From JPG
JPG is a lossy, DCT-compressed photo format with no alpha channel, the default output of nearly every phone camera and the most common upload for this kind of conversion.
Upload a JPG and Hyper3D reconstructs the object in 3D with AI, downloadable as a textured GLB. A single Blender export turns it into the FBX Unity and Unreal expect.
Importez une image pour générer votre modèle 3D
Protégé par Cloudflare Turnstile. Sans compte, 3 générations gratuites par heure.
JPG, PNG ou WebP · 3 générations gratuites par heure · sans compte
Remarque : le générateur renvoie toujours un maillage GLB texturé — c'est le seul fichier qu'il produit. Les étapes de cette page expliquent comment passer de ce GLB à FBX.
A JPG carries only what one camera saw from one angle, compressed with lossy DCT math and stripped of any depth or alpha information, so there is no shortcut from pixels to a 3D asset; the model has to be inferred rather than extracted. Hyper3D's AI reconstruction reads the shape, shading and edges in your photo and predicts a complete surface for the object, generating the geometry for sides and undersides that never appeared in the original shot.
FBX is Autodesk's proprietary interchange format, the one Unity and Unreal both treat as a first-class import target for meshes, materials and, when present, animation and rigging data. One quirk worth knowing up front is that FBX's default unit is centimeters, so a model exported at a different scale can come into an engine 100 times too big or too small until you fix the import scale. Hyper3D outputs the reconstructed mesh and its PBR materials as a GLB, and Blender's FBX exporter carries both across for that import step.
JPG is a lossy, DCT-compressed photo format with no alpha channel, the default output of nearly every phone camera and the most common upload for this kind of conversion.
FBX is Autodesk's interchange format for meshes, materials and animation, used as the standard import path into Unity and Unreal, with centimeters as its default unit.
Pick a well-lit JPG with the subject clearly separated from its background so the AI can reconstruct a clean silhouette to build the mesh from.
Hyper3D infers the full geometry and bakes PBR textures onto it, completing the reconstruction in about 60 seconds without manual modeling.
Download the reconstructed GLB, open it in Blender and export FBX with its materials included, ready to import into Unity or Unreal for further setup.
FBX defaults to centimeters, so verify the scale factor on import into Unity or Unreal to avoid a model that lands 100 times too large or too small.
Open the imported FBX's material slots in Unity or Unreal and reassign shaders if needed, since the baked PBR textures may need remapping to the engine's material system.
Confirm the model's pivot point sits where you expect before placing it in a scene, since AI-reconstructed meshes are not always centered on the world origin.
If the mesh is dense, run a decimation pass in Blender before the final FBX export to keep polygon count reasonable for real-time rendering.
Because FBX assets often end up in a real-time scene alongside dozens of other objects, it pays to think about the source photo with performance in mind, not just looks. Shoot the subject with even, soft lighting and a plain background so the AI is not fighting confusing shadows, and pick an angle that shows some depth, since a flat front-on shot gives the reconstruction less information to work with. Avoid highly reflective or transparent objects, which tend to confuse single-view reconstruction and produce noisier geometry than a matte, evenly lit subject.
After export, open the FBX in Blender first to check scale, orientation and polygon count, and run a decimation pass there if the mesh is denser than your engine budget allows. From Blender you can re-export a lighter FBX, or import directly into Unity or Unreal and fix the import scale, since FBX's default centimeter unit is a common source of oversized or tiny assets on first import. Godot also reads FBX now, so the same workflow applies if that is your target engine.
Tout ce que l'on demande avant de transformer une photo en modèle 3D.
Yes, Hyper3D gives 3 free generations per hour with no account or sign-up needed, and Blender, which converts the downloaded GLB to FBX, is free as well.
No, the output is a static mesh with baked PBR textures and no skeleton, so if you need animation you will need to rig the model yourself in Blender or Maya first.
FBX defaults to centimeters as its unit, so if the import scale is not set correctly, the model can appear 100 times larger or smaller than expected inside Unity or Unreal.
Yes, Unreal imports FBX natively, and it is worth checking material slots and scale on the import dialog since AI-reconstructed meshes have no fixed real-world unit built in.
A sharp, well-lit JPG under 10 MB with the subject centered and separated from a plain background gives the AI the clearest information to build accurate geometry from.
Yes, Hyper3D bakes the PBR color and surface detail into the GLB it generates, and Blender's FBX exporter carries those materials across, so the textures survive into your engine.
D'autres façons de transformer une image en modèle 3D avec Hyper3D.
Gratuit, sans compte, et un GLB téléchargeable en moins d'une minute.