Fly through your site in true 3D
Photorealistic reality capture for design, heritage, marketing and more
Photorealistic reality capture for design, heritage, marketing and more
Architectural-grade quality processed to photography standards, move where you want, focus on what matters.
Architectural-grade quality processed to photography standards, move where you want, focus on what matters.
You are guaranteed....
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Photorealistic 3D
A cutting-edge Gaussian Splat model handles light and fine detail, so facades, glass walls, reflections, textures, and fine elements are all rendered true to life.
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Freedom to explore
Move like a person (first-person) or orbit like a drone. You can add measurements, place annotations, and run live-guided reviews with your team.
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Works with your setup
Host on the web, keep it on your intranet, or run the model offline for secure environments, trade shows and presentations.
What is a 3D model?
A 3D model is a photographic reconstruction of your building that captures the space in three dimensions. Unlike traditional photography or video that shows fixed viewpoints, or 360° virtual tours where you move between set panorama positions, a 3D model lets viewers navigate freely, moving in any direction and exploring from any angle.
We create 3D models using two methods:
Gaussian Splatting & Photogrammetry Mesh.
Gaussian Splatting
3D Gaussian Splatting (3DGS) is a revolutionary technology that rebuilds real-world spaces with exceptional realism and depth. The process starts with capturing thousands of high-resolution images by drone or ground camera.
These images are processed by specialised software that generates a detailed 3D model of the environment. This creates millions of tiny paint-stroke-like objects, called 'splats', each carrying colour, transparency and light information taken directly from the photographs.
3DGS prioritises photo-realistic views and light rather than accurate measurement. This means you can have a 3D model that looks exactly like a photo or video.
More information about 3DGS can be found in the blog linked below.
Photogrammetry Mesh
Alongside Gaussian Splatting (3DGS), we can also provide traditional mesh models. Mesh is well established in architecture, survey, and construction as the standard method for 3D capture. Unlike 3DGS, mesh models have defined geometry so they're dimensionally accurate to their real-life counterparts and they can be used where exact measurement matters.
While mesh models can look great, they can struggle with very fine detail such as vegetation, wires, and complex thin structures. Transparent surfaces like windows and glass facades can also be problematic. 3DGS handles these challenges well, recreating fine detail and transparent surfaces more faithfully.
The good news is that both methods use the same dataset (the collection of photos and other data captured on site), so either can be created and used for their appropriate situation.
Concerned about drone regulations?
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From January 2026, we're permitted by the CAA to operate Class C2 drones such as the DJI Matrice 4E. These newer, dedicated mapping drones are capable of producing highly detailed and accurate models.
The C2 rating allows a separation distance as low as 5 metres from the public (uninvolved people), meaning we can capture closer to buildings, in tighter spaces, and near occupied areas.
There is a deeper explanation in my blog post below; alternatively, get in contact and we will talk through a plan that works for you and your project.
Where 3DGS excels
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Context and setting
Capture how a building sits in its setting. Useful for public engagement, records of significant sites, at risk buildings and showing large estates or complex design.
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Marketing and engagement
Because 3DGS is photo-realistic, models can replace or supplement still images and drone video for marketing and presentations
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Faster reviews
Stakeholders can stand anywhere in the model and view from the exact angle they care about, which speeds up decisions.
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Training and safety
Mark detailed hazards, routes, or procedures directly inside the model so people learn in the real context.
Where Mesh excels
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Measurement & accuracy
Dimensionally accurate geometry that can be measured, scaled, and verified against real-world dimensions. Essential for surveys, planning, and design.
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CAD & BIM integration
Export directly to design and construction software. Mesh models slot into existing workflows without conversion or guesswork.
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Construction progress
Capture site conditions at key milestones with measurable data. Compare phases, verify quantities, and feed into project management tools.
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Archival & compliance
Create a permanent geometric record for heritage documentation, insurance, condition surveys, or regulatory sign-off.
What makes your model different?
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Realism & Accuracy
Gaussian splatting renders light, reflections, and fine detail smoothly. Mesh models are accurate and intergrate into other workflows and software.
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Best of both worlds
Link 3DGS with a mesh, so you have both realism for viewing and accuracy for measuring.
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Review-ready tools
View progress, add notes, pin issues, draw measurements, and integrate into professional software.
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Shot by an experienced photographer
Capture and colour are set for clarity before we build the 3D, so the model looks natural with realistic light.
Want to do a deep dive to learn more?
Some of the features and possibilities for your model are listed below. For more details, see the FAQ or contact us. We're happy to answer any technical and creative questions about features or requirements.
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Traditional models use meshes (lots of flat triangles). They can struggle with thin items and rendering of light. Gaussian splatting uses millions of soft points that carry colour and brightness, so the result can look exactly like what your eye sees.
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We can set a smooth camera path, like a mini film, so you can present the space the same way every time and share that exact sequence with others.
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Click from the 3D model straight into a matching 360 view - and back again. It’s ideal when you want both free exploration and pin-sharp, room-level clarity.
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Capture the same area at different dates and switch between versions. Teams can compare progress, spot differences, and discuss changes quickly.
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Drop pins with notes, links, or photos, and take simple measurements for reference. You can export comments to share actions with the broader team.
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Open the model in a headset or tablet for immersive site familiarisation or stakeholder demos. This is useful for orientation, wayfinding, and public exhibitions.
How your model comes together
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1. Plan Capture
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2. Ground / Drone Capture
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3. Model Creation
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4. Add User Interface
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5. Host