The view set for a multifamily project
A multifamily rendering set serves two audiences with different questions. The design review board asks how the building meets the street and its neighbors. The leasing team asks what a resident will live in. Each view below answers one of them, and the set is sized by the questions in play, not by a fixed count.
| View | What it shows | What it is for |
|---|---|---|
| Street-level hero view | The building at eye height, with the street, the entry and the neighbors in frame | Design review; Seattle prefers street-level views over aerials [1] |
| Aerial | Buildings, courtyards, parking and open space in their district | Site context for boards, investors and lenders |
| Colored site plan | A top-down plan with color, shadows and landscape, no perspective | Entitlement exhibits and leasing site plans |
| 3D massing study | Untextured volumes showing height, bulk and setbacks | Feasibility and pre-application meetings, before the design is fixed |
| Amenity views | Clubhouse, fitness, pool, rooftop or courtyard | Lease-up marketing |
| Unit interiors | A typical unit, furnished and lit | Lease-up marketing |
| 3D floor plans | Each unit type, furnished, in three dimensions | Leasing offices and listings |
| 360 panorama | An interactive view from one position | Amenity and rooftop tours on the leasing website |
| Walkthrough or flythrough | A camera path at pedestrian height, or an aerial path around the site and district | Leasing centers, launch events and capital raising |
Two views carry most of the weight. The street-level view with the massing in context is the design review image. The amenity and unit interiors are the lease-up images, and because leasing starts before the building exists, they are drawn from the plans, not photographed. Attached for-rent product, such as townhomes and build-to-rent communities, follows the layout logic on the single-family and townhome site plan page.
What design review boards ask to see
Design review is where a multifamily rendering is tested hardest. These are the published requirements of seven jurisdictions.
| Jurisdiction | What the checklist or policy asks for | Source |
|---|---|---|
| San Francisco Planning | Renderings for new construction; photographs always; a consultant shadow analysis for buildings over 40 ft affecting Rec and Park land | [5] |
| Seattle SDCI, Early Design Guidance | One or more color renderings of massing and concept; street-level views preferred over aerials; massing in context, since a lone building is discouraged; streetscape photos of both sides; a 3D or axonometric view of the surrounding nine blocks | [1] |
| Scottsdale, Arizona, Development Review Board | Color elevations (gray copies refused); perspectives; streetscape elevations; physical material boards before the hearing | [6] |
| Cleveland, Ohio, design review | Context photos at the conceptual stage; to-scale perspectives or photo simulations at schematic only if the committee requests them; material samples at final | [7] |
| Santa Barbara, California | Story poles for new nonresidential, mixed-use or multi-unit buildings over 17 feet, certified to "+/- six inches"; photo simulations at eye level, keyed to a location map, with accurate plate and roof heights | [2] |
| Los Gatos, California | Simulations that state the lens focal setting or angle of view, locate the photo "accurately on a map or aerial photo" and demonstrate dimensional accuracy | [8] |
| Sonoma County, California | Multiple public viewpoints; simulations at completion and at landscape maturity, registered to baseline-photo control points and verified in the field; architectural renderings discouraged in visual impact analysis because they soften effects | [9] |
Three patterns run through the list. Boards want the building in context at the height a person sees it: Seattle discourages a lone building, and Santa Barbara requires photo simulations at eye level, keyed to a location map [1, 2]. The stricter the review, the more the checklist asks for method rather than polish: lens, camera location, plate and roof heights [2, 8]. And physical checks back up the images where neighbors are close: a 2012 Los Gatos staff study surveyed 22 jurisdictions and found 11 requiring story poles or approved alternatives [10].
None of these handouts sets a pixel rule. Santa Barbara's specifies content instead: an eye-level viewpoint, a keyed photo-location map, landscaping shown "at no more than 5 years growth", and at least one human figure in perspectives [2]. Print the boards at 300 pixels per inch at final size, which Adobe calls "the industry standard for producing high-quality prints" [3].
Where a project needs a rezoning or meets organized opposition, the views go to neighbors as well as the board. The studio's article on multifamily zoning approval covers that path, and the Atlanta metro page shows where Gwinnett County allows multifamily and at what height.
What lenders underwrite
A construction lender does not lend against pictures. Of the lender checklists cited here, one lists renderings: Self-Help's commercial real estate loan checklist, which places the site plan, renderings and schematics under design and construction [11]. Live Oak Bank's construction loan checklist does not mention renderings; it asks for architectural plans and specifications, the budget, the general contractor's contract and the contractor's license [12]. Provident Bank's construction application checklist asks for a description of materials, building permits and approved plans [13]. The credit file runs on plans, specifications and budgets.
The question that matters is whether the pictures match the drawings the lender underwrites. The studio models its renderings from its own preliminary site plan, so the views and the plan agree: the same footprints, the same parking field, the same unit mix. The studio's articles on what construction lenders underwrite and on multifamily site plan anatomy go further into the credit file.
Accuracy, labeling and AI
The Landscape Institute's Technical Guidance Note 06/19, which the Institute has marked "under review (January 2024)", draws the line the US market blurs [14]. Technical visualizations must be "accurate, objective and unbiased"; illustrative visualizations, "intended for marketing", "do not have to be based on specific viewpoints" [14]. A design review view belongs to the first class and a leasing hero image to the second. At the top of the technical scale, a Type 4 verifiable photomontage requires a tripod, a panoramic head, a full-frame sensor with a 50 mm lens, the best available survey data and a verifiable method [14]. The note also says that a two-dimensional visualization "should, therefore, be considered an approximation" [14]. Renderings show design intent; the drawings govern.
