How to Choose an Architectural Model for US Project Teams

Choose a physical architectural model by fixing the available display space and viewing distance first, then selecting readable detail and an itemized fabrication-and-delivery scope. Scale selection should account for the site boundary, smallest recognizable feature, audience and transport requirements—not just the building’s dimensions. [4]

Start with the viewing distance and available table

Establish what the presentation must communicate, where viewers will stand, the smallest feature they need to recognize and the usable table dimensions. Define the required site boundary: neighboring buildings and roads consume display area, so include context deliberately rather than shrinking the main subject to accommodate everything. [4]

Separate the brief into what the presentation needs and what can be priced as an option:

• Required for this presentation: the project boundary, essential features, maximum overall display dimensions, destination and presentation date.
• Optional enhancements to price separately: additional context, interior views, lighting, removable sections, controls and display upgrades. These are configurable model features, not automatic inclusions. [3]

Record overall height, including the cover, as well as width and depth. WhiteClouds, which fabricates in Ogden, Utah, and coordinates U.S. shipping, requests approximate finished size, preferred scale, display location and base or case requirements when scoping custom models. [3]

Calculate the site footprint before choosing the display size

Illustrative example: A fictional 200-foot-wide site becomes 24 inches wide at 1:100 and 12 inches wide at 1:200—but neither measurement is the finished display width.

The calculation is 200 feet × 12 inches per foot = 2,400 inches, divided by the scale denominator:

• At 1:100: 2,400 ÷ 100 = 24 inches of scaled site width.
• At 1:200: 2,400 ÷ 200 = 12 inches of scaled site width.

For planning only, add an invented allowance of 3 inches on each side for the combined border, base edge and cover clearance. The illustrative overall widths become 24 + 3 + 3 = 30 inches and 12 + 3 + 3 = 18 inches. These allowances are not recommendations; the actual display components determine the space required.

Repeat the calculation for site depth. Width alone cannot establish the table size. Include the base, cover and separate controls when discussing overall dimensions. [4] Keep controls outside the illustrative margin unless the approved layout accommodates them; request their dimensions rather than assuming a standard footprint.

Before approving fabrication, request a dimensioned display sketch distinguishing the scaled site, border, base, cover and controls. Show overall width, depth and height alongside the usable table dimensions so the team approves the complete display.

Choose detail that remains readable at the final scale

Moving from 1:100 to 1:200 halves every linear feature and quarters the scaled site’s area—not just its width. Façade elements, paths and interior features shrink along with the building. [4]

Choose between configurable scopes rather than assuming “massing” and “presentation” are standardized packages. WhiteClouds describes both approaches: [3]

• Monochrome massing: simplified forms communicating building shape, relative scale, placement and site organization without full architectural detail. [3]
• Detailed presentation: selected façade textures, material colors, roof details, landscaping or interiors, with optional lighting, removable roofs and cutaway sections. [3]

Identify the few features the audience must recognize. Does the message depend on overall building placement, a particular entrance or an interior arrangement? Assess those priorities against the smallest recognizable feature and intended viewing distance. [4]

Finer finishing does not enlarge a physically tiny feature; added detail cannot compensate for a scale at which that feature is too small to read. [4] Request a scale-specific diagram, sample or proof showing what will be represented, simplified or omitted, then assess it from the intended viewing position.

Compare three provider set-ups

• B3D Labs produces in Brooklyn and ships nationally. It accepts architectural and CAD inputs, including exports from Revit, SketchUp, Rhino and AutoCAD, can clean up or rebuild geometry that is not print-ready, and promises a quote or follow-up questions within one business day. That is a quote-response time, not a fabrication time. [1]
• WhiteClouds fabricates in Ogden, Utah. It lists custom crates, modular construction, freight, access planning and installation support among possible provisions, and says included LEDs, removable sections, covers and bases are integrated and tested before shipment. [3]
• Carve coordinates projects from its Los Angeles team, fabricates with its specialist team in China, and manages approvals, quality control, shipping and—when required—U.S.-based assembly and installation. [2] It lists projects starting at US$4,000 and typically targets approximately 14–21 days of internal production for a standard architectural model, with client review, revisions and shipping scheduled separately. [2]

Carve’s figures are its own starting price and production target, not a U.S. market benchmark or an arrival date. Ask each provider how its production location affects transit time, customs and damage handling for your destination.

Request one itemized fabrication-and-delivery quote

Ask for a quote carrying the approved scope through to the final display position—not just completion in the workshop. Have the fabricator mark each line included, separately priced, optional, excluded or awaiting clarification.

