Meshy 6 turns an object description, one image or up to four source views into a 3D asset. Describe the silhouette, parts and materials in text, or supply clear views of the same object to guide its appearance. Topology, target polygon count, remeshing and symmetry settings help express the intended mesh; texture and PBR controls guide its surface. Character workflows can also request a pose, rigging and animation with rigging enabled. Inspect the returned model and associated files before using the asset in a scene or development project.
Meshy 6 is developed by Meshy. Vidgo provides access to the model. Model names and trademarks belong to their respective owners.Use Text to 3D for a written object concept, Image to 3D for exactly one source picture, or Multi Image to 3D for one to four images of the same object. Match the material and mesh controls to the intended asset, then open the selected task to review its current generation amount and inspect the result.
Generate 3D assets from text, one image, or multiple views with mesh, texture, rigging, and animation controls.
Generate 3D assets from text, one image, or multiple views with mesh, texture, rigging, and animation controls.
Generate 3D assets from text, one image, or multiple views with mesh, texture, rigging, and animation controls.
The text task accepts a prompt up to 600 characters; image tasks use ordered public image_urls. A single image establishes visible shape and material, while complementary views help describe sides and the back of the same object. Supply a coherent object and select topology, remeshing, texture and any character controls in the matching task.
| Model / task | Input and workflow |
|---|---|
| Meshy 6 Text to 3D | Generate 3D assets from text, one image, or multiple views with mesh, texture, rigging, and animation controls. |
| Meshy 6 Image to 3D | Generate 3D assets from text, one image, or multiple views with mesh, texture, rigging, and animation controls. |
| Meshy 6 Multi Image to 3D | Generate 3D assets from text, one image, or multiple views with mesh, texture, rigging, and animation controls. |
Existing Meshy records include an ammonite fossil, a brass theodolite, a survey backpack, a stone bridge and a deep-sea pod. Each has its own input and generation settings. Inspect the recorded preview images and interactive case models to understand how the requested object, source views and mesh/material controls relate to the result.
Specify the silhouette, connected parts, scale cues and materials in a concise prompt. The ammonite request describes a raised spiral in limestone, ribs and a stable underside. Rotate the model to inspect whether the shape and back surface fit the requested specimen.
Provide exactly one image showing the object clearly, then choose the mesh and surface settings. The theodolite source gives the brass instrument’s silhouette and visible parts; inspect the returned object from several angles against those details.
Use one to four images with consistent design, materials and proportions. The survey-pack record uses three views to show the front, side and back. Compare the input views with the generated volume, straps and equipment placement.
Choose triangle or quad topology, a target polygon count, remeshing and symmetry mode. The bridge record uses triangle topology, a 30,000 target and remeshing; inspect its arch opening, masonry and connected structure when assessing the result for a scene.
Use text or source images for the desired materials, with texture guidance and PBR settings in the task. The deep-sea pod request specifies metal, enamel and rubber alongside mechanical seams. Inspect the resulting surface and geometry together while planning the asset’s next revision.
The ammonite case starts from the complete fossil prompt, while the survey-pack case uses three actual images with the recorded mesh and texture parameters. Read the original prompt or input object, compare all source views with the preview and rotate the actual returned GLB. Inspect silhouette, spiral or equipment details, back surfaces and material continuity within each independent case.
A single large ammonite fossil partly exposed in an irregular palm-sized limestone block. Clearly coiled raised spiral with evenly spaced rounded ribs and a thick outer whorl, naturally broken stone edges and a stable rough flat underside. Warm ochre fossil, cool pale gray limestone, fine mineral pores, restrained weathering. Museum specimen with convincing depth and continuous spiral geometry. One solid object, no stand, labels, lettering or surrounding scenery.
