About this asset

This complete 3ds Max interior scene captures a modern Indochine living room featuring a fireplace and a traditional altar cabinet. The scene presents a sophisticated open-plan living room that balances modern minimalist lines with traditional Indochine elements. A central feature is the integrated fireplace wall clad in grey stone panels, flanked by vertical shelving and a dedicated altar cabinet with ornate wooden fretwork. The furniture arrangement includes a low-profile coffee table with a dark marble top and a distinctive green upholstered lounge chair. Warm timber finishes on the cabinetry and ceiling fan contrast with the cool grey wall surfaces, creating a refined, layered aesthetic suitable for high-end apartment design projects.

The download is a 651 MB compressed archive containing the native 3ds Max (.max) scene. Open it in 3ds Max; for other programs, export to FBX or OBJ from 3ds Max first.

Designed for 3ds Max, this scene is fully assembled and ready for immediate rendering. Professionals can easily adjust the camera angles to frame specific areas of the living space or modify lighting parameters to suit different times of day. The file structure allows for individual object selection, enabling users to swap out textures or swap in custom assets. It is recommended to check the material library paths and light intensity settings upon opening to ensure compatibility with your current render engine environment.

This interior scene is ideal for residential design presentations, real estate marketing, and high-end apartment concept development. It serves as a comprehensive reference for spatial planning in open-plan living areas, particularly when integrating traditional cultural features like an altar into a contemporary layout. Designers can use this model to study material palettes, lighting distributions, and furniture ergonomics. Search for it when looking for modern Indochine aesthetics, luxury residential interior concepts, or fully furnished living room assets for rapid architectural visualization.