9 Medieval Outfits Collection (CLO3D + Blender + FBX + OBJ)

This collection includes 9 medieval and fantasy-inspired outfit models created in CLO3D and prepared for Blender, FBX, and OBJ workflows.

The collection features a variety of hooded robes, tunics, layered garments, and wrapped clothing with natural folds, flowing silhouettes, and carefully designed details. Each design has its own unique shape and fabric arrangement, giving you a versatile selection for creating distinctive medieval and fantasy characters and immersive scenes.

All models are suitable for character design, medieval and fantasy scenes, games, cinematics, concept art, digital fashion, animation, and other 3D projects.

Each outfit was carefully created in CLO3D using detailed garment patterns and realistic fabric arrangements. The models feature clean Quad topology, making them easy to edit, customize, and integrate into different 3D workflows.

The UVs have been packed in RizomUV, and the FBX and OBJ files have been exported from CLO3D using the Thin setting. All models have also been imported into Blender, where a shared PBR material has been applied for a consistent presentation across the collection.

The models are provided without additional subdivision in Blender to keep the files lightweight and efficient. You can add your preferred subdivision level whenever higher mesh density is needed.

CLO3D Simulation Note

The models are provided with Quad topology. If you want to re-simulate the garments in CLO3D, it is recommended to convert the Quad mesh to Triangles before simulation to help preserve the intended garment shape and prevent unwanted changes during simulation.

Important: If any pattern is set to the Strong property in CLO3D, please keep it enabled and do not remove the pattern from the Strong setting before simulation. This helps maintain the intended structure of the garment and provides more stable and accurate simulation results.

Package Includes:

• 9 CLO3D Project Files
• Blender (.blend) File
• FBX Files - Thin
• OBJ Files -Thin
• Packed UVs
• Shared PBR Material