High precision 5mm@30m 1000000points/s high frequency LiDAR mobile mapping system HiScan-R with 420m range

HiScan-R is a Riegl LiDAR based, lightweight, high precision 3D mobile LiDAR mapping system which is launched by Wuhan Hi-Cloud Technology Co., Ltd. It integrates modules as 2D laser scanning equipment (LS), satellite positioning module (GNSS), inertial navigation unit (IMU), wheel encoders, panoramic cameras, assembly control module and high-performance board computer, etc..

With the integrated laser scanner and panoramic camera, it can collect point cloud data and panoramic images in real time. It can be installed in cars, beach buggies, ships or other mobile carriers. The production and processing of vector map data, street view data and geographic data can be easily completed during the movement of the carriers.

Application fields of HiScan-R

It is widely used in topographic survey, urban municipal component survey, urban garden survey, traffic survey and design, traffic information survey, street view map service, digital city, waterway and island survey and other fields.

Features of HiScan-R

1. The comprehensive accuracy of HiScan-R lightweight 3D LiDAR mobile mapping system is better than 5cm, and the range accuracy is 5mm@30m. It has ultra-high point cloud accuracy and more accurate point selection.

2. HiScan-R LiDAR mobile mapping system has a million level laser emission frequency. During the high-speed movement of the carrier, it can collect high-density 3D point cloud data and feed back the real information of ground objects.

3. Hi-Cloud doesn't only sell the products themselves, but also provides integrated solutions to customers, and helps customers solve the problems from pre-sales to after-sales timely and accurately.

4. During the high-speed movement of the carrier, HiScan-R LiDAR mobile mapping system can collect high-density 3D point cloud data and feed back the real information of ground objects.

Parameter specification of HiScan-R

Application projects of HiScan-R

1. Internet street view map: HiScan-R lightweight 3D LiDAR mobile mapping system can collect high-definition panoramic photos of the whole city and coordinate information of corresponding acquisition points, provide customers with overall urban 3D real scene data processing and display application scheme.

2. Basic topographic mapping

HiScan-R lightweight 3D LiDAR mobile mapping system can quickly collect all geographical elements of the specified area, and the obtained high-precision data can meet the accuracy requirements of 1:500 topographic map.

3. Urban municipal component survey

HiScan-R lightweight 3D LiDAR mobile mapping system can quickly collect the 3D coordinate information of target features on both sides of the road, accurately and quickly extract and collect urban municipal, urban management components, traffic signs, outdoor advertisements and other features, and publish and apply the extracted and collected results.

4. Urban landscaping survey

HiScan-R lightweight 3D LiDAR mobile mapping system can quickly collect the 3D point cloud data of garden trees on both sides of the road. Through the garden survey software, the geometric information such as tree position, diameter, tree height and crown width can be extracted semi automatically.

5. Highway survey and intelligent transportation

HiScan-R LiDAR mobile mapping system collects 3D laser point clouds on the road and both sides in the process of rapid movement, and can quickly produce road vertical and horizontal sections, strip topographic maps and traffic thematic spatial geographic information data.

6. Digital 3D city

HiScan-R lightweight 3D LiDAR mobile mapping system can quickly scan and obtain urban basic data, directly obtain 3D spatial point cloud data of the scene, corresponding high-definition texture image and panoramic image, and quickly obtain 3D data model through model data fusion technology, which can be widely used in urban geographic information sharing service, urban planning, building management, smart community, smart home and other fields.