3D plant model, Collection 549

Looking for a realistic pine tree 3D model for your next project? Collection 549 offers highly detailed assets that blend seamlessly into natural and architectural visualizations. With careful attention to textures and form, this set delivers the lifelike quality expected from premium plant models.

Enhance your library with this 3ds Max plant compatible model, and achieve a balance of realism and flexibility in your visualizations.

Perfect for Your 3D Projects

Whether you’re building a dense forest or adding a single tree to your landscape, this pine tree is a versatile choice. Explore our full collection of 3D tree models to find the right assets for your scenes. If you are working on broader environments, check out our 3D plant models for a variety of flora options to enrich your project.

Model Details

• Plant type: Pine Tree
• Category: 3d tree model
• Textures & materials: Fully included for instant use
• Plant species: 1
• Model variations: 3 unique options
• Polygon count: 890,395
• Compatibility & Formats: 3ds Max (version 2011) with support for V-Ray 3.6 and Corona +5, Blender 3.5, Cinema 4D R19, FBX and OBJ.

Formats and Compatibility

This pine tree model is highly versatile and comes in multiple formats: 3ds Max (version 2011), Blender 3.5, Cinema 4D R19, FBX, and OBJ. It is fully compatible with V-Ray 3.6, Corona +5, and Corona 10 render engines, making it easy to integrate into almost any 3D pipeline for architectural visualization, game design, or animation projects.

Detailed Features of a 3D Pine Tree Model

This model includes a single pine tree species with three unique variations, giving you options for creating varied landscapes or forest scenes. Each variation maintains a high level of detail while keeping performance in mind, thanks to a polygon count of 890,395.

Ready-to-Use Textures and Materials

All textures and materials are fully included, allowing for instant use in your projects without the need for additional setup. This ensures that your renderings achieve realistic lighting, shading, and surface detail with minimal effort.