GNSS Receiver
Showing 172–180 of 225 results
RTK GNSS Antenna MT-6020
The RTK GNSS Antenna MT-6020 emerges as a next-generation precision positioning solution, engineered to meet the rigorous demands of professional fields requiring superior signal reliability and versatile compatibility, including large-scale land surveying, infrastructure construction, precision livestock farming, and industrial UAV inspection. Built to support full-spectrum GNSS constellations—covering GPS (L1/L2/L5), Galileo (E1/E5a/E5b), BeiDou (B1I/B2I/B2a), and GLONASS (G1/G3)—this antenna excels at capturing weak or scattered signals, ensuring stable positioning even in extreme environments such as high-rise urban canyons, remote mountainous areas, or industrial zones with heavy electromagnetic interference.
RTK GNSS Antenna MT-6020G
The RTK GNSS Antenna MT-6020G represents an enhanced precision positioning solution, built upon the proven performance of the MT-6020 while adding targeted upgrades to meet the evolving needs of professional applications like large-scale infrastructure surveying, smart city construction, precision agriculture (including automated irrigation), and industrial UAV-based asset monitoring. It retains full compatibility with global GNSS constellations—covering GPS (L1/L2/L5), Galileo (E1/E5a/E5b), BeiDou (B1I/B2I/B2a), and GLONASS (G1/G3)—and further integrates enhanced signal amplification technology to capture extremely weak signals, ensuring stable positioning even in ultra-challenging environments such as deep urban canyons, dense forest canopies, or industrial areas with intense electromagnetic interference.
RTK GNSS Antenna MT-603
The RTK GNSS Antenna MT-603 is a high-performance positioning solution engineered for precision-driven satellite navigation applications. As a advanced multi-constellation, multi-frequency antenna, it delivers exceptional signal sensitivity and stability, enabling centimeter-level positioning accuracy that meets the rigorous demands of professional users. Compatible with a wide range of RTK receivers, the MT-603 features a compact, lightweight design that facilitates seamless integration into diverse devices—including UAVs, handheld terminals, and small-scale surveying equipment. Its robust construction ensures reliable operation in harsh environmental conditions, while its versatile compatibility extends its utility across civilian fields such as geodetic surveying, precision agriculture, and marine navigation, as well as specialized military scenarios when meeting specific application criteria.
RTK GNSS Antenna MT-700
The RTK GNSS Antenna MT-700 is a high-performance positioning antenna tailored for professional satellite navigation scenarios requiring exceptional precision. Engineered as a multi-constellation (four-star) full-band solution, it delivers outstanding signal reception sensitivity and stability, laying a solid foundation for centimeter-level positioning accuracy—critical for meeting the strict demands of advanced field operations.
With broad compatibility across various receivers, the MT-700 features a compact and lightweight design, enabling flexible integration into diverse devices such as UAVs, handheld terminals, and small-scale RTK surveying equipment. Its robust structural design ensures reliable operation even in harsh environmental conditions (e.g., extreme temperatures, humidity, or vibration). Beyond civilian applications like geodetic surveying, precision agriculture, and marine navigation, it can also be deployed in military fields when specific application requirements are satisfied, further expanding its utility across professional sectors.
RTK GNSS Antenna MT-7112
The RTK GNSS Antenna MT-7112 is a cutting-edge precision positioning solution engineered for high-stakes professional scenarios, including large-scale geospatial surveying, high-speed rail construction, precision greenhouse agriculture, and industrial-grade UAV power line inspection. It sets itself apart by supporting an expanded range of GNSS bands—covering GPS (L1/L2/L5), Galileo (E1/E5a/E5b/E6), BeiDou (B1I/B2I/B2a/B3I), and GLONASS (G1/G3)—along with advanced multi-path mitigation technology, which enables it to capture and process signals with exceptional clarity even in ultra-complex environments like dense urban cores with tall skyscrapers, thickly wooded mountainous regions, or industrial zones with heavy electromagnetic clutter.
RTK GNSS Antenna MT-770
The RTK GNSS Antenna MT-770 is a high-performance positioning solution tailored for precision-oriented real-time kinematic (RTK) applications. It supports full-band signal reception across four major GNSS constellations—including GPS, BDS, GLONASS, and Galileo—ensuring stable and accurate positioning even in challenging environments like urban canyons, remote farmlands, or coastal areas.
Boasting core features such as high gain, low VSWR, strong anti-multipath interference, and a compact, durable design (crafted with UV-resistant materials for long-term outdoor use), the MT-770 offers broad compatibility with most standard satellite navigation receivers. It is widely applied in key fields including land surveying, precision agriculture, waterway mapping, and marine surveying, while also being adaptable to military positioning scenarios when meeting specific application requirements, making it a versatile choice for both civilian and specialized high-precision tasks.
RTK GNSS Antenna MT-800
The RTK GNSS Antenna MT-800 is a professional-grade positioning component engineered for high-precision real-time kinematic (RTK) applications. It supports full-frequency signal reception across four key GNSS constellations—GPS, BDS, GLONASS, and Galileo—delivering stable and accurate positioning performance even in complex environments like urban canyons, densely vegetated areas, or coastal regions.
Featuring high gain, low standing wave ratio (VSWR), strong anti-multipath interference, and a compact, durable design (crafted with UV-resistant PC material for long-term outdoor reliability), the MT-800 offers broad compatibility with most standard satellite navigation receivers. It is widely applied in critical fields including geodetic surveying, precision agriculture, waterway mapping, and marine surveying, while also being adaptable to military positioning scenarios when meeting specific application requirements—making it a versatile solution for both civilian and specialized high-precision tasks.