Showing 10–18 of 22 results
The HTS-820 Heavy-Duty Aluminum Tripod delivers superior stability, durability, and precision for all surveying and construction measurement tasks. Built with reinforced aluminum legs, quick-release clamps, and a pointed base for firm ground penetration, it supports total stations, GNSS receivers, laser scanners, and other high-precision instruments on any terrain.
The iBoat BS12 Android-Powered Multi-Function USV is a high-performance autonomous survey vessel engineered for bathymetry, ADCP current profiling, side-scan imaging, water quality monitoring, and hydrographic mapping. Featuring a carbon fiber/Kevlar hull, millimeter-wave radar, GNSS+IMU sub-meter navigation, 360° camera, dual-channel control (2.4G & 4G), and powerful onboard processing, it delivers unmatched stability, efficiency, and accuracy for marine and inland water survey missions.
The iHand55 Professional Field Controller is a rugged, high-performance Android 11 surveying handheld built for demanding fieldwork. Featuring a 5.5-inch sunlight-readable touchscreen, QWERTY keyboard, 4G connectivity, GNSS support, optional laser rangefinder, and a powerful 9200mAh battery, it delivers speed, precision, and all-day reliability for surveyors and GIS professionals.
The Hi-Target iRTK5 GNSS RTK System is a next-generation, 1408-channel full-constellation receiver engineered for high-precision surveying, mapping, and construction layout. Featuring a powerful GNSS engine, 360° omni-directional radio antenna, tilt-survey IMU, and Hi-Fix technology, the iRTK5 delivers fast initialization, superior anti-interference performance, and continuous centimeter-level accuracy—even during correction signal outages. Rugged, reliable, and designed for extreme environments, it is a professional-grade RTK solution for surveyors seeking unmatched speed, stability, and field productivity.
The iSpray S150 Spraying Control System is an intelligent, precision agriculture solution designed to deliver highly accurate spraying while reducing chemical waste. With GNSS-guided auto-steering, ±3% spray accuracy, multi-section control, and real-time digital spray logs, it helps farmers achieve consistent coverage, improved efficiency, and lower operating costs across any field or sprayer type.
The Hi-Target MS401 GNSS Monitoring Receiver is a compact, IP68-rated, high-precision system designed for real-time geohazard, slope, mine, bridge, and reservoir monitoring. With 1408 channels, multi-constellation GNSS support, built-in MEMS sensor, intelligent communication (4G/NB-IoT/LoRa), and ultra-low ≤2.6W power consumption, it delivers reliable, stable, and continuous deformation monitoring in harsh field environments.
The Hi-Target V200 GNSS RTK Receiver is a lightweight, full-constellation GNSS solution engineered for fast, precise, and reliable surveying in any environment. With 1408 tracking channels, advanced IMU tilt compensation, 24-hour battery life, built-in UHF radio, and IP68 durability, the V200 delivers high-performance RTK positioning and exceptional field productivity—all in a compact, ultra-portable design.
The Hi-Target V30 Plus GNSS RTK Receiver is a compact, full-constellation 1408-channel RTK system engineered for high-accuracy surveying, fast initialization, and reliable field performance. It comes with advanced tilt compensation, Hi-Fix technology, built-in UHF radio, intelligent Linux system, seamless 4G/WiFi/Bluetooth connectivity, and up to 18 hours of operation, the V30 Plus delivers precise, stable, and efficient GNSS positioning even in challenging environments.
The Hi-Target V500 GNSS RTK Receiver is a compact, lightweight, and ultra-efficient surveying system designed for high-precision mapping, engineering layout, and construction stakeout. Equipped with a 1408-channel GNSS engine, upgraded IMU, advanced RTK algorithms, and a professional starlight camera for low-light AR stakeout, the V500 delivers fast fixes, centimeter accuracy, stable performance, and 24-hour battery endurance—making it ideal for field surveyors who need reliability, mobility, and precision.