Description
Leica Cyclone 3DR is an advanced reality capture software platform that transforms point cloud data into actionable 3D deliverables for surveying, construction, engineering, inspection, mining, and infrastructure applications. As part of the Leica Cyclone reality capture ecosystem, Cyclone 3DR streamlines the workflow from data acquisition through analysis, modeling, inspection, and reporting, enabling professionals to extract meaningful information from laser scans quickly and efficiently.
Designed to work with data from terrestrial laser scanners, mobile mapping systems, UAVs, and photogrammetry solutions, Cyclone 3DR combines powerful automation with intuitive workflows to simplify complex point cloud processing tasks. Users can clean, classify, model, mesh, inspect, and compare reality capture data against CAD and BIM models while generating professional reports and deliverables.
The software includes specialized workflows for construction verification, deformation analysis, volume calculations, stockpile measurement, tunnel and roadway analysis, tank inspection, floor flatness and levelness assessment, and BIM-to-reality comparisons. Advanced AI-powered classification and automated extraction tools further reduce processing time and improve productivity.
Cyclone 3DR integrates seamlessly with the Leica Cyclone software family, including Cyclone FIELD 360, Cyclone REGISTER 360 PLUS, Reality Cloud Studio, and CloudWorx, providing a complete field-to-finish reality capture workflow.
Key Features
- Point cloud cleaning, classification, and management
- Automated 3D modeling and mesh generation
- CAD and BIM comparison workflows
- Construction progress monitoring and quality control
- Surface, volume, and stockpile analysis
- Tunnel, roadway, and infrastructure inspection tools
- Tank inspection workflows compliant with API standards
- AI-powered point cloud classification
- Automated reporting and deliverable creation
- Support for industry-standard formats including E57, IFC, DXF, STEP, OBJ, STL, and LAS/LAZ
