About this asset

This modern grey kids playroom wall storage unit for 3ds Max features integrated arched shelving, a circular nook, and a functional pegboard. This modular storage system is designed for a children's bedroom or play area, finished in a neutral light grey. The composition includes a large circular cutout at the base with a cushioned seat, a series of arched open shelves for display, and closed lower cabinets for concealed storage. To the right, a vertical pegboard panel provides flexible wall organisation with various mounted pockets for stationery and small items. The overall aesthetic is clean and playful, balancing solid volumes with rhythmic cutouts to create a functional and engaging storage solution for a contemporary interior.

The download is a 25 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 structured as a single modular assembly, allowing for easy placement against interior walls. Users can manage the various components through the layer manager to toggle the display of accessories or the pegboard attachments. The geometry is clean, facilitating efficient UV mapping for custom finishes if required. Proper pivot point placement at the base ensures straightforward snapping to floor and wall planes, making it highly suitable for quick interior visualisation workflows in residential projects.

This piece is ideal for residential kids' bedrooms, playrooms, and nursery design projects. It functions well as a focal point for storage and display, pairing effectively with soft textiles and colourful toys to add warmth to the neutral grey frame. Professionals will find this useful when searching for children's furniture, playroom wall units, or custom joinery solutions. Its versatile design allows it to adapt to various room scales, providing a tidy and organised solution for modern family homes during the interior styling phase.