3d-asset-production

To prepare 3D models for Unity or Unreal delivery, you define engine budgets, repair topology, establish scale and axes, bake PBR textures, generate LODs, perform target-engine QA, and document provenance for a validated production package.

Converting a high-poly sculpt into a shippable glTF asset involves retopology for clean geometry, UV mapping, baking PBR materials, optimizing geometry for LOD requirements, and validating the structural preflight for web viewers.

Yes, this process transforms photogrammetry scans and CAD-derived polygon output into production-ready assets by repairing topology, establishing coordinate conventions, preparing UVs, baking textures, and optimizing geometry for your target consumer.

Setting up rig handoffs requires establishing animation-friendly topology through retopology, defining skeletal asset requirements, validating dependencies, and preparing the package for DCC handoffs with complete import documentation.

Limitations when optimizing 3D assets for web viewers include strict polygon budgets, explicit coordinate conventions, UV and PBR requirements for glTF or GLB formats, and known constraints documented during the target-consumer import testing phase.

3D assets fail target-consumer import testing due to unmet explicit budgets, incorrect scale and coordinate conventions, missing UV or PBR requirements, incomplete structural preflight, or unresolved dependencies identified during validation.