Collection: Bollard Lights

Bollard lights use a post-style housing and are often taller, with many designs exceeding 30 inches, while standard path lights commonly use shorter stems and smaller heads. Their applications overlap, so fixture height, light distribution, and mounting design matter more than a strict commercial-versus-residential distinction.

Bollard lights are used along commercial walkways, entrances, courtyards, and landscaped boundaries. They can also suit residential gardens and driveways where their scale, light distribution, and architectural style fit the setting.

Many bollard lights use a base plate and anchor bolts installed into a suitable foundation. Follow the fixture’s mounting instructions for the foundation, anchor arrangement, and wiring access; secure mounting does not make a lighting bollard an impact-rated barrier.

The required supply voltage depends on the fixture’s input rating, with line-voltage designs commonly accepting a range such as 120–277V. Match the electrical supply to that rating, and account for circuit length and conductor sizing rather than assuming line voltage eliminates voltage drop.

A spacing of 8–15 feet can serve as an initial layout example, but actual spacing depends on mounting height, light distribution, output, and path width. Use the fixture’s photometric information to check coverage and uniformity rather than relying on a fixed spacing rule.

A lighting bollard is not automatically designed or rated to stop a vehicle. Where physical vehicle protection is required, use a purpose-designed, appropriately rated barrier rather than relying on the light fixture’s appearance or housing thickness.

Choose a light distribution that directs illumination toward the intended walking surface, with suitable shielding or louvers where available. Check the fixture from approaching paths, nearby seating, and windows, because the visible brightness depends on the viewing angle as well as the light output.

Symmetrical distribution spreads light around the fixture and can suit open areas or positions between routes. Asymmetrical distribution directs more light toward one side, which can help illuminate a path while limiting spill into adjacent planting or neighboring areas.

Dimming requires a compatible LED driver and a matching control method. Timers, photocells, and other switching controls must also suit the fixture’s supply voltage and electrical load.

Keep lenses, louvers, and optical openings clear of dirt, leaves, and plant growth so the intended light distribution is not obstructed. Disconnect power before servicing, and inspect the housing, base, and fasteners for damage or loosening.