Shipping Container 10ft Rigged Low-poly 3D model

cgtrader

Shipping Container 10ft Rigged 3D high detailed poly Modeled in Cinema4D R19, Detailed enough for close-up renders with high level of realism and quality. Key Features: • Custom Rigged 10'DV shipping container. • Included are six industry-leading shipping company textures: Hapag Lloyd, Maersk, MSC, EVERGREEN, COSCO, CMA-CGM. Additional extra texture created in Substance Painter, offering an abundance of creative freedom to artists and designers. • Seamless compatibility with all Cinema 4D editions, ensuring smooth rendering process across different versions. • Intuitive drag-and-drop interface for instant deployment into render, requiring no technical expertise or learning curve. • Original world scale model developed through meticulous separate modeling and precise joining techniques. • Comprehensive textures library included, covering original branding as well as editable layers in .PSD files, providing artists with total control over design elements. • Plug-ins not needed; simple loading of provided textures, colors and straightforward editing enables artists to easily create unique content. • Rigged doors operate smoothly through Cinema4D's Xpresso functionality using intuitive sliders for seamless opening and closing. • Six included pre-made textures - each from different shipping companies: Hapag Lloyd, Maersk, MSC, EVERGREEN, COSCO, CMA-CGM – are easy to swap or manipulate to create authentic visuals. File Details: • Object model saved in .OBJ format for universal compatibility. • Included texture size is 4192 X 4192 pixels for detailed renders and high-resolution image output. • Texture library also includes editable PSD files with transparent backgrounds for artists' convenience and design freedom. • Additional FBX file exported from Cinema4D is ready for direct import into Substance Painter, providing extensive flexibility in material editing. File Notes: • Co-ordinates set to global zero (x = 0, y = 0, z = 0) ensuring universal compatibility across various software environments. • Model structure: fully optimized for high-performance rendering, reducing render times while maintaining maximum quality.