Inspect the spatial model.
Mesh edges expose the construction of walls, openings, joinery and the stair return. The technical view is generated from the corrected Blender scene.
Architectural & asset visualisation
Spatial evidence.
Structured geometry.
Clearer decisions.
An automated 3D architectural & asset visualisation pipeline. From floorplans, survey data and reference photography to programmatic spatial models, technical cutaways and finished imagery.
GROUND FLOOR / RECONSTRUCTION STUDY01 — FINAL
Programmatic spatial modellingArchitectural cutawaysM&E / retrofit visualisationInteractive web presentation
01 / Inspect the work
From construction logic
to finished space.
The same geometry, seen two ways. Move the divider to reveal the mesh construction behind the rendered architectural view.
Drag to inspect · Keyboard arrows supported
Keep the story consistent.
Materials, lighting and cameras resolve into finished views without rebuilding the asset for each image. Technical and visual outputs share one source.
Make assumptions visible.
Photo-informed estimates remain distinguishable from measured inputs. This study demonstrates a visual reconstruction; it is not a measured survey.
02 / Engineering views
See how the scene is built.
Review the camera and lighting arrangement, then inspect the ground-floor relationships in a true orthographic section.
RIG / 01
Cameras LightsCamera & lighting architecture
Render-visible guides derived from the scene’s camera transforms and light directions.
SECTION / 02
ORTHOGRAPHICGround-floor spatial relationships
Section through actual geometry at 1.15 m. The TV backing wall separates the living room from the narrow recess beside the stairs.
MODEL STATUS
Reference-led reconstruction. The corrected under-stairs recess, soffit and stair dimensions are modelling estimates. Survey verification is required before design coordination or construction use.
03 / Architectural output
Detail and context.
From the same model.
Explore the corrected stair recess and living-room interface alongside the wider ground-floor layout.
04 / A repeatable workflow
Evidence in.
Spatial understanding out.
A programmatic approach makes revisions traceable and keeps the model, technical views and final presentation connected.
Establish the evidence.
Floorplans, survey data and reference photography define the brief. Record source quality, coverage and unresolved dimensions.
Build the geometry.
Script the architectural shell, openings and repeated elements in Blender. Refine spatial relationships against the available references.
Resolve the space.
Use cutaways, orthographic sections and technical views to review circulation, interfaces and assumptions before final imagery.
Deliver the right view.
Produce rendered images and interactive web presentations for stakeholder review. Scope further asset data and integration around the project.
05 / Institutional applications
A shared view of
complex physical assets.
Scope the visual model around the decision, the available evidence and the level of assurance required.
Asset & portfolio communication
Explain spatial layouts, asset context and proposed changes through consistent architectural views for owners and stakeholders.
Retrofit & M&E visualisation
Visualise proposed interventions and service routes when supported by the relevant survey and engineering inputs. Define validation responsibilities with the project team.
Digital twin foundations
Establish structured spatial geometry as a starting point for asset-linked web experiences. Live data, systems integration and update cadence are separately scoped.
Start with the asset. Define the decision.
Bring the evidence.
We’ll shape the visual brief.
Discuss your source material, intended audience and required outputs.