🎾 Skilled Tennis Racket – Optimized Excessive-Poly・ 3D File for 3D printing・Cults

Title: Skilled Tennis Racket – Excessive High quality & Optimized
Product Description:
Excessive-quality, photorealistic 3D mannequin of a contemporary tennis racket, designed for skilled visualizations and close-up renders. The mannequin includes a detailed body, life like string sample, and an ergonomic grip.

The geometry has been rigorously optimized to make sure an ideal stability between visible constancy and efficiency.

Technical Specs:
Whole Polygons: 139,039

Whole Vertices: 68,826

Geometry: Optimized Mesh (primarily quads/tris)

Scale: Actual-world scale (Metric)

Naming: All objects and supplies are clearly named for simple scene administration (e.g., Tennis_Racket_Frame, Nylon_Strings).

Key Options:
Optimized Geometry: Vital discount from high-poly sculpt to a manageable 139k poly depend with out dropping element.

Materials Prepared: Comes with pre-configured supplies for body (metallic/matte) and strings (semi-transparent nylon).

Clear Outliner: No stray objects or hidden geometry.

Compatibility: Excellent for architectural visualization, product commercials, and high-end 3D scenes.

Technical Parameters & Utilization Directions
Optimization: The mannequin has been optimized utilizing a Decimate modifier, lowering the polygon depend from 13.9M to ~139k whereas preserving excessive visible high quality.

Scale: Mannequin is constructed to real-world scale. Please apply “Scale” (Ctrl+A) in your software program should you plan to make use of it for physics simulations or 3D printing.

3D Printing: This mannequin is primarily designed for visualization. For 3D printing, make sure you verify the mesh for “manifold” properties and modify the string thickness in keeping with your printer’s nozzle dimension.

Supplies: PBR-ready supplies are utilized. You may simply change the body colour or string transparency within the shader settings.

Naming Conference: Logic-based naming for all elements (Body, Strings, Grip) for simple integration into complicated scenes.