Kichler Pierced Dome 22.25" 2700K LED Integrated Path Light in Textured Architectural Bronze

Pierced Dome LED Integrated Path Light by Kichler

The Kichler 15857AZT27R is a 22.25-inch tall landscape fixture featuring a 6.3-inch diameter head. Finished in Textured Architectural Bronze, this integrated LED path light delivers 168 lumens of 2700K warm white light while operating at a low 2 watts. The design features a cast dome sculpted with an intricate floral band, providing both functional path lighting and decorative visual interest for professional 12V low-voltage systems.

Design & Visual Presence

This fixture is defined by its decorative cast dome, which is sculpted with a floral band and pierced to reveal a sophisticated pattern of light. This unique design allows light to escape through the ornate piercings, creating an elegant visual effect on the ground and surrounding foliage. The Textured Architectural Bronze finish provides a timeless, earthy tone that allows the fixture to blend naturally into garden beds while maintaining a high-end, artistic profile.

Integrated LED Performance

This fixture delivers 168 lumens at 2700K and operates at 2 watts. It is engineered with a wide 9-15V operating range, ensuring consistent light output and color stability across various landscape cable lengths, effectively preventing flickering or dimming caused by voltage drop at the end of long runs.

Installation & Mounting

This 12V low-voltage path light is Wet Rated for permanent outdoor exposure and is resilient against rain and irrigation. It is intended for hardwired installation into standard 12V landscape lighting transformers and professional-grade wiring systems, offering a maintenance-free solution with no bulbs to replace.

Where This Fixture Works Best

Ideal for illuminating residential walkways, flower beds, and garden paths where a decorative touch is desired. The 2700K warm white output and unique pierced light pattern create an inviting, high-end atmosphere that enhances the nighttime character of gardens and transition zones.