CÃO SCIFI MODELO 3D - OBJ - FBX - IMPRESSÃO 3D - PROJETO 3D - CÃO SCIFI Low-poly Modelo 3D

Descrição

GET THIS DOG SCIFI 3D MODEL FOR YOUR 3D PRINTINGS AND 3D PROJECTS.
Low-poly subdivision-ready 3D model of F1 TOON Season 2021 Race Car with PBR materials (Specular and Metallic workflows).

Advantages of the model:
- Very clean geometry;
- The model is maximally optimized for use in 3d games, 3D PRINTING, and VR;
- 4 Materials with textures set - separate,

DOG SCIFI - containing AO, BaseColor/DiffusE, Glossiness/Roughness, Metallic/Specular, Normal - depending on material;
- Textures size:

Very low polycount. The model without turbosmooth is great for mobile games. When you apply a turbosmooth modifier, it starts to look great in large projects on PCs and game consoles as well. This is possible thanks to a very competent application of smoothing groups and properly adjusted geometry;

Real world scale (Metric / Centimeters). So you can import this model easily into your project without need to change anything;
The model uses smoothing groups, so you can always increase details to the required level simply by applying a turbosmooth modifier with a necessary number of iterations;

Divided into functional parts and grouped for easy editing and using in game engines;

The model consists of 49 separate objects grouped together. Each of these objects has a simple and understandable name;
UV map is maximally optimized for texture's easy editing so without difficulties you can add or remove any logo or some details where needed;

Specular and Metallic workflow textures included!
3D model archieves include separate layers of diffuse texture thus making changes to textures is easy as never.
Compatible with the majority of modern game engines!
Model specifications:

Created in 3DS Max 2018 and rendered with V-Ray 3.

Polygons count: 248440
Subdivision 1 polygons count: 248440

Vertices count: 248440

Unit Scale: Metric / Centimeters -83,24 CM

Materials:
A V-Ray PBR material with specular workflow is applied to the model. All its parameters were created for the StemCell standard.

Model is available in the following formats:

FBX
OBJ