Architecture
Our specialists have extensive experience across architecture‑related domains, including:
1) Building and structure design:
a) 3D models of designed and reconstructed objects;
b) Measured facade drawings and floor plans;
c) Interior and exterior measurements;
2) Urban planning:
a) 3D models of urban landscapes and terrain;
b) Large‑scale digital orthophotos;
c) Thematic maps and plans of urban areas.
3) Landscape architecture:
a) Realistic 3D landscape models;
b) Data preparation for virtual landscape tours.
4) Interior design:
a) 3D interior models at the required scale;
b) Virtual interior models based on panoramic imagery.
Measurements are performed with modern survey instruments. 3D models are created using laser scanning, terrestrial and aerial photography, and photogrammetry.
Terrestrial laser scanning systems are highly effective for creating drawings and 3D models of complex architectural objects and for detailed scanning of historical and architectural monuments.
Main tasks where laser 3D scanning is most effective:
Architectural measurements;
Creation of 2D drawings and 3D models for reconstruction or restoration;
Floor‑plan generation;
Facade surveys;
Detailed scanning for heritage preservation.
Cultural heritage preservation
Modern heritage protection requires not only preserving assets in their original state but also thorough documentation, description, and access for experts and the public. One of the most effective approaches is terrestrial laser scanning of the protected objects. This enables detailed 3D models, multimedia visualization, and analytical and modelling studies. Advantages over alternative documentation methods include non‑contact remote data capture, unmatched model detail, high speed, and broad possibilities for further processing.
Key tasks include:
· Accurate documentation of spatial position before restoration to capture current condition and optimally plan restoration procedures;
· Periodic monitoring of condition via repeated laser scans;
· Periodic capture of finds during archaeological excavations;
· Accurate 3D models for replication;
· Precise measured drawings of monumental heritage objects derived from 3D models;
· Source data for virtual visualization (electronic catalogs, computer tours, virtual restorations);
· Computer modelling to assess stability under environmental impacts and risks of deviation from original condition or destruction.