Golden Triangle Logistics Park CGI
Used for investor review
Big-box logistics park CGI for a Golden Triangle location, showing masterplan layout, unit flexibility, and estate infrastructure.
BTS warehouse and logistics CGI
Build-to-suit warehouse CGI that shows how the space will work
Build-to-suit logistics space is a warehouse, distribution centre, or specialist logistics facility configured around one occupier's operation before construction. StratumCGI produces photoreal build-to-suit logistics visualisation for developers, agents, architects, and occupier teams, with one coordinated 3D model rendering planning evidence, pre-let marketing views, investor review frames, and occupier approval imagery from the same geometry.
- 1 model
- feeds planning, pre-let, investor, and occupier views from the same approved geometry
- 4 audiences
- see the evidence they need before land, lease, funding, or board decisions move forward
- 2 to 4 weeks
- moves from a single verified view to a multi-frame BTS logistics pack
StratumCGI › Industrial CGI › Warehouse and Logistics CGI › Build-to-Suit Logistics Space CGI
What is build-to-suit logistics space?
Build-to-suit (BTS) logistics space is industrial real estate procured around one named occupier: a warehouse, distribution centre, or specialist logistics facility designed and built for a single tenant under a long-term agreement. The developer funds the asset, the architect resolves the shell, and the occupier brief drives site selection, clear internal height, dock configuration, yard depth, power capacity, and any automation infrastructure required for the operation.
Because the building does not exist when the deal is being negotiated, every reviewer assesses computer-generated imagery (CGI) rather than a finished asset. The visualisation has to read as operationally accurate and commercially marketable at the same time.
In commercial real estate vocabulary, the occupier signs the long-term lease, the developer funds and builds the asset, and the facility itself is the warehouse, distribution centre, cold store, fulfilment hub, or specialist freight building configured around the occupier brief. Lease length, break clauses, and rent review pattern sit outside this page; the visualisation question is what the building has to prove visually before any of those terms are signed.
Who evaluates build-to-suit logistics space before construction?
A build-to-suit logistics programme moves through several review audiences before a brick is laid. Each audience reads the same CGI for a different signal, so the visualisation has to satisfy planning, commercial, financial, and operational tests in parallel.
Corporate real estate manager
Site fit and operational legibility
Reviews CGI against the occupier brief: clear height, dock count, yard depth, HGV circulation, racking density, and staff welfare frontage.
Supply chain director
Throughput and automation evidence
Tests whether the rendered building supports the planned throughput, automation zones, and inbound/outbound flow before signing heads of terms.
Developer
Pre-let marketability and consent risk
Uses CGI to attract occupiers, secure planning consent, and underwrite the scheme with funders before construction draws begin.
Letting agent
Pre-let hero and shortlist conversion
Needs a hero render that communicates yard depth, dock count, and facade quality to a target occupier shortlist in a single image.
Investor
Scheme massing and tenant covenant
Reads the CGI inside the investment committee pack to confirm the asset reads as a let, income-producing logistics building.
Planning consultant
Verified views and screening
Submits CGI with the planning application as evidence of massing, materials, landscape buffer, and visual impact from agreed viewpoints.
StratumCGI packages the same coordinated 3D model into deliverables for each of these audiences: a planning pack for the planning officer, a pre-let campaign for the leasing shortlist, and an occupier programme for the named-occupier board review.
Why CGI matters in a build-to-suit logistics programme
Build-to-suit decisions happen before the building exists. Planning, pre-let marketing, investor review, and occupier approval all run in parallel against drawings, and each audience needs a different visual proof from the same scheme. One coordinated 3D model serves every output, so the planning pack, the pre-let brochure, the investor IC paper, and the occupier presentation stay visually consistent.
BTS CGI is not just prettier speculative warehouse imagery. It changes the render from flexible shell evidence into occupier-specific operating proof: branded fit-out, named vehicle mix, automation zones in their final configuration, and racking density that matches the occupier's pallet plan.
The single-model approach also reduces revision risk across stakeholder reviews. When the planning officer asks for a verified view, the leasing agent asks for a hero exterior, and the occupier asks for an interior racking check on the same week, all three outputs come off the same approved geometry. The StratumCGI five-stage CGI process formalises this, with shell sign-off at week two and downstream views rendered against the locked model.
Build-to-suit vs speculative logistics CGI
The same consented shell can be rendered three ways: planning-neutral, speculative leasing, and named-occupier build-to-suit. The geometry does not change; the camera, the dressing, the activity, and the branding do. The table below summarises how the CGI treatment differs by commercial mode.
Build-to-Suit vs Speculative Logistics CGI
| Attribute | Speculative logistics CGI | Build-to-suit logistics CGI |
|---|---|---|
| Tenant branding | None or generic placeholder | Named occupier livery, signage, and frontage |
| Fit-out | Shell, neutral palette, generic racking | Occupier-specific racking density, automation, mezzanines |
| Vehicle mix on yard | Mixed HGV fleet, neutral liveries | Occupier-specific vehicle mix, named carrier liveries |
| Lighting and activity | Daytime, partially occupied | Operational hours matching the occupier's shift pattern |
| Audience | Leasing shortlist, investor | Named occupier review, investor, planning |
| Geometry change between modes | None. One coordinated 3D model serves both. | |
For the broader speculative typology context, see warehouse and logistics CGI.
