Laser scanning · LIDAR · SLAM · Drone · AI
LIDAR laser scanning and photogrammetry
for digital twins, BIM and GIS
A reality capture company based in Madrid, surveying anywhere in Spain. We produce georeferenced point clouds with millimetre accuracy for infrastructure, heritage and building projects — and we run them in English, for clients whose office is somewhere else.
We combine the most advanced capture systems available with artificial intelligence, for results that are faster, more accurate and easier to work with than a conventional survey.
High-volume 3D point cloud capture with latest-generation terrestrial scanners. SLAM systems for continuous walk-through surveys with no set-up between stations. Accuracy down to ±0.02 cm in complex environments.
View serviceAerial surveys flown with LIDAR sensors and high-resolution cameras. Large areas covered at configurable point density, with textured photogrammetric models, orthophotos and terrain models as standard outputs.
View servicePhotorealistic scene reconstruction with Gaussian Splatting, the current state of the art in 3D scene synthesis. Extremely high visual fidelity from imagery or video, ready for web viewers and VR headsets.
View serviceAccurate digital twins built from LIDAR and photogrammetric data. Integration with BIM platforms, GIS and real-time rendering engines, with recapture cycles to keep the twin aligned with the asset over its life.
View serviceAs-built BIM models in Revit, ArchiCAD and other packages, modelled from the point cloud to an agreed LOD. Accurate GIS mapping for urban planning and infrastructure. Delivered in IFC, RVT, DWG, SHP and open formats.
View serviceAn in-house platform for viewing and analysing point clouds, Gaussian Splatting models and BIM data in one place, in the browser. No installation, usable from any device, and shared with your team through a controlled link.
View softwareOur terrestrial LIDAR scanners reach an accuracy of ±0.02 cm under controlled conditions, and better than ±1 mm on precision engineering work. Georeferencing is done with GNSS RTK or by tying into official Spanish survey networks.
Point density, angular coverage and maximum range are configured per project: from a single industrial component to kilometres of linear infrastructure.
Millimetre-accurate point clouds and open delivery formats let us fit into any sector with demanding metric requirements — and into whatever software your own team already runs.
Surveys of historic and contemporary buildings. Heritage documentation, as-built BIM and high-fidelity drawings for restoration and refurbishment projects.
View sectorScanning of bridges, viaducts, tunnels, roads and rail. Structural inspection, deformation monitoring and asset models for predictive maintenance.
View sectorDams, reservoirs, canals, pipelines and treatment plants. High-accuracy models for hydraulic calculation, inspection and water asset management — the niche where most of our reference work sits.
View infrastructurePhotogrammetric and LIDAR drone flights for DTM, DSM and orthophotos: planning applications, flood studies and GIS analysis of the territory.
View sectorScanning of industrial facilities, chemical plants, refineries and factories. Pipework and structural models for maintenance, expansion and as-built documentation of production processes.
View sectorDocumentation of archaeological sites, caves and geological formations. High-density point clouds for stratigraphic analysis, conservation and public interpretation.
Digital twins for the efficient running of buildings and facilities. As-built BIM models kept current for operation, maintenance and refurbishment planning.
Inspection and modelling of wind farms, solar plants, substations and transmission lines. Shading analysis, as-installed verification and documentation for certification.
Every project produces a unique point cloud: millions of measurements that reconstruct the asset as it actually stands. A few recent jobs.
We have built our own viewer that brings point clouds, Gaussian Splatting models and BIM data together in a single web environment. Nothing to install, usable from any device, with per-project access control — which matters when the reviewing team is in another country.
Never seen a point cloud before? Both processes are explained end to end, animated:
The key concepts behind 3D capture, so you can pick the right approach for your project before you brief anyone.
Yes. A large part of our work is delivered for engineering firms, infrastructure operators, heritage bodies and property investors based outside Spain that need an asset captured here. We handle site logistics, permits and local coordinate systems, report in English, and deliver in the formats your own team already uses — so nothing about the project needs managing from abroad except the brief.
3D laser scanning (LIDAR, Light Detection and Ranging) emits laser pulses to measure distances with millimetre accuracy. It produces georeferenced 3D point clouds that document the geometry of buildings, infrastructure or terrain exactly as built. Typical uses are as-built surveys for BIM, structural inspection, digital twin modelling, GIS mapping and heritage documentation.
The difference is the capture method. LIDAR is an active system: it emits laser pulses to measure exact distances, penetrates vegetation and works without daylight. Photogrammetry is passive: it reconstructs 3D from photographs, which is excellent for visual texture but depends on lighting and is less accurate on complex geometry or dense vegetation.
Our drone-mounted LIDAR systems cover large areas quickly. Under good conditions we survey up to 500 hectares per day at a point density above 100 pts/m², producing high-accuracy topography for major infrastructure or urban development schemes.
A terrestrial scanner on a tripod gives maximum accuracy (millimetre) and density, which suits architectural and industrial detail. A SLAM system captures while walking, is up to 10× faster, and is ideal for complex environments, large interiors or sites where occupation time is critical, while still holding accuracy in the 1–2 cm band.
Gaussian Splatting (3DGS) is an AI-based 3D reconstruction technique that represents the scene as millions of volumetric gaussians, producing photorealistic results rendered in real time. Traditional photogrammetry derives point clouds, meshes, DTMs, DSMs and orthophotos from imagery with metric accuracy, but without hyper-realistic visual quality. Gaussian Splatting does not measure; it lets you explore the model at cinematic quality in a web viewer or in VR, which suits presentations for architecture, heritage and property.
Yes. Our technical base is in Madrid, and we scan across the whole of Spain: regular work in Valencia, Barcelona, the Basque Country and Zaragoza, and travel to any other province on a fixed quote that includes mobilisation. Capture usually takes one or two days on site and processing happens in the office, so distance affects neither the programme nor the quality.
Tell us what you need surveyed. We review your case with no obligation and send back a technical and commercial proposal matched to your requirements — in English, working to your project timetable.