Charcoal Upholstered Double Bed with Bedding Set

This contemporary charcoal upholstered double bed for SketchUp features a channel-tufted headboard and a complete textile bedding set. This double bed features a low-profile frame fully upholstered in a dark charcoal fabric. The standout element is the tall, channel-tufted headboard, which adds vertical texture and a sense of depth to the sleep space. The composition includes a complete bedding suite: a clean white duvet, several standard pillows, and a decorative checked scatter cushion. A soft beige throw is draped across the foot of the bed, adding a subtle tonal contrast. The set is presented as a cohesive unit, ready for integration into a variety of modern residential or hospitality bedroom layouts.

The download is a 342 MB compressed archive containing the native SketchUp (.skp) model. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

Inside SketchUp, this model is structured as a component, allowing for easy placement and orientation within your floor plan. The geometry is clean, with materials applied to distinct faces to facilitate quick texture adjustments or colour swaps. Users should ensure the model is placed on a dedicated layer or tag to maintain scene organisation. For rendering, the textures are mapped to respond well to light, providing realistic fabric highlights and shadows that enhance the depth of the tufted headboard details.

Ideal for residential master suites, guest bedrooms, and hotel room visualisations, this bed provides a neutral yet sophisticated focal point. It pairs seamlessly with contemporary bedside tables, minimalist floor lamps, and natural timber flooring. Professionals searching for bedroom furniture, upholstered headboards, or complete sleeping arrangements will find this asset versatile for both quick concept modelling and high-end interior renders. It is especially effective when used in projects requiring a balanced, curated aesthetic that avoids overly cluttered or overly sparse design schemes.