We 3D scan almost anything

After a short project brief, we select the capture workflow that fits the job and come to your site or location. A property may combine interior photography, LiDAR, 360° imagery and exterior drone capture; an object may use controlled photogrammetry; a highly photoreal environment may be captured specifically for Gaussian splatting. We then process and deliver the result in the format you need.

Usually just access to the site or object, a contact person, your deadline and an idea of what you want the finished capture to achieve. If you already know your target software, engine, file format, scale or accuracy requirements, tell us up front so we can design the capture around them.

Gaussian splatting is excellent for photoreal, immersive representations of real places. Photogrammetry is useful when you need a textured polygon mesh made from photographs. LiDAR measures spatial geometry directly and is particularly useful for existing-condition capture, point clouds and spatial reference. Many projects benefit from combining techniques.

Yes. Consultation can be a standalone service. We can assess your goal, subject, required accuracy, budget, delivery platform and ongoing needs, then recommend an appropriate capture method, equipment or workflow. That may be LiDAR, photogrammetry, Gaussian splatting, drone capture, 360° imaging, a digital twin, a combination of techniques — or a simpler approach if full 3D capture is unnecessary.

A 3D digital twin is a digital representation of a real-world place, building or asset that can be explored and used as a shared spatial reference. Depending on the project it can combine 3D geometry, imagery, scans, 360° views and other information for documentation, planning, remote access, facilities, construction, heritage or stakeholder communication.

Yes. Captures can be prepared as reference, photoreal environments, meshes or other assets for real-time workflows including Unity and Unreal Engine. We can plan capture and optimisation around the target experience rather than handing over generic scan data.

Yes, suitable photographs can be used for single-image 3D reconstruction and converted into a Gaussian-splat representation. This is particularly interesting for archives, memories, concept work and imagery of places that cannot be rescanned. Single-photo reconstruction creates plausible nearby viewpoints rather than a complete measured scan, so it should not be treated as survey-grade geometry. We can also evaluate emerging research workflows such as Apple SHARP where licensing and intended use permit.

Spatial memory capture is about preserving the feeling and spatial context of a meaningful place or object, not just documenting its dimensions. A home before moving, a family property, an exhibition, a temporary installation or a place about to change can be preserved as an explorable 3D record for future viewing.

Yes, when the subject and capture method are suitable. We can convert scan data into cleaned, watertight geometry for 3D printing, including replicas, scale models, prototypes, heritage objects and display pieces. Some captures need additional mesh reconstruction or manual cleanup before they are printable.

Yes. Drone capture can add aerial context, roof and façade coverage, site documentation and photogrammetry. 360° tours are ideal when the goal is a simple, accessible walkthrough for property, venues, exhibitions, businesses or remote inspection.

It depends on scale and output. A small object can be captured quickly, while a complete property or complex site may take several hours or require staged visits. We’ll estimate both on-site time and processing time before the project is booked.

Depending on the project: Gaussian splats, textured meshes, point clouds, 3D-print-ready meshes, still imagery, video, 360° tours, web-viewable experiences and assets prepared for common 3D, game-engine, VR and AR workflows.