About this asset

These contemporary double-layer fabric curtains for 3ds Max feature a pleated grey outer drape paired with a crisp white inner sheer. Presented as a dual-track window treatment, this set features a heavy, dark grey fabric outer layer and a lighter, opaque white inner layer. Both panels exhibit consistent, uniform vertical pleating along the header, creating a clean and structured drape that falls naturally to the floor. The textile texture suggests a matte finish, suitable for light-filtering or blackout applications. The design is minimalist in its execution, focusing on the contrast between the neutral grey and white tones to provide a versatile solution for modern interior window dressing requirements.

The download is a 26.3 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.

In 3ds Max, these curtains are provided as a single asset that can be easily scaled or adjusted along the horizontal axis to fit specific window widths. Users should ensure the pivot point is correctly aligned with the top track position for accurate placement. Materials are applied via standard object IDs, allowing for quick adjustments to fabric transparency or colour tinting. The geometry is optimised for standard architectural visualisation workflows, ensuring efficient render times without sacrificing the detail of the pleats.

Ideal for residential bedrooms and living rooms, these curtains also function well in hotel suites or professional office boardrooms where a clean, contemporary aesthetic is required. They pair effectively with modern minimalist furniture and neutral interior palettes. Architects and designers frequently search for these as window treatments, drapes, or soft furnishings to add warmth and depth to digital environments. They are particularly useful for adding realism to interior renders, providing a sense of scale and materiality to glazing elements.