
Description
Feudal Japan Dojo – 42 High-End Modular Props
Product Overview
Elevate your digital environments with this premium asset pack inspired by the Sengoku period (1467–1615) and the early Edo era. Specifically designed for high-end architectural visualization, AAA game development, and cultural VR experiences, this collection focuses on the austere beauty of traditional Japanese dojos from the Kyoto region.
Every asset has been crafted with a focus on hyper-realism, utilizing a professional PBR workflow to ensure each material—from the grain of the Hinoki wood to the depth of Urushi lacquer—reacts authentically to any lighting condition.
Key Features & Technical Specs
Total Assets: 42 Unique Props (optimized for modularity).
Hyper-Realistic Textures: Created in Substance Painter using a 100% PBR Workflow.
Optimized Topology: Professional-grade mesh density balanced for visual fidelity and performance.
Triangles: ~418k (Full scene context).
Vertices: ~212k.
Historical Accuracy: Inspired by the architecture of Honshu island, featuring materials like Washi paper, Tamahagane iron, and Japanese Cedar.
Material Fidelity (PBR)
To achieve maximum immersion, the materials replicate the physical properties of authentic traditional elements:
Hinoki & Cedar: Realistic wood grains with accurate specular response.
Urushi Lacquer: Hand-crafted gloss maps for that signature deep, traditional polish.
Tamahagane Iron: Forged metal textures for hardware and decorative elements.
Washi & Silk: Optimized for subtle light transmission (Subsurface Scattering ready).
Target Audience & Use Cases
AAA Game Studios: High-fidelity assets ready for cinematic integration.
Cultural VR/AR: Perfect for digital museums and educational walkthroughs.
Cinematic Production: Hyper-realistic detail for close-up renders.
Architectural Visualization: Ideal for minimalist and traditional Japanese interior design.
Technical Information
Geometry: Nanite compatible / Mid-poly
Texturing: 4K/2K/1K Texture Sets (BaseColor, Normal, Roughness, Metallic, Ambient Occlusion).
Format: Optimized for Blender, and major 3D suites.









