About this asset

These contemporary double-layer curtains for 3ds Max feature a combination of white sheer panels and beige heavy-weight fabric drapes. This window treatment set consists of a dual-track system featuring outer beige heavy-weight fabric panels flanking a central white sheer curtain. The design focuses on realistic vertical folds and natural draping, providing a clean, layered aesthetic suitable for modern interiors. The outer panels are opaque and textured, contrasting with the light-filtering white inner layer. The assembly is presented as a single unit, with precise pleating that suggests high-quality fabric weight and movement. The proportions are designed to fit standard floor-to-ceiling heights, creating a structured yet soft appearance that adds depth to any interior window elevation.

The download is an 18.5 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.

In 3ds Max, this model is managed as a standalone asset, allowing for easy adjustment of the curtain width and height via scaling or vertex manipulation. Users should ensure the pivot point is aligned with the top track for accurate placement. The material slots are clearly separated for the sheer and opaque fabrics, enabling independent adjustment of opacity, translucency, and bump maps to suit specific lighting conditions or render requirements within the scene environment.

These curtains are suitable for residential living rooms, master bedrooms, and high-end hotel suites where a layered window treatment is required. They pair well with minimalist or contemporary furniture, providing a soft texture against harder architectural surfaces. Professionals often search for these assets under terms like window dressing, layered drapery, or modern curtain models. They are effective for adding realism to interior visualisations, particularly in residential projects where light control and privacy are essential considerations for the final rendered output.