Red fall bouquet (3D)
A detailed 3D bouquet model featuring red fall leaves, physalis branches, and pumpkins, perfect for autumn decorations and Halloween-themed projects.
A detailed 3D bouquet model featuring red fall leaves, physalis branches, and pumpkins, perfect for autumn decorations and Halloween-themed projects.* This page contains affiliate links, meaning we may earn a small commission if you purchase something through them, at no extra cost. $9.99
- Category:
- 3D › Vegetation › Plants
- Developer:
- tochechka
- Price:
- $9.99
- Favorites:
- 1
- Supported Unity Versions:
- 2022.3.13 or higher
- Current Version:
- 1.0
- Download Size:
- 119.04 MB
- Last Update:
- Oct 15, 2024
- Description:
- This 3D model is a vibrant and expressive bouquet that can be used as a decoration for both indoor and outdoor settings. It can also add a spooky touch to your 3D project, game, or metaverse. The model is designed to evoke the feeling of autumn and Halloween.
The model includes a variety of elements, such as physalis branches, leaf branches, a vase, and three pumpkins, all with clean topology and UVs. The textures are provided in 4K and 2K resolutions, and there are four sets of texture maps (AlbedoTransparency, MetallicSmoothness, Normal) to give the model a realistic look.
The package includes a prefab of the red bouquet, which can be easily assembled and used in your project. Additionally, a demo prefab is provided for quick testing and reference.
This model is a great addition to any project that requires a seasonal or autumnal theme, and can be used in a variety of contexts, from games to architectural visualizations. - Technical Details:
- The asset contains:
* 6 models: physalis branches, leaf branches, vase, and 3 pumpkins, all with clean topology and UVs
* 28,000 faces for all 6 models combined
* 4 sets of texture maps (AlbedoTransparency, MetallicSmoothness, Normal) in 4K and 2K resolutions
* 4 texture-based materials
* A prefab of the red bouquet, with all models assembled
* A demo prefab for quick testing and reference - Continue »