Diving Boards 3D Model

Diving Boards sports 3D model with realistic proportions and clean geometry. Ideal for animation, game scenes, and sports visualization. Perfect for virtual swimming pools, training layouts, and architectural previews. High-quality 3D representation designed for easy integration.

Diving Boards 3D Model main preview

Overview

Diving Boards 3D Model — a detailed, realistic 3D asset designed for architectural visualization, sports facility design, and game/VR environments. This model features a clean, production-ready mesh suitable for rendering and real-time workflows, making it ideal for pools, aquatic centers, resorts, and leisure scenes.

Usage Patterns:

  • Architectural visualization: Showcase poolside layouts, diving zones, and water feature concepts.
  • Interior/Exterior design: Add realistic equipment to renderings for hotels, spas, and sports complexes.
  • Game & real-time environments: Use in Unreal Engine projects, interactive scenes, and virtual tours.
  • Animation & VFX: Perfect as a base asset for motion sequences, camera walkthroughs, and scene staging.
  • Training & simulation: Fit into sports, coaching, and simulation projects that require accurate props.

File Formats:

  • Downloadable MAX (3ds Max)
  • Downloadable OBJ
  • Downloadable FBX
  • Downloadable C4D (Cinema 4D)
  • Downloadable BLEND (Blender)

Software Compatibility:

  • Works with Blender, 3ds Max, Maya, and Cinema 4D
  • Compatible with Unreal Engine and other 3D/real-time platforms
  • Can be imported into many common pipelines supporting OBJ/FBX/C4D/Blend workflows

Get the Diving Boards 3D model to quickly enhance your poolside scenes with a realistic, ready-to-use asset.

Uploaded by mike schmidt on June 2011

Tags

  • fun
  • water
  • diving
  • outdoors
  • swimming
  • boards
  • sport

License

  • Royalty-Free License.
  • Commercial and editorial use according to site license terms.
  • Redistribution of source files is not allowed.
  • Please review the full license details before using the model in published work.

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