About this asset

This neoclassical 3ds Max model of a blue fabric chaise longue features an ornate white and gold frame with classic button-tufted detailing. Evoking a traditional aesthetic, this chaise longue features a distinctive curved backrest and a single scrolled armrest. The upholstery is finished in a vibrant blue fabric, enhanced by deep button tufting across the back and side panels. The frame is constructed from wood, finished in a crisp white with decorative gold-leaf accents along the cabriole legs and the upper crest rail. The seat cushion is smooth, providing a balanced contrast to the textured, tufted backrest. Its proportions are elegant, designed to serve as a focal point within a formal interior space.

The download is a 5.3 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 workflow, ensure the object is placed within a dedicated layer for furniture assets. The geometry is clean, allowing for easy placement within a scene. Users should apply high-quality textures to the fabric and gold elements to capture the intended finish. The model is scaled for standard residential interiors; however, verify units before placement. Adjust lighting setups, particularly using soft area lights, to highlight the intricate carved details on the frame and the depth of the button tufting.

This piece is ideal for formal living rooms, master bedrooms, or luxury hotel suites where a neoclassical touch is required. It pairs well with period-appropriate side tables, ornate area rugs, and classic wall panelling. Designers often specify this style for high-end residential projects, historical renovations, or boutique hospitality settings. Search for this asset when looking for decorative accent seating, traditional chaise lounges, or ornate furniture pieces that require a sophisticated, European-inspired design language for interior visualisation projects and architectural renderings.