Siemens: 2D CAD into a low-poly 3D model. Realistic materials. Items logically named Gantry wheels, Boogies, Sill-beams, Legs, and Girders. Unity scene.

Client: Siemens

Project: Rubber Tyred Gantry crane for use in Unity

Purpose: Asset for use in in-house virtual crane control training system. 

The challenge: Siemens sometimes uses 3D models for 3D visualization using a game engine. We had to develop a detailed 3D low-poly model of a specific RTG with realistic textures. The ground is realistically sloping for drainage, and Siemens made our crane models respond to gravity and real-life forces in this virtual environment. 3D modeling had to be accurate with a proper file structure, enabling others to work on our files afterward. Our source info came in 2D CAD form, and converting manually 2D CAD into low-poly 3D textured models to scale was the central part of this project. They also needed a detailed 3D model of a 12 m shipping container. The resultant models are recyclable and helpful for 3D rendering or 3D animation, where these models are part of a much larger environment.

Other case studies:
Miko's World for Unlimited Snow BV.

Railterminal Gelderland for Provincie Gelderland.

3D visualization for Delta3.

3D visual of an RTG on uneven surface.
3D close-up visual of an RTG from above showing cabling and trolley.
3D visual of an RTG from ground level container being lifted.
3D visual of an RTG wheel boogies clse-up.
3D visual of an RTG from side machine room and vertical ladder.
3D visual of an RTG drivers cabin looking down  through footrests. Spreader lifting container in view.
End view 3D detailed model of a 12m shipping container for use in Unity.
Perpective view 3D detailed model of a 12m shipping container for use in Unity.
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