For for-sale multifamily, labeling is codified.
| Rule | What it requires | Source |
|---|---|---|
| New York, 13 NYCRR 22.6(h), offering-plan advertising | An artist's rendering is marked as one, and it shows the dimensions, height and landscaping of the property and of the roads, buildings and open space around it accurately | [4] |
| California, 10 CCR 2799.1, subdivision advertising | Depictions show the proposed improvements as they will be built; a depiction that is not a photograph carries a prominent artist's-conception disclosure | [15] |
| New Jersey, N.J.A.C. 5:26-5.2, planned real estate developments | A sketch or artist's conception is identified as such right beside it | [16] |
These rules govern regulated residential and land offerings rather than most rental leasing, but they are the clearest codified US statement of what a fair rendering is. A caption does not rescue a misleading image. The FTC's Policy Statement on Deception (October 14, 1983) judges an ad on "the entire mosaic, rather than each tile separately" [17], and FTC staff guidance says a disclosure "cannot cure a false claim" [18].
Generative images have no persistent 3D model, so floor counts and geometry drift between views [19]. A design review board counts floors, so every view it sees should come from one model.
How the rendering ties to the site plan
The renderings start from the studio's preliminary site plan. Buildings, drive aisles, parking, amenities and the unit mix are already drawn, and the site data table has checked them against the density cap and the parking requirement, so the 3D model is built on a layout tested against the code. The renderings show that layout. They carry no engineering layer: grading, drainage, utilities and the sealed set come from the client's engineer and architect of record, who build on the same plan.
The usual sequence protects the schedule. A clay or grey-scale review locks geometry and cameras before materials and lighting are set, and a colored draft locks materials and lighting before the final render. Inputs decide accuracy: a current site plan, elevations, a material palette, a survey with topography, and site photographs. Santa Barbara requires topography "shown accurately" in massing models [2], and planting shown at installation size or a stated growth year keeps the landscape honest.
For commercial interiors and stand-alone interior render jobs, see commercial interiors and conversions; for office buildings being re-planned for housing, the office site plan page covers the site side. The same discipline runs through hotel rendering, flex and industrial rendering and the 3D rendering services overview. The process page sets out how a project runs, the case studies show how real jurisdictions' rules shape a plan, and a project starts on the contact page.
Frequently asked questions
Do lenders require renderings for an apartment project?
Should the main image be an aerial or a street-level view?
What resolution should hearing boards be printed at?
Can an AI-generated image stand in for a rendering at design review?
It is a risk. Generative images have no persistent 3D model, so floor counts drift between views [19].
Does a condominium rendering need a label?
Does a disclaimer protect a flattering rendering?
What does the studio need to start?
A site plan or the studio's own preliminary plan, elevations, a material palette, a survey with topography and site photographs. Santa Barbara, for one, requires topography "shown accurately" in massing models [2].
Sources
- 1)Early Design Guidance packet requirements, Seattle Department of Construction and Inspections (SDCI). Accessed 2026-10-07.
- 2)Visual Aids and Story Poles (planning handout), City of Santa Barbara, California. Accessed 2026-10-07.
- 3)Print resolution for images in Photoshop, Adobe (Photoshop Help). Accessed 2026-10-07.
- 4)13 NYCRR 22.6 (offering-plan advertising), New York Codes, Rules and Regulations (via Justia). Accessed 2026-10-07.
- 5)Intake Checklist, San Francisco Planning. Accessed 2026-10-07.
- 6)Development Review Board (DRB) Development Application Checklist (sample), City of Scottsdale, Arizona. Accessed 2026-10-07.
- 7)Design Review Checklist (2023), City of Cleveland, Ohio (planning.clevelandohio.gov). Accessed 2026-10-07.
- 8)Height Pole and Netting Policy for Additions and New Construction (story pole policy), Town of Los Gatos, California. Accessed 2026-10-07.
- 9)Visual Assessment Guidelines, Permit Sonoma (Sonoma County, California). Accessed 2026-10-07.
- 10)Study Session on Revision to the Story Pole Policy (2012), Town of Los Gatos, California. Accessed 2026-10-07.
- 11)Commercial real estate loan checklist, Self-Help (CDFI). Accessed 2026-10-07.
- 12)Your construction loan checklist: the blueprint for success, Live Oak Bank. Accessed 2026-10-07.
- 13)Construction application checklist, Provident Bank. Accessed 2026-10-07.
- 14)Visual Representation of Development Proposals, Technical Guidance Note 06/19, Landscape Institute. Accessed 2026-10-07.
- 15)10 CCR 2799.1 (subdivision advertising), California Code of Regulations (via Justia). Accessed 2026-10-07.
- 16)N.J.A.C. 5:26-5.2 (planned real estate developments), New Jersey Administrative Code (via Justia). Accessed 2026-10-07.
- 17)FTC Policy Statement on Deception (October 14, 1983), appended to Cliffdale Associates, Inc., 103 F.T.C. 110 (1984), Federal Trade Commission.
- 18).com Disclosures (FTC staff guidance, 2013), Federal Trade Commission.
- 19)How AI reshaped the render and what it still can't build, Architecture Lab. Accessed 2026-10-07.