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The character was sculpted in high detail and then professionally retopologized to achieve an optimized low-poly mesh while preserving surface details through PBR texture baking.
All materials are hand-crafted PBR textures in 4K resolution, ensuring crisp details and accurate surface response under different lighting conditions.
The model comes fully rigged with a clean armature suitable for animation and further customization.
Armor pieces, weapons, and accessories are separated logically, allowing easy reuse, modification, or replacement in production pipelines.
This asset is ideal for:
Games (RPG, Action, Strategy)
Real-time engines (Unity, Unreal Engine)
Cinematic renders
Marketplace-ready projects
Fully rigged Low-Poly character
Medieval sword and shield (separate meshes)
PBR textures (4K)
Multiple export formats for maximum compatibility
Included formats:
.BLEND
.FBX
.OBJ
Textures (Base Color, Normal, Roughness, Metallic, Height..)
Objects: 34
Vertices: 48,576
Edges: 108,119
Faces: 59,782
Triangles: 94,178
Texture Resolution: 4096 × 4096 (4K)
UVs: Clean, non-overlapping, production-ready
Workflow: PBR Metallic/Roughness
Scale: Real-world scale (centimeters)
Normals: Correctly oriented (outside)
Fully rigged character
Clean deformation for animation
Suitable for further skin-weight refinement if needed
Cloak included as static mesh (optimized for performance)
No animations included
No HDRI or scene lighting included
Render images are for preview purposes only
This character was developed using a full professional game-production pipeline, starting from high-resolution sculpting and ending with a fully optimized, rig-ready asset.
All geometry has been carefully retopologized to achieve a strong balance between visual fidelity and real-time performance, making it suitable for games, cinematics, and real-time engines.
Textures were authored in Substance 3D Painter using a PBR Metal/Roughness workflow, with high-resolution 4K maps ensuring crisp surface detail and material depth.
The character is cleanly organized, consistently named, and delivered in multiple industry-standard formats for maximum compatibility and ease of integration.