Multiple Images to 3D Model

Different views, one 3D model

Use complementary views to describe one object. The model can draw on more of its visible surfaces, but conflicting poses, proportions or lighting can still change the result.

Have a short video of your object? Extract clear reference views from video, then add them to this workspace.

• Keep the subject unchanged across all reference images.
• Compare shared details from the front, sides and back.
• Inspect the returned mesh; several views do not guarantee a measured scan.

Photograph the same object from useful angles

Use front, side, back, or three-quarter views of one unchanged object. Keep scale, lighting, lens perspective, and background consistent so the views describe one form.

• Do not mix different product variants.
• Keep distinctive features visible across views.
• Avoid large changes in focal length.

Need help choosing useful angles? Read the multi-view reference guide.

Have only one clear photo? Start with image to 3D. Working from a line drawing? Use sketch to 3D.

Use a few directed views, not a photogrammetry photo set

This AI multi-view workflow is designed around the image count and order accepted by the selected generation model. Traditional photogrammetry usually uses dozens or hundreds of overlapping photographs to recover camera positions and measured surface detail. If you need scan-style capture, use a dedicated photogrammetry workflow instead of forcing a large photo set into this page.

Choose topology for the next workflow

Triangles are a practical default for rendering and real-time use. Quads may be preferable when the selected model supports them and the result will be sculpted, retopologized, or animated.

Compare the available Meshy and Tripo model families before choosing your settings. Review Hi3D V3.0 for its reference-view, face-count and surface options.

Inspect cross-view consistency

Rotate the output and check whether shared landmarks align, whether hidden surfaces remain plausible, and whether textures jump between viewpoints.

Reopen a downloaded mesh in the 3D model viewer to inspect seams and hidden surfaces.

Costs and download formats

Tripo H3.1 starts at 30 credits with the default settings. The workspace shows the cost for your chosen model and settings before you generate.

• Download the original GLB when your completed result includes one.
• The result panel lists other files and conversion options available for that model.
• Set and check physical dimensions in a 3D editor if scale matters to your project.

See plans and credit details.