Smart Watch 3D model

This CGI-rendered smartwatch presents a modern, high-quality design with a balance of realistic materials, intricate details, and a functional layout. It features a 4:3 aspect ratio display, giving it a slightly boxier look than standard smartwatches, making it ideal for enhanced readability and user interaction.

Model Specifications:Vertices: 153,910

Polygons: 307,522

Aspect Ratio: 4:3

Intended Use: High-detail rendering, product visualization, animation

Material Breakdown:Watch Case (Metallic Silver)

Material Type: Brushed aluminum or stainless steel

Properties: Slightly reflective with smooth highlights, giving a premium, durable finish

Texture: Fine metallic grain with subtle imperfections for realism

Display (Glass Panel – 4:3 Aspect Ratio)

Material Type: Tempered glass with an anti-glare coating

Properties: High gloss with soft reflections, slightly curved at the edges

Size & Shape: 4:3 aspect ratio, ideal for health tracking, fitness data, and notifications

Texture: Fingerprint-resistant, smooth surface

Rotating Crown & Side Button (Metal with Rubber Accent)

Material Type: Matte-finished aluminum with an orange rubber grip

Properties: Metallic sheen with tactile grip, ensuring smooth rotations

Texture: Slightly raised rubber ridges for enhanced usability

Strap (Orange Silicone/Rubber Polymer)

Material Type: High-grade silicone/rubber with a ribbed texture

Properties: Soft-touch, sweat-resistant, flexible for comfort

Texture: Raised ridges for grip and a sporty, modern aesthetic

Clasp (Metallic Stainless Steel)

Material Type: Polished stainless steel

Properties: Reflective finish, durable construction for secure fastening

Texture: Smooth, slightly brushed for minimal reflections

Lighting & Rendering Enhancements:Soft reflections on metal parts for realistic highlights

Diffused light interaction on rubber/silicone materials for a natural matte look

HDR environment setup to showcase material depth and surface details

This model is optimized for high-end rendering, with the potential for a low-poly version using normal maps and optimized geometry.