CGI deliverables by project stage
A build-to-suit logistics programme runs through feasibility, planning, pre-let, investor review, and launch. The CGI deliverables shift in scope and audience at each stage, but the underlying 3D model carries forward, so geometry approved at planning is the same geometry rendered for pre-let and occupier review.
CGI Deliverables by Build-to-Suit Project Stage
| Stage | Primary audience | CGI deliverables |
|---|---|---|
| Feasibility | Developer, occupier brief team | Massing study, site test-fit, aerial CGI |
| Planning | Planning officer, consultee | Verified views, photomontage, landscape screening renders |
| Pre-let | Leasing agent, target occupier | Hero exterior, yard view, interior racking, brochure crops |
| Investor review | Investment committee, funder | Occupied scene, IC pack crops, scheme aerial |
| Occupier approval | Named occupier board | Branded fit-out, named-occupier exterior, operational interior |
| Launch | Press, social, partners | Social crops, flythrough animation, event renders |
For the full pre-let marketing scope, see industrial property marketing packages.
Technical details a build-to-suit logistics render must show
A build-to-suit logistics CGI is judged on operational fit. The render has to make clear how the building works on a normal shift, not just how it looks on a brochure cover. The annotated cutaway below maps six features every BTS render is judged on, and the checklist underneath itemises the full specification StratumCGI models from the architect's drawings and the occupier brief.
Build-to-Suit Logistics CGI Technical Checklist
| Clear internal height | Matched to occupier racking plan and automation envelope |
| Dock doors and dock levellers | Count, spacing, leveller type, and dock shelter visible at correct rhythm |
| Yard depth and trailer parking | HGV swept paths, trailer bay count, marshalling yard discipline |
| Gatehouse approach | Security perimeter, ANPR lane, weighbridge if specified |
| Racking density and automation | Adjustable pallet, very narrow aisle, mezzanine, ASRS where briefed |
| Power infrastructure | Substation footprint, EV charging stalls, rooftop PV array |
| Office and welfare frontage | Two-storey office block, glazing, staff entry, cycle store |
| ESG features | BREEAM-relevant landscape, biodiversity strip, EPC fabric cues |
For warehouse typology background, see the UK warehouse typologies guide.
Evidence from StratumCGI logistics work
Build-to-suit logistics CGI sits inside StratumCGI's broader warehouse and logistics portfolio. The case studies below show the visual proof StratumCGI has delivered for big-box logistics, cold-chain, and last-mile schemes, anonymised where the occupier brief required confidentiality.
Temperature-Controlled Logistics Facility CGI
Used for occupier approval
Cold-chain build-to-suit CGI showing insulated envelope, plant screening, and service-yard discipline for a temperature-controlled logistics building.
West Midlands Distribution Warehouse CGI
Used for pre-let marketing
Distribution warehouse CGI communicating facade quality, loading-bay rhythm, and yard layout for a West Midlands BTS scheme.
Urban Edge Last-Mile Depot CGI
Used for planning
Compact urban logistics depot CGI addressing van circulation, frontage quality, and pedestrian separation on a constrained site.
What to include in a build-to-suit logistics CGI brief
A clean brief shortens the CGI programme. The checklist below lists what StratumCGI needs to start a build-to-suit logistics commission and quote accurately against the project scope.
Build-to-Suit Logistics CGI Brief Inputs
| Architect's CAD or BIM | Revit, Navisworks, or DWG package with shell, structure, and yard |
| General arrangement drawings | GA plans, elevations, sections at the latest signed-off revision |
| Site plan | Boundary, levels, vehicular access, landscape buffer, neighbouring context |
| Occupier specification | Clear height, dock count, automation zones, racking plan, vehicle mix |
| Verified viewpoints | Agreed with the planning authority, with photographic baselines if available |
| Stage and audience | Feasibility, planning, pre-let, investor, occupier, or launch |
| Brand assets | Occupier livery, signage, and any approved palette for named-occupier views |
Brief intake follows the StratumCGI five-stage CGI process. Coordinated 3D modelling sits inside the broader industrial CGI service stack.
Build-to-suit logistics CGI questions
These questions cover the commercial and definitional gaps most build-to-suit logistics clients need answered before briefing the visuals.
What is build-to-suit logistics space?
A warehouse, distribution centre, or specialist logistics facility configured around one occupier's operation before construction, funded by the developer against a long-term lease.
How does build-to-suit logistics CGI differ from speculative warehouse CGI?
Build-to-suit CGI carries named-occupier branding, fit-out, vehicle mix, and operational lighting. Speculative CGI keeps the shell neutral and flexible.
Who reviews build-to-suit logistics CGI before construction?
Corporate real estate managers, supply chain directors, developers, letting agents, investors, planning consultants, and architects.
What technical details must a build-to-suit logistics render show?
Clear height, dock door count, yard depth, HGV swept paths, racking density, automation zones, power infrastructure, EV charging, rooftop PV, and BREEAM-relevant features.
What inputs does StratumCGI need to start a brief?
Architect's CAD or BIM, GA plans and elevations, site plan, occupier specification, dock count, yard layout, and verified viewpoint references.
Can the same model render planning, pre-let, and occupier views?
Yes. One coordinated 3D model serves planning-neutral, speculative leasing, and named-occupier build-to-suit renders from the same consented geometry.
Related services: warehouse and logistics CGI and distribution centre CGI.