Tree 3D Model

3D Tree model for realistic landscape scenes and architectural visualizations. High-quality 3D geometry with natural form and detailed branches, suitable for close-up renders and wide outdoor environments. Ideal for game assets, CGI, and design projects needing lifelike tree styling.

Tree 3D Model

Overview

Bring natural beauty to your scenes with this Tree 3D model, a high-quality, versatile asset designed for landscaping, environments, archviz, games, and cinematic visuals. The model features detailed tree geometry that works well for close-up renders, while remaining suitable for wider outdoor scenes.

Usage Patterns (where this model works best):

  • Outdoor environments: forests, parks, streetscapes, and natural landscapes.
  • Archviz & interior/exterior visualization: gardens, terraces, patios, and backyard scenes.
  • Game development: real-time use in environments, vegetation setups, and scene dressing.
  • Cinematic & VFX: atmosphere-building for establishing shots and background plates.
  • VR/AR experiences: immersive scenery where believable plant detail matters.
  • 3D design workflows: quick placement and easy iteration during scene creation.

File Format Support: Download and use the model in the most common 3D workflows. This asset is provided with support for MAX, OBJ, FBX, C4D, and BLEND formats.

3D Software Compatibility: Import the tree into your preferred tools, including Blender, 3ds Max, Maya, Cinema 4D, and use it directly in Unreal Engine. Also compatible with other major 3D software that supports these standard formats.

Perfect for artists, designers, and developers looking to add realistic vegetation quickly—whether you’re building a full ecosystem or placing a single hero tree in your next project.

Tags

  • tree
  • plant
  • nature
  • shrub
  • fire
  • weed
  • flora

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.