS Antenna MT-246 is a high-precision positioning solution designed for professional scenarios requiring reliable real-time kinematic performance. It supports full-band signal reception from mainstream global satellite navigation systems (GNSS), including Beidou, GPS, GLONASS, and GALILEO, ensuring stable capture of high-quality signals to achieve centimeter-level positioning accuracy.
Built with advanced anti-interference technology, the antenna features a built-in low-noise amplifier (LNA) and multi-stage filters, which effectively suppress out-of-band interference and reduce signal attenuation—even in harsh electromagnetic environments such as complex urban canyons or remote outdoor work areas. Its compact, lightweight structure and easy-to-install design enhance usability, making it ideal for integration into land surveying equipment, precision agriculture machinery, unmanned aerial vehicles (UAVs), and marine navigation systems, as well as other professional devices demanding high reliability and positioning precision.

RTK GNSS Antenna MT-246B

The RTK GNSS Antenna MT-246B is a high-performance satellite navigation antenna tailored for precision positioning scenarios. It integrates advanced RTK (Real-Time Kinematic) technology with broad GNSS compatibility, delivering exceptional positioning accuracy, high signal gain, and strong anti-interference capabilities—critical for applications demanding real-time, reliable location data.
Featuring a compact, durable design, the antenna utilizes UV-resistant PC material and ultrasonic sealing technology, ensuring robust performance against harsh environmental factors like intense sunlight, extreme temperatures, and moisture. Its magnetic base enables quick, secure installation on various surfaces, enhancing usability across different work sites.

RTK GNSS Antenna MT-256

The RTK GNSS Antenna MT-256 is a high-performance precision positioning antenna engineered to deliver reliable, real-time kinematic (RTK) capabilities for professional navigation and surveying needs. Designed to support full GNSS multi-system compatibility, it ensures stable signal reception across major satellite constellations, complemented by key attributes including high gain, exceptional sensitivity, and robust reliability—all packaged in a compact, miniaturized form factor that suits space-constrained installation scenarios.
Built for durability, the MT-256 adopts UV-resistant PC material and ultrasonic sealing technology, equipping it with strong resistance to sunlight exposure, high temperatures, and harsh environmental elements. A integrated magnetic base at the antenna’s bottom enables quick, secure attachment to metal surfaces, simplifying setup and enhancing flexibility across different work sites.

RTK GNSS Antenna MT-256/256B/256C

The RTK GNSS Antenna series, including models MT-256, MT-256B, and MT-256C, is engineered for high-precision satellite navigation applications, integrating multi-constellation support, multi-frequency reception, and robust performance. Designed to deliver exceptional signal stability and accuracy, these antennas feature high gain, excellent sensitivity, and broad compatibility with various RTK GNSS receivers—ensuring reliable operation across diverse scenarios.

RTK GNSS Antenna MT-256B

The MT-256B is a high-performance RTK (Real-Time Kinematic) GNSS antenna tailored for precision satellite navigation tasks, leveraging multi-constellation and multi-frequency reception capabilities to deliver exceptional positioning accuracy. Engineered with key attributes including high gain, superior signal sensitivity, and broad multi-system compatibility, this antenna ensures stable and reliable data transmission when paired with a wide range of RTK-enabled satellite navigation receivers—effectively meeting the rigorous demands of professional users.

RTK GNSS Antenna MT-256C

The MT-256C is a high-precision RTK GNSS antenna engineered to deliver reliable satellite navigation performance, with dedicated support for multi-constellation reception and optimized signal processing to ensure accurate positioning. It stands out with key attributes: high gain for strong signal capture, a compact (miniaturized) design for flexible installation, excellent sensitivity to lock onto weak signals, broad multi-system compatibility, and robust reliability—all tailored to meet the strict demands of professional users.

RTK GNSS Antenna MT-266

The RTK GNSS Antenna MT-266 is an advanced high-precision positioning component tailored for dynamic and industrial-grade applications, including drone surveying, vehicle-mounted navigation, and outdoor IoT monitoring. Engineered with dual-frequency (L1/L5) reception and multi-constellation compatibility (GPS, BeiDou, Galileo, GLONASS), it delivers centimeter-level RTK positioning accuracy (1cm+1ppm in open skies) with rapid convergence speeds, even in signal-challenged environments like urban canyons.

RTK GNSS Antenna MT-266/266B/266C

The RTK GNSS Antenna MT-266/266B/266C series represents a versatile lineup of high-performance satellite navigation solutions, unified by their multi-constellation (GPS, BeiDou, Galileo, GLONASS) and multi-frequency capabilities. All models deliver reliable centimeter-level positioning accuracy, boast broad compatibility with various satellite navigation receivers, and feature user-friendly designs—including magnetized bases for easy attachment and UV-resistant PC construction (enhanced via ultrasonic technology) for sun-proof, high-temperature tolerance in harsh outdoor conditions.

RTK GNSS Antenna MT-266B

The RTK GNSS Antenna MT-266B is a high-performance, multi-constellation (GPS, BeiDou, Galileo, GLONASS) and multi-frequency satellite navigation solution, engineered to deliver reliable centimeter-level positioning accuracy for professional applications. It integrates key strengths including high gain, compact miniaturization, and exceptional sensitivity—ensuring stable signal reception even in moderately challenging environments like near-coastal or rural survey sites.