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ealss1731
01-06 12:59
Model Name
premium audio system 3d model
Tags
props
props realistic
props rendering
props rendering realistic
realistic
rendering
rendering realistic
satellite speakers
soundbar
Input
Prompt
Below is a **fully detailed English prompt** optimized for **3ds Max 3D modeling**, based on the attached **LG Sound Suite AI** product image. This is written at a **professional / production-ready level**, suitable for high-end product visualization, advertising renders, or exhibition assets. --- # 🎧 3ds Max 3D Modeling Prompt **LG Sound Suite AI – Premium Audio System** ## 1. Project Overview Create a highly detailed, photorealistic 3D model of a premium home audio system inspired by the LG Sound Suite AI product. The system consists of **one central subwoofer**, **five cylindrical satellite speakers**, and **one slim soundbar** aligned in front. The overall design language is **minimal, modern, and high-end consumer electronics**, finished in matte black with subtle warm LED accents. --- ## 2. Modeling Guidelines (Geometry) ### ■ Central Subwoofer * Base shape: rounded-edge cube with soft, continuous curvature * All edges use smooth chamfering (no sharp edges) * Front panel: * Slightly recessed surface * Fabric speaker grille with fine textile pattern * Top surface: * Gently curved * Small circular LED indicator embedded at the center * Bottom: * Slight floating gap from the ground * Thin circular LED light ring emitting a warm amber glow --- ### ■ Satellite Speakers (5 units) * Base shape: vertical cylindrical form * Top surface: * Slightly convex * Brushed metal disc with circular radial hairline texture * Subtle central button or touch control * Side surface: * Wrapped in fabric mesh material * Seamless appearance with minimal panel breaks * Bottom: * Thin LED ring emitting soft warm orange light * Proportions: * Balanced height-to-diameter ratio * Clean, symmetrical silhouette --- ### ■ Soundbar * Form: * Long, slim rectangular bar * Soft chamfered edges on all sides * Front: * Fine perforated grille or fabric mesh texture * Top: * Minimal engraved button icons (power, volume, connectivity) * Bottom: * Continuous thin LED strip with subtle warm glow --- ## 3. Materials (Physically Based) ### ■ Matte Black Body * Base Color: deep matte black * Roughness: 0.6 – 0.7 * Specular: low * Add very subtle noise for realistic plastic appliance texture ### ■ Fabric Mesh * Use normal map for fine textile detail * Slight roughness variation using noise * Low reflectivity, not completely flat ### ■ Brushed Metal (Top Discs) * Enable anisotropy * Circular brushed direction aligned correctly * Roughness: 0.3 – 0.4 * Clean but premium metallic reflection ### ■ LED Lighting * Emissive material * Color: warm orange / amber * Subtle bloom or glow * Avoid overexposure; keep elegant and restrained --- ## 4. Lighting Setup (Studio Product Lighting) * Key Light: large softbox above and slightly to the side * Fill Light: low-intensity opposite side * Rim Light: thin backlight to define silhouette * Minimal floor reflections * Emphasis on curvature, material separation, and product form --- ## 5. Rendering Setup (Recommended) * Renderer: V-Ray, Corona, or Arnold * Camera: * Centered, symmetrical front view * Slightly low angle for product presence * Background: * Pure white or very light gray * Output Quality: * High-resolution, noise-free * Commercial product advertising standard --- ## 6. Advanced Detail Options (Optional) * Hidden assembly structure (no visible screws) * Assumed ventilation holes on rear/bottom panels * Subtle edge wear (extremely minimal) * Embossed or silk-printed brand logo * Real-world scale approximation (1:1 proportion) --- ## 7. Short One-Line Prompt Version Ultra-detailed premium home audio system 3D model, matte black finish, rounded-edge subwoofer, cylindrical fabric-covered satellite speakers with brushed metal tops, slim soundbar, warm amber LED accents, realistic materials, studio lighting, high-end product visualization, 3ds Max, photorealistic render. --- If you want, I can also provide: * **Exact modeling order (Subdivision workflow)** * **Estimated real-world dimensions** * **V-Ray / Corona material node values** * **Exploded-view or animation-ready structure** * **Turntable render camera setup** Just tell me the next step.
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