This Procedural Realistic Basketball 3D Model is a highly detailed, production-ready asset optimized for game development, product visualization, AR/VR simulations, and 3D printing. Created in Blender 3.5.1 with the Cycles render engine, it delivers exceptional realism using a fully procedural leather material. The model ensures accurate scale, clean geometry, and UV-ready topology for seamless integration into real-time engines or offline renders.

Whether you are creating a high-end sports scene, designing a virtual training environment, or producing a physical basketball replica, this model provides the visual quality and flexibility you need.

• Software: Blender 3.5.1
• Renderer: Cycles
• Vertices: 41,602
• Polygons: 41,602 (quad-based topology)
• Formats Included: .blend, .fbx, .obj, .stl
• Textures: Procedural node-based (no external image textures)
• PBR Materials: Included
• UV Mapping: Generated for accurate shading and decal placement
• Scale: Real-world dimensions

• 100% procedural surface detailing replicating the authentic basketball grain and seams.
• Physically accurate leather sheen for realistic highlights and shadows.
• No external texture maps required — fully scalable without loss of quality.

• Balanced polygon count suitable for both high-quality renders and real-time engines like Unity and Unreal Engine.
• Clean topology for smooth deformation in animations.
• Procedural shading allows instant color/material adjustments in Blender without re-baking.

• Video Game Asset: Indoor/outdoor basketball courts, sports-based games.
• Product Visualization: Marketing visuals for sports equipment brands.
• AR/VR Experiences: Interactive sports simulations and training apps.
• 3D Printing: Physical replica production for display or educational purposes.

• Procedural, texture-independent workflow for easy customization.
• Realistic, physically correct scale and proportions.
• Suitable for professional, educational, and creative projects.

• Fully organized Blender file with non-destructive modifier stack.
• Export-ready FBX, OBJ, STL formats.
• Procedural PBR materials and shader setup.