Contemporary Black Leather Open-Plan Living Room Scene

This contemporary 3ds Max living room scene features a sleek black leather sectional sofa and warm wood accents in an open-plan layout. Defined by a sophisticated, dark-toned palette, this interior scene presents a cohesive open-plan living and dining arrangement. A large black leather sectional sofa anchors the space, paired with a low-profile coffee table. The wall treatment combines textured grey plaster with warm timber panelling, highlighted by a large circular backlit mirror. The adjacent dining area features a minimalist table and chairs set against a sleek, dark kitchen unit. Precise lighting, including wall-mounted fixtures and recessed ceiling spots, creates a layered, atmospheric environment suitable for high-end residential visualisation and interior design presentations.

The download is a 297 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.

Utilise this 3ds Max scene by importing the.max file directly into your project workspace to leverage the pre-configured lighting and material setups. The assets are organised by layer, allowing for easy selection and modification of individual furniture pieces or structural elements. Adjust the camera angles and exposure settings to match your specific project requirements, ensuring that the existing texture maps and shaders are correctly linked within your render engine for optimal output.

Ideal for residential interior design projects, this scene provides a ready-to-use template for modern apartment living and dining spaces. Architects and visualisers can use this model to quickly populate high-end residential portfolios or client presentations. It pairs seamlessly with neutral-toned flooring and contemporary architectural lighting. Search for this asset when seeking professional-grade interior layouts, luxurious open-plan living room setups, or dark-toned, sophisticated furniture arrangements that require minimal adjustment for immediate, high-quality rendering results in architectural design workflows.