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The SinoGNSS DS3-SN36 is an automatic (self-levelling) optical level used to establish and check horizontal reference lines during levelling surveys.

It is mainly aimed at high-precision measurement of construction projects, mines, roads and bridges, etc. Easy to operate, clear imaging, Waterproof f..

The SinoGNSS E300 is a quadcopter mapping drone built around ComNav's K8 RTK/PPK GNSS module, giving centimeter-level photo positioning without ground..

The SinoGNSS E300 with the C50 camera option uses the same RTK/PPK-equipped mapping airframe as the base E300, but is fitted with ComNav's higher-spec..

This SinoGNSS-branded electric steering wheel is the actuator module of ComNav's autosteer kit, mounting onto the tractor's steering column to physica..

A single-beam echo sounder console and transducer set up for depth measurement during hydrographic survey work.

The SinoGNSS HYD600M is a multi-beam echo sounder used in hydrographic surveying to measure underwater depth across a wide swath in a single pass.

LiDAR360 MLS (Mobile/Handheld Laser Scanning) is a point-cloud processing package used to post-process data captured by mobile and backpack scanners s..

The SinoGNSS H600 is an airborne LiDAR system mounted on a drone or aircraft, used to capture dense, accurate 3D point-cloud data of terrain and struc..

The backpack kit turns the LS300 into a wearable mobile mapping rig for walking surveys outdoors. It's roughly 33x26x16cm, weighs about 2.21kg, uses a..

This roof/vehicle mount kit attaches the LS300 laser scanner to a car for fast mobile scanning of roadside infrastructure and corridors. It measures r..

This mount kit lets the SinoGNSS LS300 3D laser scanner pair with a DJI Matrice 300 drone for aerial LiDAR mapping. It's built from aviation-grade alu..

This is the full-kit configuration of the SinoGNSS LS600 handheld 3D laser scanner, bundled as a 32-line unit with a 120-metre working range for corri..

The LS600 whole set (16-line, 120m range) is a handheld SLAM+RTK LiDAR laser scanner used for rapid 3D point-cloud capture.