Sky Hole Black Travertine & Walnut Flush Mount Ceiling Light

A Study in Stone and Shadow

The Sky Hole ceiling lamp is a meditation on contrast—porous black travertine, warm walnut, and a precise grid of diffused light. Designed for those who appreciate the quiet drama of natural materials, this flush mount brings an architectural presence to intimate spaces. Its compact profile and focused glow make it an ideal choice for hallways, reading nooks, and gallery-like interiors where light is as much about texture as illumination.

Design & Atmosphere

• A bold square frame of black travertine anchors the piece, its natural pores and veining telling a story of geological time.
• The warm walnut top plate offers a tactile counterpoint, grounding the stone with organic richness.
• Beneath, a geometric grid diffuses light into a soft, even glow—creating a play of shadow and form that shifts throughout the day.
• Available in four configurations, from a single accent to a linear run, the Sky Hole adapts to corridors, kitchen islands, and intimate seating areas with equal grace.

Materials & Craftsmanship

Each Sky Hole is a study in material integrity. The frame is carved from genuine travertine, its surface finished in a matte black coating that preserves the stone's natural density and porous character. The top plate is crafted from solid walnut, selected for its deep, chocolatey tones and fine grain. A white acrylic diffuser softens the light, while the metal components are finished to complement the stone's understated elegance. The result is a piece that feels both ancient and modern—a quiet sculpture for the ceiling.

Perfect For Modern Interiors

The Sky Hole thrives in spaces that value restraint and texture. In a bedroom, it casts a warm, intimate glow above a bedside table. In a living room, it anchors a seating area with its sculptural presence. In a hotel lobby or restaurant, it adds a touch of refined drama. Its compact size and versatile mounting—ceiling or wall—make it a favorite for designers seeking to layer light and material in unexpected ways.

Specifications