Brown Leather Oxford Shoes – Game-Ready 3D Model for Unity, Unreal Engine & Blender

Enhance your characters, NPCs, and cinematic scenes with these Brown Leather Oxford Shoes, a fully game-ready 3D asset crafted for realism, performance, and elegant visual detail. Designed with smooth, polished leather surfaces and clean topology, this pair of classic dress shoes fits naturally into modern, historical, detective-style, and lifestyle-themed environments.

Perfect for male characters, wardrobe systems, inventory props, cutscenes, and high-quality close-ups, these shoes deliver a realistic silhouette and premium shading across all major game engines.

Key Features

• Polycount: 4,636 triangles (optimized for real-time)

• PBR Textures: Base Color, Normal, Roughness, Metallic, Ambient Occlusion

• Texture Resolutions: 4K / 2K / 1K

Material Presets Included:

• Unity Standard Metallic

• Unity HDRP

• Unreal Engine ORM

• Blender (Metallic-Roughness workflow)

• File Formats: FBX (triangulated), OBJ, Blender (.blend with packed textures)

Optimized Performance

• Clean, non-overlapping UVs for crisp texture definition

• Realistic polished-leather material with subtle reflections

• Smooth low-poly silhouette ideal for animation, foot rigs, and third-person camera angles

• Fully watertight mesh compatible with physics simulations

• Optimized for PC, Console, Mobile, VR/AR, and WebGL

Applications

• Game Development: NPCs, civilians, detectives, business/professional characters, story-driven adventures

• VR/AR: fashion try-ons, character accessories, immersive experiences

• Visualization: fashion design, product showcases, lookbooks

• Cinematics: close-ups, character introductions, lifestyle storytelling shots

Engine Compatibility

• Unity: 2019.4+ (Standard / URP / HDRP)

• Unreal Engine: 4.26+ (automatic ORM setup)

• Blender: 2.8+ (Cycles & Eevee ready)

• Also compatible with Godot, Maya, 3ds Max, Cinema 4D, Houdini via FBX/OBJ

AI-Assisted, Human-Refined

This asset was partially created using AI-generated high-poly references. All retopology, UV mapping, baking, textures, topology cleanup and optimization were manually crafted. Created with licensed AI tools and verified for full commercial use.