Industrial hall 3D model

cgtrader

3D model of the simple industrial hall. This detailed 3D model encompasses both exterior and interior facets of the building, allowing for a comprehensive understanding of its layout and design. To gain a better visual perspective on this impressive building, watch our YouTube video preview, which showcases the intricate details of both the exterior and interior spaces. The model was created using Blender 2.82 software, making it natively compatible with the .blend file format. This meticulously crafted model includes every component of the steel supporting structure, including columns, beams, roof trusses, and reinforced concrete spot-footings that anchor the building's foundation. Built to scale in meters, this industrial hall measures 62.9 meters in length, 40.8 meters in width, and stands at a height of 10.8 meters. The building features two naves: one main nave and a smaller adjacent nave, both of which are accessible through two large entrance gates. Interior highlights include the steel supporting structure, a loading system consisting of two massive gantries, along with their support system comprising skeletal columns and gantry beams. The interior has been meticulously detailed with light sources and fixtures for nighttime scenes, while the exterior boasts defined facade lights. Walls and roof are designed to resemble sandwich panels with internal insulation, and the floor is modeled as a concrete slab with evenly distributed manholes for drainage purposes. This model comes equipped with simple materials that can be easily customized to change the color or texture of various building parts. Furthermore, the model includes a scene where the building is divided into three segments, allowing users to create longer or shorter structures. Each segment can be subdivided into key components, facilitating customization and enabling the creation of unique variations in structure design. The mesh used in this model consists predominantly of quads, making it efficient for modeling and rendering purposes.