{ "topology": "triangle", "target_polycount": 30000, "should_remesh": true, "symmetry_mode": "auto", "enable_pbr": true, "pose_mode": "", "enable_rigging": false, "enable_animation": false, "enable_safety_checker": true, "image_urls": [ "https://cdn.vidgo.ai/apis/models/meshy/v6/multi-image-to-3d/v1/01/input.png", "https://cdn.vidgo.ai/apis/models/meshy/v6/multi-image-to-3d/v1/01/side.png", "https://cdn.vidgo.ai/apis/models/meshy/v6/multi-image-to-3d/v1/01/back.png" ], "should_texture": true }
Prepare an object brief, a clear reference image or complementary views, then choose geometry and material controls for the intended use. Generate and inspect the model from several angles. Reviewed assets can support game-prop concepts, museum-object studies, environment miniatures, mechanical objects, character preparation and visual scene development.
Describe a standalone object and its readable silhouette or provide an approved picture. Choose the mesh settings and inspect geometry and material regions before developing the prop for a game scene.
Prepare a specimen or artifact description with distinctive surface and structural details. Inspect the generated model’s front, back and underside for a visual study or educational scene proposal.
Describe a compact architectural or geological piece with connected parts and clear openings. Review the mesh, materials and silhouette from multiple angles for a scene-development miniature.
Prepare text or source views showing the object’s parts and material regions. Generate and inspect seams, part separation and volume to explore a mechanical prop or visual design.
Provide a suitable character description or image, select pose and rigging controls, and enable rigging before requesting animation. Inspect the returned asset and associated files for the planned character workflow.
Prepare consistent source views and choose topology and surface settings for an object. Inspect the result in the intended 3D application before placing it into a scene or revising the creative direction.
Meshy 6 uses the current per-generation amount shown for each task in the dynamic table. The existing task estimator applies the same generation tier across the accepted mesh, material, rigging and animation inputs. Open the exact task with your intended settings to review the complete amount before submitting and plan variations by the number of requests.
| Model | Provider | Workflow | Input material | Output contents | Starting rate |
|---|---|---|---|---|---|
| Meshy 6 Text to 3D | Meshy | Text to 3D | Object prompt | 3D model / material files | $0.3 / generation |
| Meshy 6 Image to 3D | Meshy | Image to 3D | Exactly 1 source image | 3D model / material files | $0.3 / generation |
| Meshy 6 Multi Image to 3D | Meshy | Multi Image to 3D | 1–4 source views | 3D model / material files | $0.3 / generation |
Test your creative brief online, then bring the verified request into your application.
Open the selected Meshy task, enter the object description or required images and configure the intended mesh and material controls. Review the generation amount, submit and inspect the preview and model from multiple angles. Retrieve the related files and review shape, surface and any requested character data in the intended workflow.
Choose a task, inspect its settings and cost, and follow the result from an online test to an authenticated API request.
Choose text for an object description, one image for a single-view reference, or the multi-image task for one to four complementary views. Set topology, target polygon count, remeshing, symmetry and material direction. For a character, choose pose and rigging; request animation with rigging enabled.
Open the selected Meshy task, enter the object description or required images and configure the intended mesh and material controls. Review the generation amount, submit and inspect the preview and model from multiple angles. Retrieve the related files and review shape, surface and any requested character data in the intended workflow.
Use the current per-generation amount for the selected task and the number of planned object variations. Review the full request settings and amount before each submission, and retain the original inputs when comparing results.
Read the actual prompt or recorded input parameters and compare source images with the model preview and interactive result. Inspect silhouette, geometry and materials from several angles before adapting the workflow to your object.
Retain the task ID returned by the API to query status and retrieve completed file URLs. Use your online generation history to review earlier results and the creative direction you tested.
Use the documentation linked from each task for its exact model identifier, accepted inputs, authentication and response format. Integrate the same task you tested online so its media and settings match the request.
Meshy 6 is a 3D-generation family on Vidgo with text, single-image and one-to-four-image workflows. It exposes mesh, texture, PBR, pose, rigging and animation controls, with animation requiring enabled rigging. Each selected task returns its recorded model and related files through the standard task workflow.
Read 3D-model introductions, API guides and platform comparisons to understand source preparation, mesh and material controls, integration and generation costs.
