About this asset

This 3ds Max curtain set features a double-layered design with a solid white inner drape and a beige patterned outer layer. The assembly consists of a floor-length double curtain configuration designed for standard window or door openings. It includes a sheer or solid white inner layer with clean vertical pleats and a heavier, textured outer layer in a light beige tone. The outer panels are gathered at the sides with matching fabric tie-backs, creating natural folds and realistic draping effects. The header features a traditional pleated heading detail, ensuring a structured look when mounted. The fabric appears soft and matte, suitable for interior visualisations where natural light interaction and textile realism are required.

The download is a 9.7 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 single grouped object. Users can easily adjust the width by scaling the geometry or modifying the vertex positions of the curtain panels to fit specific window sizes. The fabric materials are applied via standard material slots, allowing for quick adjustments to opacity, bump, or reflection maps to suit different lighting scenarios. Ensure the pivot point is positioned at the top header for accurate placement against wall or ceiling-mounted tracks or poles.

These curtains are ideal for residential living rooms, master bedrooms, and hotel suite interiors where a layered window treatment adds depth and warmth. They pair well with minimalist or contemporary interior schemes, providing a neutral backdrop for other furniture pieces. Professionals searching for window dressings, textile assets, or realistic interior soft furnishings will find this model effective for adding final details to architectural scenes. It is particularly useful for achieving a soft, lived-in aesthetic during the final stages of a design project.