Contemporary Beige Fabric Upholstered Double Bed in Green

This contemporary 3ds Max model features a beige fabric upholstered double bed with a wood-framed headboard and layered bedding. The bed features a clean-lined timber frame finished in a warm brown tone, supporting a tall, rectangular headboard. The headboard is upholstered in a neutral beige fabric with vertical channel stitching, providing a soft, structured backdrop. The bedding set includes a crisp white duvet, a textured grey runner, and a collection of decorative cushions in varied sizes. The cushion arrangement consists of two large square pillows, two smaller rectangular cushions with green accents, and a central lumbar pillow featuring a distinct orange stripe, adding a subtle touch of colour to the composition.

The download is a 9 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 with logical layer naming to facilitate easy selection and material management. The bedding elements are grouped to allow for quick adjustments or replacements. Users should check the scale against their project units upon import. The textures for the fabric and timber are mapped for standard render workflows, and the geometry is optimised for efficient scene performance. It is recommended to use an HDRI environment map to capture the soft highlights on the fabric surfaces effectively.

Ideal for residential master suites or high-end hotel guest rooms, this bed integrates seamlessly into modern and contemporary interior design schemes. It pairs well with minimalist bedside tables and ambient wall lighting. Professionals searching for bedroom furniture assets will find this piece useful for visualisation projects requiring a balanced, inviting aesthetic. It serves as a central focal point in bedroom renders, providing a ready-to-use solution for staging sleeping areas without the need for extensive modelling of soft furnishings and bedding details.