Publication date: 2021-12-22
Buy Mallard steam train 3D model
$70
License: Royalty Free
Rigged
PBR
Realtime
Animated
Free
author:
stevedowdy
Renders and source materials belong to the author stevedowdy.
Specifications
- Platform
- cgtrader
- Animated
- Rigged
- 3D Print ready
- VR / AR / Low-poly
- PBR
- Textures
- Materials
- UV Mapping
- Polygons
- 388873
- Vertices
- 396422
- Geometry
- No N-gons | No faceted geometry | Manifold geometry |
- Plugins used
Usage recommendations
Realtime rendering
✕
PC Game development
✕
Mobile Game Development
✕
VR/AR applications
✕
Visualisation
✓
Cinema
✓
Advertising
✓
3D Printing
✕
CAD Engineering
✕
E-Commerce & Interactive 3D Web
✕
FAQ
Is this a free 3D model?
No, this model costs $70.
How do I download this 3D model?
Use the "Go to purchase" button below to get this model.
What license applies to this model?
This model is distributed under the Royalty Free license. Click "Go to purchase" for full license details.
Does it include rigging and animation?
Yes, this model is rigged and animated. Full specs are available in the Specifications block.
Does this model have UV mapping?
Yes, this model has UV mapping. Full specs are available in the Specifications block.
What textures and materials does this 3D model include?
This model has textures and materials, including PBR. Full specs are available in the Specifications block.
Can I use it for 3D printing?
No, this model is not intended for 3D printing.
Additional information
Highly detailed model of the classic 'Mallard' steam train.
Geometry and Rigging
This is a high-poly model (396,422 vertices, 388,873 faces) featuring both the main engine and the tender, and including a highly detailed cabin interior. The wheels and drive-train are fully rigged with an armature that animates all the pistons and drive rods simply by rotating a single wheel pair (the rear-most of the large wheels), additional contraints are also included that will automatically rotate all the wheels appropriately simply by moving the 'Engine' bone on the Y axis relative to the 'Root' bone of the armature.
Note: the rigging and armature is only available in the native Blender format.
Materials and Rigging
The model is fully unwrapped with non-overlapping UVs. It uses six PBR materials (and an additional simple glass material for the windows, the lamp lenses and the instument faces), each material comes with five 4k texture maps - base colour, ambient occlusion, metallic, roughness and normal. The materials were designed in Cycles but as PRB materials should work fine in any render engine that supports the metallic PBR workflow.
Note: the textures may not correct properly when importing the .obj format, however the texture maps are logically named along with the materials they are associated with and the meshes they should be applied to.
Geometry and Rigging
This is a high-poly model (396,422 vertices, 388,873 faces) featuring both the main engine and the tender, and including a highly detailed cabin interior. The wheels and drive-train are fully rigged with an armature that animates all the pistons and drive rods simply by rotating a single wheel pair (the rear-most of the large wheels), additional contraints are also included that will automatically rotate all the wheels appropriately simply by moving the 'Engine' bone on the Y axis relative to the 'Root' bone of the armature.
Note: the rigging and armature is only available in the native Blender format.
Materials and Rigging
The model is fully unwrapped with non-overlapping UVs. It uses six PBR materials (and an additional simple glass material for the windows, the lamp lenses and the instument faces), each material comes with five 4k texture maps - base colour, ambient occlusion, metallic, roughness and normal. The materials were designed in Cycles but as PRB materials should work fine in any render engine that supports the metallic PBR workflow.
Note: the textures may not correct properly when importing the .obj format, however the texture maps are logically named along with the materials they are associated with and the meshes they should be applied to.
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