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DCC Bridge
Anonymous1756139131
01-21 16:01
Model Name
ray-ban sunglasses 3d model
Tags
props
rendering
realistic
Prompt
Create a hyper-realistic, premium 3D model of Ray-Ban goggles / spectacles with exact real-world proportions and design accuracy. Design & Geometry: Faithfully replicate Ray-Ban eyewear design language with precise frame curvature, lens thickness, nose bridge geometry, hinge placement, and temple arm ergonomics Use real-world scale (1:1), accurate dimensions suitable for product visualization and e-commerce Clean quad-based topology optimized for real-time rendering Separate meshes for frame, lenses, hinges, nose pads, screws, and logo elements Frame Details: High-quality acetate or injection-molded plastic frame with subtle bevels and smooth edge transitions Slight asymmetry and micro-imperfections to mimic real manufactured eyewear Temple arms with correct tapering, engraved inner text, and realistic hinge mechanics Lens Details: Physically accurate lenses with correct curvature and thickness Support for polarized and non-polarized variants Subtle refraction, reflection, and light distortion Optional gradient tint or solid tint (green / brown / grey Ray-Ban style) Materials & Textures (PBR): Physically Based Rendering (PBR) workflow High-resolution textures (4K preferred) Accurate roughness, metallic, normal, and specular maps Glossy but not mirror-perfect plastic finish Slight smudges and wear on lenses for realism Branding & Logos: Ray-Ban logo precisely placed on lens corner and temple arms Logo should be subtle, crisp, and embossed or printed as per real product White or silver logo variant depending on frame color Color Variants: Black frame with green lenses Tortoiseshell frame with brown lenses Transparent or crystal frame option Rendering & Lighting: Studio-quality neutral lighting Soft reflections to highlight curves and materials No harsh shadows or overexposure Clean background for easy website integration Output & Optimization: Optimized for web and real-time 3D (Three.js / WebGL / Babylon.js) Low-poly and high-poly versions if supported UVs properly unwrapped with no stretching Export-ready for GLB / GLTF format Presentation: Centered, symmetrical orientation Floating product look suitable for a premium 3D website Photorealistic, luxury eyewear aesthetic Optional Add-Ons (Highly Recommended) You can append these if Tripo.ai supports modifiers: “Turntable-ready model for 360° interaction” “Exploded view compatible” “AR-ready scale and pivot alignment” “Animation-friendly hinges”
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