Avanced 3D data

We specialize in the collection and processing of advanced 3D data. We are able to offer flexible solutions that meet both their technical and economic requirements.

Precise data analysis
High dimensional precision
Complex data collection
Customised solutions
Professional team

We offer our clients comprehensive data collection and, above all, advanced 3D data processing. By combining photogrammetry (aerial, terrestrial, and underwater), laser scanning, GNSS, terrestrial surveying, and echo sounding, we create highly detailed and photorealistic models precisely positioned within coordinate systems.

We verify data accuracy using independent, authorized control methods. We are capable of processing objects ranging in size from decimeters up to kilometers.

Data collection and interpretation are always adapted to the specific needs of our clients. We provide both highly detailed and precise data, as well as economical options that meet the required quality for each customer’s needs.

Our team was involved in some of the largest projects in Europe, such as the new mining level in the world's largest underground iron mine in Kiruna, the Stockholm bypass tunnel, Varberg tunnel or Haga Gothenburg. We provide services ranging from the creation of geodetic networks, excavation management, detailed documentation, volumetric calculations and geotechnical monitoring to the delineation and documentation of process equipment.

We are not afraid of darkness, damp, cold polar nights or the strict legislation and regulations in force in European markets. We are aware of our responsibilities and at the same time we dare to take on really big and complex projects because we have the education, experience and top-notch equipment. And if we need consultation in related fields, we have an established network of professionals to turn to.

References References Our Services

Data collection methods

UAS systems (Aerial drones)

We utilize drones equipped with advanced cameras and technologies such as LiDAR, enabling fast and safe terrain capture from multiple angles. The result is detailed 3D models, orthophotos, and precise elevation data, which support land planning and management, terrain mapping, landscape monitoring, and forestry inventory.

Drones also facilitate the inspection of hard-to-reach infrastructure—such as bridges, rooftops, and power lines—without the need to expose personnel to risky conditions. Regular aerial surveys of construction projects simplify site management and promote efficient resource planning.

Our solutions are also applied in environmental monitoring, the gaming industry, and professional virtual reality content creation.

Photogrammetry

LiDAR Scanning

Infrastructure Inspection

3D Modelling

Mapping

VR and gaming industry

ROV (Underwater Drones)

Underwater drones can safely and efficiently collect data on the topography of the bottom, the condition of bridge piers, dams, pipelines, flooded tunnels or underwater cables. They can create detailed 3D models and documentation even in locations that are inaccessible or risky for conventional surveying methods.

In combination with aerial drone data, it is possible to create complex spatial models of coastal and aquatic areas.

For underwater and deepwater data mining, we work with UWPS company specialising in working and saturation diving in the EU and UK. Technical capabilities and specifications of the ROV 500 drone can be found here

Control of infrastructure

Archaeological survey

Mapping the coastline

Inspection and maintenance of ports

3D data usage

Data obtained from drones is used to create accurate 3D terrain and surface models, orthophotomaps and coordinate points, which are essential for construction planning, spatial development and monitoring changes in the landscape.

Thanks to easy integration into GIS systems, they enable efficient data analysis and visualization, which greatly facilitates decision-making in technical and strategic projects.

Digital Terrain Models

Ortophotomaps

Digital Surface Models (DSM)

Georeferenced points and control points

Change analysis

GIS Integration

See all references

Examples of 3D data use

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"In our industry, top quality is often not visible at first glance. It involves analysis of input parameters and the right choice of measurement technology while maintaining all accuracy and safety requirements."

David Žďánský

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0,5 mm

Relative accuracy of 3D model

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3km²

The area covered by our largest model

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1 km

The tunnel height we measured to create the 3D model

Precize measuring you can build on ™

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