Generally, we focus on a repeatable project that we can scan in one day or less, process the data overnight, then quality control and package the deliverable the next day for presentation back to you. Essentially a 36 hour project end-to-end is our sweet spot. While there is discovery as a prerequisite, our goal is to provide quick, accurate, repeatable "24 hour" turnarounds that you can rely on for the duration of your project.

We use a combination of photogrammetry, LiDAR, and thermography based gear to capture data from fixed, mobile and aerial positions. In other words, we select from tripod mounts, SLAM units, and drones equipped with the right cameras for the right job.

We capture full structure interiors, entire structure envelopes including façades and roofs, towers, bridges, and surrounding site terrain. Interior and exterior data are merged into a unified model used for the purpose you desire.

Our focus is on Architectural, Engineering, Construction, and Heritage customers. 

Photogrammetry projects can reach into 1.000's of photos in a single structure. The processing time to convert to 3D Mesh, Point Cloud, Gaussian Splatting can take up to 24 hours. Quality control and verification of data can extend this lead time, but we have designed our process to operate 24 hours per day meaning your deliverable can still arrive within 24 hours after data capture.
LiDAR projects usually take much less time due to the way our LiDAR equipment captures data, the native data format coming from the equipment and how little time that data takes to process. In short, LiDAR projects take less time and as a result, cost less money.
Thermography projects fall into a similar category as LiDAR.

A digital twin is a highly accurate virtual representation of a physical building, site, or asset created using technologies such as LiDAR scanning, photogrammetry, thermal imaging, and 360° photography. Digital twins allow architects, engineers, facility managers, and property owners to inspect, measure, and analyze real-world spaces remotely.

LiDAR uses laser measurements to capture precise geometry and dimensions. Photogrammetry uses overlapping photographs to reconstruct a 3D model. LiDAR is generally preferred for accuracy and complex geometry, while photogrammetry excels at producing realistic visual models and textures.

Depending on the capture method and project environment, our deliverables can achieve centimeter-level and, in some situations, sub-centimeter accuracy. Accuracy requirements are discussed before every project to ensure the selected workflow meets the intended use.

Most projects are delivered within two business days after data capture. Larger or more complex projects may require additional processing time.

Yes. Our outputs are designed to support architectural design, engineering analysis, construction planning, renovation projects, heritage preservation, inspections, and facilities management.

Typical deliverables include:

• Point clouds (.LAS, .LAZ, .E57)
• 3D meshes
• Orthomosaics
• Gaussian Splats
• 360° virtual tours
• Thermal maps
• High-resolution imagery

Yes. Reality capture is particularly valuable for heritage sites because it preserves a detailed digital record while minimizing physical intervention.

Gaussian Splatting is a modern 3D reconstruction method that creates highly realistic digital environments optimized for web visualization and stakeholder presentations.

In many cases, no. Most scanning activities can occur while facilities remain operational, reducing project disruption.

Every project is unique. Pricing depends on the size of the site, the capture methods required, travel requirements, and the deliverables requested. We provide a clear quotation before work begins so you know exactly what to expect.

Yes. We combine aerial and ground-based capture technologies to create complete digital models of buildings, campuses, industrial sites, and infrastructure.

La Vila 3D is based in Catalunya and serves clients throughout the region. Depending on project requirements, we may also support projects elsewhere in Spain and Europe.

Yes. Digital twins, 360° imagery, and accurate 3D models allow project teams to remotely review conditions, take measurements, and collaborate without repeatedly returning to the site.

Our services support architecture, engineering, construction, heritage preservation, facilities management, property development, real estate marketing, tourism, and industrial operations.

Depending on the deliverable and capture method used, accurate measurements can often be extracted directly from the digital model, reducing the need for additional field visits. This includes distance, area, volumetric, and thermal measurements.

An orthomosaic is a high-resolution aerial map created by combining many overlapping photographs. Unlike a standard photo, it is geometrically corrected so distances and features can be measured accurately.

Yes. Our reality-capture data can be used as a foundation for Building Information Modeling (BIM) workflows, helping design teams work from accurate existing conditions.

We can capture anything from a single room or building to large properties, estates, infrastructure corridors, industrial facilities, and development sites.

A point cloud is a collection of millions of measured points in three-dimensional space. Point clouds are often used as the foundation for digital twins, CAD models, BIM projects, and detailed spatial analysis.

Yes. Rain, strong winds, poor visibility, or certain lighting conditions can impact some capture methods. When necessary, we adjust scheduling to ensure the highest quality results.

Thermal scanning helps identify heat loss, moisture intrusion, insulation deficiencies, electrical anomalies, and other conditions that may not be visible to the naked eye.

Reality capture provides a permanent, measurable digital record of existing conditions. This improves accuracy, reduces repeat site visits, supports collaboration, and helps teams make decisions with greater confidence.