• File work: List supplied file versions and formats, geometry cleanup, rebuilding, new digital modeling and approval of fabrication-ready geometry. [1]
• Fabrication and finish: Record scale, site boundary, materials, components, façade treatment, landscaping, interiors, labels, lighting and removable parts. Identify the colors or samples to approve.
• Display system: Specify overall dimensions, border, base, cover or case, controls, supports, pedestal or tabletop system, and sectional construction where needed. [3][4]
• Delivery and setup: Request protective packaging or a custom crate, freight to the named destination, access planning, assembly instructions and any on-site assembly or installation. [2][3]
• Commercial terms: Request itemized prices, exclusions, allowances, review milestones, separate production and transit schedules, payment triggers, minimum-order requirements, change charges, cancellation terms, insurance responsibilities and any warranty.

For budgeting, use this structure without unsupported dollar amounts: preparation + fabrication and finish + display system + packaging and freight + installation = quoted project total. Keep approved changes separately visible rather than folding them silently into the original total.

Define where file preparation ends and new modeling begins

Submit drawings and digital files with revision dates, intended use, selected scale and required delivery date. Ask the fabricator to distinguish usable geometry, cleanup or reconstruction, and missing elements needing new modeling.

Finished 3D files are not always necessary: WhiteClouds says it can work from drawings and other references, with additional preparation depending on source quality. [3]

Before authorizing preparation, agree on:

• Scope and allowance: included cleanup, separately priced reconstruction and new geometry.
• Approval deliverable: what you will review before fabrication, such as annotated views showing reconstructed or simplified elements.
• Revision cutoff: the approved file set, and how later revisions affect charges and the schedule.

Approve finishes and functional features

Replace “high detail” with an approval checklist: materials and colors, façade treatment, landscaping, labels, visible interiors, and elements intentionally simplified or omitted. These are configurable features rather than a standard finish package. [1][3]

• Appearance proofs: Specify whether the quotation includes physical samples, renderings or another proof, how many review rounds are included and who authorizes fabrication. Approve scale, dimensions, base and cover separately from appearance. [3]
• Functional checks: Describe what the presenter should be able to demonstrate with lighting, controls and removable sections. Ask how operation and reassembly will be checked and what evidence you will receive. [3]

For each approval, record the proof and revision, approving person, date, and effect of later changes on scope, price and schedule.

Check the route to the final display position

Work backward from the display position to the loading entrance: check doors, elevators and transport requirements, not just whether the model fits its table. Before dispatch, request finished-display and shipping-crate dimensions, and confirm where unpacking and sectional assembly will happen.

Ask what “installation support” means in the quote: instructions, remote assistance or hands-on installation. [3] Then assign arrival tasks:

• Who receives, inspects and unpacks the shipment?
• Who assembles sections, connects lighting and tests functional features?
• Who positions the model, places the cover and confirms completion?

Working backward from the presentation date, request separate dates for proof approval, production completion, dispatch, arrival and installation. Establish whether arrival is an estimate or a shipment-specific commitment.

Request a damage-reporting procedure covering whom to contact, what photographs and packaging to retain, when to report damage, and who arranges and pays for resolution. Carve, for example, says it arranges logistics directly; shipping damage should be reported as soon as discovered, and it will repair the model if repair can restore an acceptable standard, or refund or replace the affected piece if not. [2] That remedy covers shipping damage, not general cancellation. [2]

Send a brief that makes returned quotes comparable

Evaluate returned quotes against the same display envelope, essential details and delivery scope. Send every bidder the same brief containing:

• Intended use and audience.
• Site dimensions and preferred scale.
• Maximum overall display width, depth and height.
• Essential details the audience must recognize.
• Available drawings and files, with revision dates.
• Destination, display location and presentation date.

Ask each bidder to itemize file preparation, fabrication, finishes, base, cover and controls, packaging, freight and installation, and to list exclusions and the proposed approval and delivery schedule.

Authorize fabrication when the scope, approval milestones, total quoted cost, delivery responsibilities, schedule, and change and cancellation terms are recorded in writing. Ask for a revised quote if display dimensions remain undefined, optional features are unpriced or an internal-production date is presented as arrival.

References

1. Architectural Models | B3D Labs (b3dlabs.com)
2. FAQ — Architectural Model Making Questions | Carve Model (physical-model.com)
3. Custom Architectural Models & Scale Models | WhiteClouds (whiteclouds.com)
4. Choosing an Architectural Model Scale | Archetype3D (archetype3d.com)