CG Trader
Low Poly PBR Gas Bottle Collection
by CG Trader
Last crawled date: 2 years, 10 months ago
Overview:
This is a Low-poly, game ready collection of Gas Bottles.
Gas Bottle with four colours (Red, Green, Blue, White)
19kg Gas Bottle with five colours (Propane Red, Red, Green, Blue, White)
48kg Gas Bottle with five colours (Propane Red, Red, Green, Blue, White).
Modelled in 3DS Max 2016. The normal map was baked from a high poly model for added detail.
Files named using the Unreal Engine 4 Naming Convention.
File uploaded as a packed .7z file. Geometry:
Package includes the Base Mesh and one LOD each in both .fbx and .obj file formats. Also included is a .uasset file with LOD's, collision, and a generated lightmap (place in your Unreal Engine 4 projects content folder).
3DS Max Dimensions – Gas Bottle L0.23m x W0.23m x H1.4m approximate to real world scale
19kg Gas Bottle Dimensions – L0.3m x W0.3m x H0.5m approximate to real world scale
48kg Gas Bottle Dimensions – L0.38m x W0.38m x H1.1m approximate to real world scale
Pivot is centered to the base of the model and is set at X:0 Y:0 Z:0 Gas Bottle 1 – 560 Tris
LOD 1 – 216 Tris Gas Bottle 2 – 882 Tris
LOD 1 – 436 Tris 19kg Gas Bottle – 1,994 Tris
LOD 1 – 964 Tris 48kg Gas Bottle – 1,994 Tris
LOD 1 – 964 Tris Textures:
Uses one set of PBR Textures each at 2048x2048 in PNG format with Metalness workflow. Also contains two packed Metalness, Roughness, Ambient Occlusion maps. Included Maps
Metalness Albedo (A) Ambient Occlusion (AO) Metalness (M) Normal (N) Roughness (R) Packed M_R_AO Packed R_M_AO Final Notes:
Also included is the 3DS Max scene (2016).
.uasset file does not have materials applied to prevent conflict with your UE4 project pipeline.
Preview Images are rendered in real time in Marmoset Toolbag 3.
LOD’s are manually created instead of automatically generated.
Collision mesh is manually created instead of automatically generated. If you have any questions, please feel free to contact me. low poly pbr game ready gas bottle cylinder 19kg 48kg high pressure propane industrial other game ready gas cylinder
This is a Low-poly, game ready collection of Gas Bottles.
Gas Bottle with four colours (Red, Green, Blue, White)
19kg Gas Bottle with five colours (Propane Red, Red, Green, Blue, White)
48kg Gas Bottle with five colours (Propane Red, Red, Green, Blue, White).
Modelled in 3DS Max 2016. The normal map was baked from a high poly model for added detail.
Files named using the Unreal Engine 4 Naming Convention.
File uploaded as a packed .7z file. Geometry:
Package includes the Base Mesh and one LOD each in both .fbx and .obj file formats. Also included is a .uasset file with LOD's, collision, and a generated lightmap (place in your Unreal Engine 4 projects content folder).
3DS Max Dimensions – Gas Bottle L0.23m x W0.23m x H1.4m approximate to real world scale
19kg Gas Bottle Dimensions – L0.3m x W0.3m x H0.5m approximate to real world scale
48kg Gas Bottle Dimensions – L0.38m x W0.38m x H1.1m approximate to real world scale
Pivot is centered to the base of the model and is set at X:0 Y:0 Z:0 Gas Bottle 1 – 560 Tris
LOD 1 – 216 Tris Gas Bottle 2 – 882 Tris
LOD 1 – 436 Tris 19kg Gas Bottle – 1,994 Tris
LOD 1 – 964 Tris 48kg Gas Bottle – 1,994 Tris
LOD 1 – 964 Tris Textures:
Uses one set of PBR Textures each at 2048x2048 in PNG format with Metalness workflow. Also contains two packed Metalness, Roughness, Ambient Occlusion maps. Included Maps
Metalness Albedo (A) Ambient Occlusion (AO) Metalness (M) Normal (N) Roughness (R) Packed M_R_AO Packed R_M_AO Final Notes:
Also included is the 3DS Max scene (2016).
.uasset file does not have materials applied to prevent conflict with your UE4 project pipeline.
Preview Images are rendered in real time in Marmoset Toolbag 3.
LOD’s are manually created instead of automatically generated.
Collision mesh is manually created instead of automatically generated. If you have any questions, please feel free to contact me. low poly pbr game ready gas bottle cylinder 19kg 48kg high pressure propane industrial other game ready gas cylinder