Detailed Technical Overview of Renault 4 Van 3D Model

Model Specifications:

• Object Count: 174 individual components are meticulously modeled, ensuring a comprehensive representation of the Renault 4 Van.
• Polygonal Structure: Initially modeled with 92,210 polygons (MeshSmooth OFF), this asset escalates to a robust 368,712 polygons with MeshSmooth applied at 1 iteration, demonstrating readiness for subdivision and high-detail rendering.
• Mesh Composition: Predominantly quadrilateral (99%), our mesh structure is meticulously designed to exclude Ngons and poles, optimizing it for subdivision algorithms and ensuring a smooth surface topology.
• Rendering Engine Compatibility: Provided in 3ds Max 2017 format, specifically tailored for V-Ray 5 rendering engine, ensuring compatibility and ease of use in high-end visualization workflows.
• Rendering Previews: Visual previews rendered in Marmoset with Subdivision level 0, including a turntable animation, to demonstrate the model's detail and potential.

Scene Composition Metrics:

• Total Scene Objects: 175, including a detailed breakdown of cameras (1), lights (5), helpers (2), ensuring a ready-to-render setup straight out of the box.
• Geometric Detail: Vertices count stands at 379,902 with faces tallying up to 369,228, underscoring the model's complexity and attention to detail.

Texture Specifications:

• Texture Resolution: High-resolution textures at 4096 x 4096 across 33 maps, adhering to the PBR metallic/roughness workflow. This includes BaseColor, Metallic, Roughness, Normal, Opacity, Emissive, and Ambient Occlusion maps, offering a comprehensive suite for realistic material representation.

General Attributes:

• Scale Accuracy: The model is crafted to precise real-world scale, using centimeters as the unit of measurement. The vehicle length is accurately modeled at 366 cm, ensuring that the model fits seamlessly into any scene or project.
• Organizational Detail: Scene objects are meticulously organized by layers and groups, facilitating easy navigation and integration into existing projects.