Bridge Lower Deck Section M1

The 3D model 'Bridge Lower Deck Section M1' is an unbranded design made for professional projects.
Bridge lower deck section or industrial corridor. Open, well-lit space with side spans and massive angular supports. A complex engineering network of thick grey pipes runs under the ceiling and along the walls. Shiny metal railings are installed along the walkway, and a technical block with pale pink doors, windows, and wall wiring is located in the center.
Developed in Blender and optimized for Cycles rendering, it features realistic proportions and a generalized form, making it suitable for mid to wide shots across various visual contexts. This 3D model is ideal for renderers, videos, video advertising, VFX, motion graphics, and the film industry. While the 3D model is not intended for close-ups or technical visualization, it performs reliably in cinematic scenes and general-purpose use. Materials are tuned for efficient and flexible rendering workflows. Also available in 3ds Max with V-Ray materials. Other file formats (FBX, OBJ, STL) include standard materials only, without physically based settings.

3D model available in these formats:
- BLEND (Blender 4.4, Cycles)
- MAX (3ds Max 2023, V-Ray 6.1)
- MAX (3ds Max 2015, V-Ray 3.6)
- FBX 2020 – from 3ds Max
- FBX 7.4 (2014/2015) – from Blender
- OBJ (Wavefront)
- STL (Stereolithography)

Geometry:
- Polygons: 87 528
- Triangles: 166 292
- Edges: 171 924
- Vertices: 85 000

Scene details:
- All details are at a 100,100,100 scale
- Model has real-world scale and is centered at X: 0, Y: 0
- No cleanup required – just drop the model into your scene and start rendering

bridge infrastructure architecture concrete industrial pipe pipeline support pillar span deck underpass viaduct structure construction heavy industry tube network corridor cement engineering

#bridge #infrastructure #architecture #concrete #industrial #pipe #pipeline #support #pillar #span #deck #underpass #viaduct #structure #construction #heavy #industry #tube #network #corridor #cement #engineering