Contemporary Olive Green Velvet Upholstered King Bed

This contemporary 3ds Max model features a king-sized bed with an organic, wave-shaped velvet headboard in a distinct olive green finish. Defined by its sculptural, undulating headboard, this king bed balances soft geometry with a rich tactile finish. The frame and headboard are fully upholstered in a plush olive green velvet, providing a cohesive, monolithic aesthetic. The sleeping surface is dressed with a neutral grey duvet and a contrasting brown throw blanket draped across the foot. A curated selection of decorative cushions, including solid grey, cream, and patterned accents, rests against the oversized headboard, adding depth to the composition. The low-profile base ensures a grounded silhouette suitable for modern interiors.

The download is a 43.5 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.

When integrating this model into a 3ds Max scene, use the native pivot point at the base for accurate floor placement. The asset is organised with logical layer naming, allowing for easy material adjustments or modifications to the bedding configuration. Ensure texture maps are correctly pathed within the asset manager. For high-quality visualisations, apply a subdivision modifier to the headboard if close-up camera angles are required, while maintaining the provided UV mapping for the velvet fabric finish.

This bed is suited for high-end residential master suites, boutique hotel guest rooms, or luxury apartment staging. It pairs effectively with minimalist side tables and soft, ambient lighting to create a tranquil bedroom environment. Professionals searching for organic bedroom furniture or statement upholstered beds will find this asset ideal for architectural visualisations. It is particularly effective in interiors focusing on soft curves, tactile fabrics, and natural colour palettes, providing a central focal point for any contemporary sleeping space design.