An architectural model looks like a finished object, but it's the result of a specific sequence — digital preparation, fabrication, finishing, and delivery — with real checkpoints along the way. Here's what actually happens between a brief landing in our inbox and a model arriving at a sales gallery or planning committee.
1. Digital Preparation
Every model starts with a brief: architectural drawings, CAD files, renderings, or building plans, along with the scale, intended use, and timeline. Our digital preparation stage converts those plans and sections into fabrication-ready files. This is where the model's accuracy actually gets locked in — the files are reviewed against the original drawings before any material is cut. We don't build freehand; everything is drawn and fabricated to scale.
For projects involving site context — a masterplan model, for example — this stage also means cross-referencing the architect's drawings against publicly available data and survey measurements to construct accurate massing for the surrounding buildings, not just the proposed development.
2. Fabrication
Fabrication runs on three technologies, all operated in-house and in parallel — see our materials comparison for how we choose between them on a given build:
- Laser cutting — for facades, floor plates, landscape features, and fine detail work across acrylic, ABS plastic, timber, and card.
- CNC machining — 5-axis milling for terrain, massing volumes, and structural components in foam, MDF, and wood, at micro-millimetre precision.
- 3D printing — FDM and resin printing for complex organic geometries, custom miniature components, and intricate facade detailing.
On a 120-unit residential estate model, this looked like: each unit type modelled digitally as a master component, then reproduced via a combination of 3D printing for facade detail and laser-cut acrylic for wall panels and roof elements — a systematic approach that let us fabricate 120 individual units to a consistent standard rather than hand-building each one separately.
3. Finishing
Finishing is where the model goes from technically accurate to presentation-ready: painting to match specified colour palettes, landscaping (model grass, resin trees, cast water features), road and path surfaces, and protective casing. Terrain is typically CNC-milled from foam and finished with model grass and painted road surfaces, with resin trees positioned according to the actual landscape plan.
4. LED and Interactive Integration
For models with lighting or interactive features, this stage adds independent LED zones — buildings, street lighting, amenity areas, entrance features — each wired for separate switching. On more complex commissions, this extends to working mechanical elements like lift systems, touchscreen control interfaces, or voice-command systems, all engineered into the model's structure with concealed wiring and motor housing.
5. Delivery
Finished models are packed in custom protective crating — rigid outer crates with foam-cut interior supports that hold each component without contact stress, with particularly fragile elements (fine landscape trees, thin facades) individually wrapped and packed separately with assembly instructions. Every model is photographed before and after packing for insurance documentation, then delivered — nationwide across Nigeria, or internationally, with export documentation handled as part of the project.
"We do not produce freehand models; everything is drawn and fabricated to scale."
Why This Sequence Matters
Skipping or rushing any of these stages shows up in the finished model — dimensional inaccuracy from skipped digital preparation, rough finishes from compressed timelines, or LED systems that fail after transit from poor integration work. The full sequence, done properly, is also why production takes the time it does: 2-4 weeks for a simple massing model, up to 10-16 weeks for a large-format masterplan.
See our pricing guide for how this process maps to cost, our full FAQ for materials and timeline detail, or explore our services to see the model types we build most often.