GNSS Positioning & Heading Receivers
Explore high-precision GNSS positioning and heading receivers designed for machine control, smart construction, marine and hydrographic surveying, GNSS monitoring, CORS/reference stations, autonomous platforms, robotics, precision agriculture, and special vehicle applications. These rugged systems support stable RTK positioning, dual-antenna heading, full-band satellite reception, flexible connectivity, and reliable integration with external antennas, sensors, control systems, and monitoring software.
4 products
PozStar
PozStar Q2-200 GNSS Receiver – Dual-Antenna High-Precision Receiver for Smart Construction and Marine Surveying
PozStar Q2-200 GNSS Rover Set offers full-band satellite reception with high-precision positioning and dual-antenna heading technology. Designed for marine, river, and smart construction projects, it delivers stable real-time data and exceptional reliability under extreme field conditions.
PozStar
PozStar Q2-100 GNSS Receiver – Precision Positioning for Agricultural Machinery and Auto-Steering Systems
PozStar Q2-100 is a compact, high-performance GNSS Rover Set built for smart agriculture applications. With full-band satellite signal tracking, 1408 channels, and centimeter-level precision, this system enhances route planning, automation, and field efficiency. Built tough with an IP67-rated aluminum housing.
PozStar
PozStar Q2 GNSS Receiver – 1408-Channel High-Precision GNSS with PPP and Full-Band Satellite Reception
PozStar Q2 GNSS Rover Set delivers high-precision positioning with full-band satellite reception, real-time monitoring features, and rugged IP67-rated design. Built for GNSS monitoring, autonomous systems, and industrial applications in harsh environments.
PozStar
PozStar Q1 GNSS Receiver – High-Precision RTK with IMU Dead Reckoning (DR) Function
PozStar Q1 GNSS Rover Set with IMU and DR function ensures high-precision positioning in challenging environments like urban canyons and tunnels. Built for reliability with a rugged aluminum housing and real-time Web UI control.