Midpoly Vehicle Rim B492M 3D ModelPolygons: 28,000Materials: PBR (Physically Based Rendering)Software: BlenderStatus: Ready for Use
The Midpoly Vehicle Rim B492M is a versatile and efficient 3D model designed for applications requiring a balance between visual fidelity and performance. With a polygon count of 28,000, it strikes the perfect equilibrium between detail and optimization, making it an ideal choice for use in real-time engines, gaming, and interactive applications where smooth performance is key, without compromising on aesthetics.
Key Features:Optimized Geometry:The model consists of 28,000 polygons, providing enough detail for a highly accurate representation of the rim's shape and structure, while remaining lightweight for projects that need optimized assets. This mid-poly approach ensures smooth curves and well-defined shapes without excessive load on system resources, making it suitable for both real-time and offline renders.
PBR Materials:The rim features Physically Based Rendering (PBR) materials, ensuring that the surface responds naturally to lighting and environmental reflections. These materials provide realistic metallic finishes, including subtle variations in gloss, roughness, and reflectivity, giving the model a lifelike appearance under various lighting conditions. The PBR setup ensures that the model will look stunning in game engines like Unity, Unreal Engine, or in Blender’s own Cycles and Eevee renderers.
Ready for Immediate Use:This rim model comes fully prepared for integration into your projects. Its simple yet detailed structure makes it easy to use in a wide range of applications, from real-time simulations and virtual environments to animations and product visualizations. The model is cleanly unwrapped and fully textured, ensuring quick deployment without the need for additional adjustments.
Modeled in Blender:Created in Blender, the Midpoly Vehicle Rim B492M adheres to industry standards, ensuring compatibility with multiple 3D workflows. The clean topology and careful attention to form make this rim easy to modify or adapt to specific project needs, without the burden of unnecessary complexity.