About this asset

This classic beige fabric 3-seater Chesterfield sofa for 3ds Max features traditional rolled arms and deep button-tufted back detailing. Defined by its timeless silhouette, this 3-seater sofa showcases quintessential Chesterfield design elements, including a low-profile backrest and signature rolled arms. The entire frame is upholstered in a durable, textured beige fabric, complemented by button-tufted detailing along the back and front apron. It rests on small, dark-stained turned wooden feet. The piece includes a set of decorative throw cushions in contrasting yellow, green, and neutral patterns, which add a layer of visual interest to the structured frame. The generous seat depth and firm cushioning provide a grounded, formal aesthetic suitable for high-end interiors.

The download is a 6.1 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.

To integrate this asset into a 3ds Max scene, merge the file into your master project and assign the provided textures to the relevant material slots if they do not load automatically. The model is scaled to standard residential proportions, allowing for immediate placement within living room or lounge layouts. Ensure the pivot point is set to the base of the feet for easy snapping to floor planes and adjust the light intensity to highlight the fabric’s weave and tufted shadows.

Ideal for traditional living rooms, formal studies, or high-end hotel lobby seating areas, this sofa serves as a strong focal point. It pairs well with dark timber side tables, antique rugs, or minimalist floor lamps to create a balanced, curated look. Professionals often specify this type of seating when aiming for a sophisticated, heritage-inspired atmosphere in residential projects or executive suites. Search for this model when seeking classic upholstered furniture with a distinct, characterful profile for architectural visualisation projects.