About this asset

This wabi-sabi style 3ds Max media wall unit features a beige plaster frame with walnut-toned shelving and curated decor accessories. Designed as a comprehensive media feature, this wall unit combines a textured, light beige plaster outer frame with warm walnut-toned interior shelving. The symmetrical composition includes vertical flanking shelves for display, a central recessed television mount, and a dedicated lower niche for firewood storage. The unit is accessorised with a collection of artisanal ceramic vases and decorative objects, providing a layered, tactile aesthetic. The rounded edges of the plaster frame soften the architectural lines, creating a cohesive, organic look suitable for high-end residential living spaces or boutique hospitality interiors.

The download is a 85.3 MB compressed archive containing the native 3ds Max (.max) model, set up with Corona materials. Open it in 3ds Max with Corona installed; for other programs, export to FBX or OBJ from 3ds Max first.

In 3ds Max, this asset is best managed as a single grouped object or separate components depending on your scene complexity. Use the material editor to adjust the plaster and wood shaders to match your project lighting. The TV and decor objects are provided as individual elements, allowing for easy placement and customisation within the shelves. Ensure the unit is aligned to the wall surface, and consider using a high-quality HDRI map to highlight the subtle textures of the plaster and wood grains.

This media wall is ideal for contemporary living rooms, master suites, or luxury hotel lounges where a curated, minimalist display is required. It pairs well with neutral interior palettes, soft linen upholstery, and raw timber flooring. Professionals searching for bespoke media joinery, integrated fireplace surrounds, or wabi-sabi style storage solutions will find this model effective for high-end visualisations. It provides a complete focal point for residential design projects, reducing the need for additional styling assets in the surrounding space.