Creating modeled objects from your point cloud data to bring new efficiency and utility to all your 2D and 3D projects.

Unmatched versatility and performance help make Leica Cyclone MODEL the industry’s most popular standalone software for analysing rich point cloud data and converting the data into deliverables.
Cyclone MODEL boasts powerful visualisation and point cloud navigation plus the industry’s most complete tool set for modeling and survey workflows. These tools can be applied to 3D projects spanning applications in engineering, construction, asset management, heritage, forensics, and other areas.
Cyclone MODEL provides unmatched office productivity, automating many time-consuming tasks. Cyclone MODEL reflects the data quality and accuracy advantages that users worldwide expect from Leica Geosystems.

Features And Benifits

Scripting functionality
Direct import of Leica HDS and Leica Pegasus project data, including mobile trajectories and imagery
Direct import of Dot Product *.dp files
Batch import and auto image-to-scan alignment for iSTAR, Spheron, and Nodal Ninja external camera workflows
Advanced image-to-scan texture mapping options with complete HDR Tone Map Editor
Multiple, fast, convenient visualisation modes.
Fly Mode for smooth, 3D fly-through navigation, including 3D mouse support
Full support of publishing and reading of LGS (Leica Geosystems’ universal project files). LGS files are fully supported by all Leica Geosystems laser scanning / HDS software products. All your digital reality data, anywhere.
Support for BLK360 IR imagery, including per-point temperature picking
Support for Cyclone FIELD 360 pre-registered projects
Support for RTC360 Visual Inertial System (VIS) links

More efficient site planning and scheduling
More efficient hand-offs between steps in the construction stage
Real-time cost visualization
Simplified cost analysis
Reduced energy consumption in the long run
Better operational management of the building or structure after handover
Building information modeling (BIM) is an intelligent software modeling process that engineers, contractors, and architects can use to collaborate on a building’s design, construction, and operation. It’s more than just a model. It’s a process of collecting and managing data throughout a building’s entire life cycle.
BIM encompasses not only geometry and spatial relationships, but it also documents building features, such as specific information about the type of materials used, the quantity used, and how those characteristics impact the building as a whole. BIM can be thought of as a database of information ranging from project materials and cost – to the 3D model after construction – to operation of the facility. This information can be used to actively manage a project every step of the way.

Scan to BIM is the process of digitally capturing a site with a 3D laser scanner and using the data to create a BIM model.