Render a House

3D model viewer for architectural site context

Bring a GLB, GLTF, or OBJ model into Render a House 3D Preview, place it in a model-and-scene workflow, save the camera angles you need, and turn those views into architectural renders.

This viewer path is built for presentation workflow, not file conversion, native CAD/BIM viewing, exact measurement, structural analysis, or construction-ready output.

See the workflow

3D Preview handoffGLB / GLTF / OBJ

Model positioning step inside Render a House 3D Preview

3D Preview at a glance

InputGLB, GLTF, OBJ

SceneModel + context

CameraSave perspectives

HandoffRender from view

Upload modelUse an exported GLB, GLTF, or OBJ file.

Place sceneMove, rotate, scale, and set height visually.

Save viewTurn the camera angle into a renderable Perspective.

GLB / GLTF / OBJInput

3D PreviewViewer path

PerspectiveSaved camera

Render editorNext step

Real workflow

View the model where the design belongs

A generic 3D model viewer is useful when you only need to rotate a file. Render a House 3D Preview helps you review the model, choose presentation angles, and hand saved views into rendering.

Upload

Import a supported model

Open signed-in 3D Preview and upload a GLB, GLTF, or OBJ model exported from your source design tool.

Place

Position it in the scene

Move, rotate, scale, or raise the model until the visual placement reads correctly for the view.

Render

Save a view and render

Save the camera as a Perspective, then continue into render settings with that 3D scene as the base.

Presentation checks

Answer the view questions before rendering

Use the viewer step to decide whether the source model, placement, and camera are good enough for a visual render pass before spending time on final image direction.

Orbit, pan, and fly controls in 3D Preview — NavigateOrbit, pan, fly

Architectural render generated from a saved 3D Preview perspective — Render resultSaved perspective

How it works

From supported 3D model to render-ready view

Upload a supported model

Start with a GLB, GLTF, or OBJ file. Native CAD and BIM files need to be exported to a supported model format before this handoff.

Place the model in the scene

Use 3D Preview to move, rotate, scale, or raise the model until the visual placement works for the presentation view.

Navigate and save perspectives

Move around with orbit, pan, and fly controls. Save useful camera angles as Perspectives inside the project.

Render from the saved view

Open the saved Perspective in render settings, keep the camera framing when needed, then generate and refine the image.

Good fit

Use this 3D model viewer when you need

A browser-based way to review a GLB, GLTF, or OBJ model before rendering.
A model-based workflow for massing, exterior views, site context, or presentation angles.
Saved camera perspectives that can become separate render views.
Multiple related views from the same source model without re-uploading for every angle.

Know the limits

What 3D Preview is not meant to replace

Native viewing for SKP, RVT, DWG, DXF, IFC, STEP, or other CAD/BIM project files.
File conversion between 3D formats or corrected production model export.
Exact measurement, quantity takeoff, clash detection, or structural analysis.
Construction-ready drawings, fabrication geometry, BIM semantics, or permit documentation.
Guaranteed real-world scale, survey accuracy, or material accuracy after import.

Supported 3D formats

Start with GLB, GLTF, or OBJ

The best file is the one your source design tool can export cleanly. GLB is usually the simplest handoff because it can keep model data and textures together. GLTF and OBJ are also useful, but check the imported model before relying on it for a render.

GLB

Recommended for most uploads because the model, materials, and textures can travel together in one binary glTF file.

GLTF

Useful when your export stays in the glTF family, but related texture and material files may need to stay together.

OBJ

A practical fallback for older modeling tools. Review materials and textures after import because they may depend on companion files.

CAD / BIM

Native SKP, RVT, DWG, DXF, IFC, STEP, and similar project files are not direct uploads on this viewer page.

For more detail, see Export your 3D model and Supported file formats.

3D model viewer, explained

More than rotating a model file

A 3D model viewer lets you open a model file, rotate around it, zoom in, and inspect the shape in a browser. For architectural work, viewing the model is only part of the job. You usually also need to decide where the camera belongs, how the model should sit in context, and which views are worth rendering.

Render a House 3D Preview turns the model-viewing step into a rendering handoff: upload a supported file, set up the scene, save useful perspectives, and render those saved views into architectural images.

Model review

Check massing, orientation, materials, and import quality before choosing the render view.

Site context

Use model-and-scene context when a flat screenshot is not enough for the presentation story.

Saved cameras

Keep repeatable viewpoints as project Perspectives instead of rebuilding each angle manually.

Honest handoff

Use your source software for exact production data and Render a House for visual render workflow.

FAQ

3D model viewer questions

What is a 3D model viewer?

A 3D model viewer lets you open and navigate a 3D file in an interactive view. In Render a House, the viewer is part of 3D Preview, so you can also place the model in site context, save camera perspectives, and use those views as the base for architectural renders.

Which 3D file formats can I upload?

Render a House 3D Preview accepts GLB, GLTF, and OBJ files. GLB is usually the simplest option because it keeps the model data together in one file.

Can I upload SketchUp, Revit, DWG, or BIM files directly?

No. Native SKP, RVT, DWG, DXF, IFC, and similar CAD/BIM files are not direct uploads for this viewer page. Export a supported GLB, GLTF, or OBJ file first, then upload that file into 3D Preview.

Does this convert my model into another format?

No. This page is for viewing, positioning, saving perspectives, and rendering from supported models. It does not convert files between 3D formats or export a corrected production model.

Can I measure the model precisely in the viewer?

No. Use the source CAD, BIM, or modeling software for exact measurements, dimensions, quantities, and construction checks. Render a House is for visualization and rendering workflow.

Can I render from the 3D viewer?

Yes. Save a camera angle as a Perspective, then continue into the normal render settings. The saved 3D scene view becomes the base image for the architectural render.

Is this the same as the AI 3D model generator?

No. The 3D model viewer uses a model you already have, such as a GLB, GLTF, or OBJ file. The AI 3D model generator is a separate image-to-model workflow for creating a GLB from a clear object image.

When should I use 3D Preview instead of uploading a flat image?

Use 3D Preview when camera control, site context, or multiple repeatable views matter. Upload a flat image when you only need a fast one-off render from a sketch, floor plan, screenshot, or existing view.

Plans

Plans for model-based rendering work

Start free, then choose the monthly credit allowance that fits your rendering and refinement workload. Annual billing is also available.

Free

$0forever

Try Render a House before choosing a paid plan.

3 daily credits
Standard model

Basic

$19per month

For occasional model-based renders and image enhancements.

120 monthly credits
Up to 20 daily credits

Pro

Studio

$99per month

For studios with higher-volume visualization workflow.

1,000 monthly credits
Unlimited daily credits

Prices are shown in USD. The signed-in pricing page shows the current checkout terms before purchase.

Continue your workflow