Art Deco Copper Sunburst Mirror Set of 4

This Art Deco style sunburst mirror set for SketchUp features four distinct copper-framed wall pieces with varied radiant geometry. This collection comprises four circular wall mirrors, each featuring a metallic copper finish. The designs explore various interpretations of the sunburst motif, ranging from fine, needle-like rays to broader, block-like geometric elements. The central mirror glass is circular across all four pieces, contrasted by frames that provide different textures and visual weights. These pieces function as decorative focal points, suitable for arrangement as a gallery wall or as individual accents within a room. The metallic surface reflects light, adding depth and a warm, reflective quality to interior surfaces.

The download is a 10.8 MB compressed archive containing the native SketchUp (.skp) model holding 4 separate objects. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

To integrate these mirrors into a SketchUp scene, import the components and use the Scale tool to ensure the diameter matches the project requirements. Assign reflective materials to the central glass surfaces to capture surrounding geometry. These components are best placed as wall-mounted groups or single features, utilizing layers to manage visibility during rendering. Ensure the axis is correctly aligned to the back of the frame for efficient snapping against wall planes within your architectural model.

These mirrors are ideal for luxury residential projects, boutique hotel lobbies, or sophisticated retail spaces requiring high-end decorative accents. They pair effectively with mid-century or art-deco inspired console tables, sideboards, or entryway furniture. Designers often search for sunburst mirrors to create a focal point above a fireplace mantel or in a hallway composition. Whether used in a master bedroom or a formal dining room, these pieces offer a versatile solution for adding metallic texture and geometric interest to wall surfaces.