About this asset

This 3ds Max model provides a pair of charcoal-coloured aluminium Venetian blinds featuring adjustable slats and a white headrail. This set features two Venetian blinds of varying widths, designed with slim horizontal aluminium slats finished in a deep charcoal tone. Each unit is capped with a clean, white-finished headrail that houses the retraction mechanism. A simple pull cord with a white pendant hangs from one side, allowing for precise control over light filtration and privacy. The slats are held in place by fine, colour-matched ladder strings, ensuring a uniform and sleek appearance when fully extended. These blinds offer a minimalist aesthetic suitable for contemporary interiors requiring functional and unobtrusive window treatments.

The download is a 15.2 MB compressed archive containing the native 3ds Max (.max) model holding 2 separate objects, 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 blinds are structured as individual objects, allowing for easy scaling to fit specific window apertures. Users can adjust the rotation of the slats to simulate different levels of light penetration or open states. The materials are assigned as standard shaders, making them compatible with most render engines. Ensure the pivot points are correctly aligned at the top headrail to facilitate efficient placement against wall surfaces or within window frames during the scene assembly process.

Ideal for residential living rooms, home offices, and commercial workspaces, these blinds provide a professional, tidy finish to window elevations. They pair effectively with modern glazing systems and neutral interior palettes. Architects and designers frequently specify this style for projects requiring a balance of natural light and privacy control. Use search terms such as horizontal blinds, slatted window coverings, or office window shades to locate these assets when detailing interior views for architectural visualisations or technical design documentation.