Modern Natural Wood Double Bed with Houndstooth Bedding

This modern double bed 3ds Max model features a natural wood frame and a layered textile bedding set with a distinctive houndstooth throw. This double bed features a minimalist platform base and a wide, rectangular headboard finished in a light natural wood veneer. The bedding ensemble is composed of a neutral white base sheet, grey pillows, and a textured grey and white houndstooth duvet cover. A dark grey throw blanket is casually draped across the foot of the bed, adding depth to the composition. The entire assembly sits upon a complementary dark grey area rug, creating a cohesive visual anchor for a contemporary bedroom interior. All components are separate elements within the model file.

The download is a 19 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 model is organised by logical grouping, allowing for easy selection and modification of individual bedding components. Users should check the pivot point alignment to the floor plane for efficient placement. The wood grain mapping and fabric textures are applied using standard material slots, which can be adjusted or replaced to suit specific lighting conditions. Ensure the unit scale is verified against the project template before merging into the scene to maintain accurate proportions across the bedroom layout.

Ideal for residential master suites or hotel bedroom visualisations, this bed provides a clean, neutral aesthetic that fits well in minimalist and contemporary design schemes. It pairs effectively with soft ambient lighting, bedside tables, and wall-mounted sconces. Professionals often search for this type of asset when populating interior scenes for real estate marketing, architectural presentations, or interior design mood boards. It serves as a central focal point, easily adaptable to various room sizes and colour palettes through simple material and texture overrides.