

Modern dormitory twin loft bed system SketchUp 3D model, featuring two loft-style bunk beds, each with built-in desks, storage cabinets, and shelving. The design maximizes space efficiency, making it suitable for student housing or shared living arrangements.
This is a highly detailed 3D model of a modern dual loft bed system, perfectly tailored for student dormitories, hostels, and compact shared bedroom designs. Combining sleeping, studying, and storage into a highly efficient footprint, this asset is an excellent choice for educational facility ArchViz and residential interior spatial planning. Design note: The clean white metal framing contrasted with the warm natural wood tones creates a bright, contemporary aesthetic, while the central shared staircase maximizes space efficiency.
Included Components
- Two elevated single loft beds enclosed by sturdy white metal safety guardrails, complete with grey mattresses and pillows
- Central space-saving access staircase featuring built-in wooden storage drawers within each step
- Two integrated study workstations featuring natural wood desk surfaces, wall-mounted shelving units populated with books, and staged desktop computers
- Dual full-height white wardrobes equipped with lockable double doors and lower storage compartments
- Under-desk white three-drawer storage pedestals for academic supplies
- Two matching study chairs featuring light green upholstered seats and backs with minimal metal frames
Rendering & Workflow Compatibility
This comprehensive interior furniture asset contains exactly 327,512 polygons, primarily driven by the detailed bedding, staging accessories, and hardware, while maintaining excellent scene performance. The model ensures full structural backward compatibility with SketchUp 8 and newer versions. It is natively structured for Enscape rendering workflows, coming fully equipped with pre-configured Enscape materials to accurately represent the wood veneers, matte metals, and soft fabrics for immediate deployment in your architectural visualization pipelines.
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