LiDAR360

Digital elevation models: Creation and analysis of DEMs based on LiDAR data.

Terrain models: Generation of digital terrain models (DTM) and digital surface models (DSM).

Detection of terrain changes: Identification and analysis of terrain changes over different points in time.

3D city models: Creation of detailed 3D models of urban areas.

Construction progress monitoring: Monitoring and documentation of construction projects using regular LiDAR scans.

Automatic classification: Tools for automatic classification of point clouds (e.g. vegetation, buildings, soil).

User-defined classification: Possibility to create user-defined classification rules and categories.

System requirements

• Windows 7 (64 bit), 8 (64 bit), 10 (64 bit) oder 11 (64 bit)
• Minimum 8GB RAM
• Processor: Intel® Core i5 or i7, Dual Core
• Graphics card: NVIDIA GTX970 or higher, video memory min. 4GB

Supported import formats

• Point cloud: Own LiData file (*.LiData), LAS file (*.las, *.laz.), ASCII file (*.txt, *.asc, *.neu, *.xyz, *.pts, *.csv), PLY file (*.ply), *.e57, *.pcd
• Raster: image file (*.tif, *.jpg)
• Vector: vector file (*.shp, *.dxf, *.kml, *.gpkg)
• Table: Table file (*.csv)
• Model: Own LiData file (*.LiModel), Own TIN file (*.LiTin, *.LiBIM, *.LiTree), OSGB model file (*.osg, *.ive, *.desc, *.obj, *.dxf)
• Trajectory: *.out, *.pos, *.txt
• Aero triangulation: (*.Liaep, *.Ligeo, *.Limap, *.p4d, *.prj)

LiDAR technology can capture the surface of the ground and generate high-precision point clouds of the terrain in a short time, enabling fast, cost-effective and large-scale ground measurements.

LiDAR360 can automate the processing of terrain measurement data, obtain accurate information about terrain and landscape features, generate various measurement results and high-precision models required for commercial applications, and provide a wealth of analysis tools to improve the quality and efficiency of terrain surveying.

Engineering surveying

With LiDAR360, the over- and under-excavation of earth volumes can be quickly analyzed and survey sections obtained in real time. This is particularly useful for construction projects where accurate volume calculations and continuous monitoring are crucial.
The software can be used in many areas such as road construction, rail surveying, urban redevelopment and hydraulic engineering.

Comprehensive topographical information

With LiDAR360, you can create high-precision digital elevation models, surface models, contour lines and more based on LiDAR point clouds. The software analyzes terrain slope, slope direction and mountain shadows and performs quality checks on the data results. These comprehensive results fulfill the requirements of terrain mapping and provide support for cross-industry applications. These surveys and data evaluations are very important for road construction and building statics.

LiDAR360, a specialized software for processing LiDAR data, offers advanced features for precise extraction of ground points from LiDAR point clouds. By applying advanced algorithms, LiDAR360 can effectively filter the vegetation and identify the underlying ground points. This accurate extraction is crucial for the creation of reliable terrain models that serve as a basis for various analyses, for example for disaster prevention or mining investigations.

With LiDAR360, important parameters such as terrain inclination and slope direction can be accurately determined. These parameters are particularly useful for cross-section analyses and monitoring terrain changes. By analyzing slope data, for example, areas with an increased risk of erosion can be identified or potential landslides predicted.

Precise segmentation and modeling of vegetation and buildings

LiDAR360 offers functions for segmenting and modeling vegetation and buildings in particular. This means that the software is able to isolate individual trees, groups of trees and buildings and create detailed 3D models of these objects.

Restoration of geographical scenes

LiDAR360 enables the reconstruction of complex geographical scenes and physical replicas at city level. These reconstructions are extremely valuable for a variety of applications in urban planning, environmental monitoring and disaster management.

Supporting 3D design in construction and infrastructure projects

The models and analyses created by LiDAR360 support 3D construction in the real world. This includes construction projects where builders and civil engineers use accurate data and models to plan and monitor the progress of building projects. It also includes infrastructure development, where detailed models help with the planning and maintenance of roads, bridges and utility lines. In addition, realistic 3D models can be used in virtual environments to carry out simulations and training.