About this asset

These modern 3ds Max curtains feature a layered design with opaque brown velvet panels and a lightweight white sheer, ideal for interiors. This window treatment consists of a double-layered assembly comprising two heavy, opaque brown velvet side panels and a full-width, pleated white sheer curtain. The velvet panels provide substantial light blocking and acoustic dampening, while the sheer layer offers privacy and light diffusion. The folds are uniform, suggesting a classic pinch-pleat or rod-pocket heading style. The proportions are designed for standard residential window heights, creating a clean, vertical aesthetic that frames the view. The fabric textures are rendered with soft highlights, indicating a dense pile for the velvet and a fine, translucent weave for the sheer.

The download is a 7.4 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 these curtains into a 3ds Max scene, ensure the pivot point is aligned with the curtain rod or track plane for easy placement. Users should apply a two-sided material shader to the sheer layer to maintain realistic light transmission. Adjust the opacity map on the sheer fabric to control the level of transparency. The model is structured with distinct layers for the velvet and sheer components, allowing for independent scaling and animation if needed for final renders.

These curtains are suitable for high-end residential living rooms, master bedrooms, and hotel suites requiring a refined, layered window finish. They pair well with contemporary interiors that utilise neutral palettes or warm wood tones. Professionals searching for window dressings, drapery assets, or interior soft furnishings will find this set efficient for populating daylight-focused scenes. They are particularly effective in projects where light control and aesthetic depth are required, serving as a versatile solution for both classic and modern architectural visualisations.