Case Studies
The implementation of lidar technology has brought about a significant change in various industries and applications, ranging from environmental monitoring to autonomous vehicles. Our case studies feature the hardware and software solutions that have been utilized in different fields, emphasizing their advantages and influence. Explore how lidar is transforming the landscape of technology and innovation.
3D Laser Scanning Empowers Geological Disaster Investigation Applications
As an emerging measurement method, airborne laser surveying technology has a unique " multi-echo " technology that can penetrate gaps in vegetation to reach the surface, truly depict landform features, and quickly construct high-precision topography, which is beneficial to forest areas, Conduct investigation, and risk assessment research on landslides, collapses, debris flows and other local disasters in areas with dense vegetation such as mountainous areas.
Utilizing LiDAR360's Biomass Feature for Accurate Tree Measurement
LiDAR360's Biomass feature proves to be an invaluable asset in accurately measuring the mass or timber volume of trees within any sample plot. The successful case study in Berkeley demonstrates the precision and efficiency provided by this feature. By leveraging the advanced technology of LiDAR360 and our vast collection of Biomass models, professionals like yourself can effortlessly calculate biomass and elevate their research or forestry management endeavors to new heights.
.png)
LiDAR360 Tunnel Modelling Solution: 10 times more efficient and high-quality results!
Using LiGrip to quickly collect field data + LiDAR360 to automatically build a 3D model has many advantages over traditional methods, such as high accuracy, high efficiency, and inclusion of 3D features. Taking a 1,000-meter-long tunnel as an example, using the traditional measurement + floor plan method requires 2 to 3 people in the field and 1 person in the office to carry out the operation. One station is laid out every 10 meters. It takes about one day in the field and the results are only displayed with 2D features. Using LiGrip to collect data requires only one person to start the work, complete the collection in 20 minutes, and complete the data processing in 30 minutes.The result data can be further improved and analyzed with tools including remove outliers and extract tunnel points with one click in the LiDAR360 software.
Volume Measurement of Mining Truck Sand Material Based on LiGrip H300
LiDAR360 is a laser radar point cloud data processing and analysis software developed by Digital Green Earth. It features over 10 advanced point cloud data processing algorithms and can handle more than 300GB of point cloud data simultaneously. The platform includes a range of vector editing tools and automatic point cloud classification capabilities.
The volume change analysis function in LiDAR360 allows for the calculation of fill and cut volumes based on two sets of point cloud data using a model or a plane as reference.
.png)