Boulder Rock Set 4K PBR Textures Low-poly 3D model

cgtrader

4K PBR Textured Low=Poly Game-Ready Model Game-ready low poly model with advanced texturing, built for seamless use in video games. Low Poly model textures rendered with high-level detail to create an immersive experience. Advanced textured models optimized for efficient gameplay performance, with five high-quality texture maps included. Designed and engineered in 3DS Max and ZBrush for optimal output quality and accuracy. Five individual sets of texture maps enable artists to easily swap and mix styles to suit their game design needs: * 5 Albedo Maps: Create complex surface detail * 5 Roughness Maps: Achieve high-realism material responses * 5 Normal Maps (DirectX): Precise, crisp normal mapping with high polygonal precision Individual models showcased: Rock 1: Built on 3D model framework using optimized low poly triangles to achieve perfect geometry performance. Tri count for high-detail version: 3240. Tri count for medium-low detail version (LOD): 330. Rock 2: Detailed modeling technique creates rich rock face surface texturing with 1105 verts. Tri count for high-poly rock version: 2206. Medium poly count (LOD): 246 verts for a crisp rendering effect. Rock 3: Expert low-poly detailing maximizes texture use and enhances mesh optimization capabilities for high-end game applications. Poly counts high detail level: 2920. Polycounts medium-level detailed model: 536 for faster GPU interaction response. Rock 4: Rock model includes precise normal mapping applied for photorealistic output and perfect texturing precision levels throughout rock textures used here: Verts: 1949 high, poly tris at peak of realism accuracy, for top level polygon display - optimized on both platforms for a smooth workflow. Rock 5: Optimized in high-detai rendering environment (vertex level data rendered with correct values), textured in advance format for a very realistic result, game models with optimal usage count is key. Detailed geometry stats per LOD shown for Rock 1 to Rock 5 for the purpose of comparison