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3D model Larbre Competition Ligier JS P217 LMP2 WEC Season 2018 2019

3D Model License: Standard    Upgrade License
Jun 13, 2018
CheckMate Lite Certified
FORMATS
NATIVE
3ds Max 2016  |  V-Ray 3.30.04
3D Studio
DXF 2010
FBX
OBJ
DirectX
3D Model Specifications
24,654 Polygons
25,252 Vertices
Polygonal Ngons used Geometry
Textures
Materials
UV Mapped
non-overlapping Unwrapped UVs
Product ID: 1295483
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Low-poly subdivision-ready Larbre Competition Ligier JS P217 LMP2 WEC race car 3d model with PBR materials (Specular and Metallic workflows). FIA World Endurace Championship Season 2018 2019. #50 car driven by Erwin Creed, Romano Ricci, Julien Canal and Thomas Dagoneau.


Advantages of the model:

- Very clean geometry.
- This model is maximally optimized for use in 3d games and VR.
- Just one material and one set of textures for the whole model. This allows you to achieve maximum performance in games and real-time applications.
- Very low polycount. The model without turbosmooth is great for mobile games. And if you apply a turbosmooth modifier it starts to look great in large projects on PCs or game consoles. All this became possible thanks to a very competent application of smoothing groups and properly adjusted geometry.
- Real world scale. So you can easily import this model in your project without need to change anything.
- The model uses smoothing groups, so you can always increase the detail to the required level simply by applying a turbosmooth modifier with the necessary number of iterations.
- Divided into functional parts and grouped for easy editing and using in game engines.
- The model consists of 39 separate objects grouped together. Each of this objects has a simple and understandable name.
- Specular and Metallic workflow textures included!
- Compatible with the majority of modern game engines!


Model specifications:

Created in 3DS Max 2016 and rendered with V-Ray 3.30. Lighting is a mix of global illumination from HDRI (included) and 1 v-ray light. The model does not require the installation of any additional plug-ins or software. All you need to get the exact same rendering as on the preview image is the 3DS Max 2016 and V-Ray 3.30.04.

Polygons count: 24,654 (no n-gons)
    Subdivision 1 polygons count: 194,316
    Subdivision 2 polygons count: 777,260
Vertices count: 25,252


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

Textures (Specular workflow):
- Diffuse (4096 x 4096 PNG)
- DX NormalMap (4096 x 4096 PNG)
- Specular (4096 x 4096 PNG)
- Glossiness (4096 x 4096 PNG)
- Refraction (4096 x 4096 PNG)
- Emissive (4096 x 4096 PNG)
- Ambient Occlusion (4096 x 4096 PNG)

Textures (Metallic workflow):
- Base Color (4096 x 4096 PNG)
- GL NormalMap (4096 x 4096 PNG)
- Metallic (4096 x 4096 PNG)
- Roughness (4096 x 4096 PNG)
- Refraction (4096 x 4096 PNG)
- Emissive (4096 x 4096 PNG)
- Ambient Occlusion (4096 x 4096 PNG)

Model available in such formats:
- MAX (2016)
- FBX
- OBJ
- 3DS
- DXF (2010)
- X (DirectX)

here are 3 versions of the model in all archives with additional formats: The original one and two modes with applied turbosmooth (1 and 2 iterations) modifier with the exception of X and 3DS formats due to limitations on the maximum number of polygons. In this formats, the model is presented only in subdivision 0
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