Modern Charcoal Metal Louvred Shutter Set

This modern charcoal metal louvred shutter set for 3ds Max features five identical vertical panels with uniform horizontal slats. This set consists of five identical, tall, narrow shutter panels designed with a clean, minimalist aesthetic. Each unit features a rigid rectangular frame enclosing a series of closely spaced horizontal louvres, providing effective light filtration and ventilation. The panels are finished in a neutral charcoal tone, suggesting a powder-coated metal construction suitable for both interior and exterior applications. The design is functional and precise, with small mounting pins at the top and bottom of each frame, indicating they are intended for installation as a modular screening or window shading system.

The download is a 696 KB compressed archive containing the native 3ds Max (.max) model holding 5 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 shutters are organized as a set, allowing for efficient placement across building facades or interior window reveals. Users can instance these panels to create larger screening arrays or adjust the pivot points to animate them as operable shutters. The clean geometry supports easy material assignment, whether applying a standard matte finish or a more complex metallic shader. Ensure proper alignment with the architectural model's openings by utilizing the local coordinate system for each panel.

These louvred shutters are versatile components for contemporary residential and commercial architecture. They work well for creating privacy screens, sun-shading solutions, or decorative facade elements that add texture to plain building surfaces. Designers often search for these when detailing modern window treatments, balcony enclosures, or ventilation screens for mechanical areas. They pair effectively with glass curtain walls or rendered masonry surfaces, providing a necessary contrast in scale and material density for both exterior elevations and interior design visualizations.