Smart Watch 3D Model – High Quality PBR | BLEND FBX OBJ GLTF USD STL | Render & AR Ready

3D Model Specification Sheet – Smart Watch (High-Quality Model)

Formats Included: BLEND • FBX • OBJ • GLTF • USDC • STL

Description

This is a high-quality, highly detailed 3D model of a modern smart watch, created for professional product visualization, commercial rendering, animation, AR/VR applications, and real-time engines such as Unity and Unreal Engine.

The model features clean topology, accurate proportions, and realistic PBR materials for the watch body, screen, and strap. It is suitable for close-up renders, marketing visuals, product showcase animations, and interactive presentations.

The model is optimized while maintaining a high level of detail, making it ideal for both high-quality rendering and real-time performance. The included STL format also makes the model suitable for 3D printing workflows, while the USDC format allows integration into Apple AR and USD-based pipelines.

Geometry

Vertices: (Add your count)
Edges: (Add your count)
Faces: (Add your count)
Triangles: (Add your count)
Poly Count: High Poly
Level of Detail (LOD): Not included

Textures & Materials

Texture Type: PBR Materials
Image Textures Used: Yes (Screen)
Separate Materials: Yes
Transparency/Alpha Support: Yes (Glass/Screen)
Included Across All Formats: Yes

Animation & Rigging

Rigged for Animation: No (Static Model)
The model can be easily rigged and animated if required for strap movement or screen animations.

Compatibility

Real-time Engine Ready (Unity/Unreal): Yes
AR/VR Compatible: Yes
3D Printing Compatible: Yes (STL format)
Apple AR / USD Compatible: Yes (USDC format)
Clean Topology: Yes
Non-destructive Workflow: Yes

Formats

• BLEND (Native)
• FBX
• OBJ
• GLTF
• USDC (Apple AR / USD Format)
• STL (3D Printing Ready)

Use Cases

• Product visualization
• Commercial rendering
• Advertising and marketing
• AR/VR projects
• Games and real-time applications
• Animation and motion graphics
• Product showcase renders
• 3D printing
• Interactive presentations