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Bollards & Landscape Lighting

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Bollard spacing is the difference between a walkway that reads safely lit and a row of glowing posts with dark gaps between them. The sites that rank for bollard lights sell the hardware; none of them publish the spacing math on the page. Here it is, along with the optics decision and the accessibility details that campus and municipal projects get flagged on.

Bollard Lights: Spacing by Lumen Package

Pathway illuminance targets come from IES recommended practice: public walkways generally call for an average of about 0.5 maintained footcandles, with higher targets at transition zones and where security cameras need usable light. At typical 36 to 42 inch bollard heights, that translates into the spacing starting points below. Treat them as layout inputs, not final answers; run a photometric layout for uniformity before ordering a full site's worth of fixtures.

Lumen PackageTypical HeightOn-Center Spacing (target 0.5 fc average)
400 to 600 lm36 in10 to 14 ft
700 to 1,000 lm36 to 42 in14 to 18 ft
1,200 to 1,600 lm42 in18 to 24 ft

Dome, Flat-Top, or Louvered Optics

Optic StyleLight BehaviorBest Fit
Dome topReflects light outward and slightly upward; widest visible glow, most glare, weakest dark-sky performanceDecorative paths where the fixture itself is a design feature
Flat top, full cutoffDirects light down and out with minimal uplight; best glare control and dark-sky behaviorCampuses, municipal walkways, any site under a lighting ordinance
LouveredStacked louvers shield the source and shape output into low horizontal bands; soft, comfortable at eye levelEntries, courtyards, and seating areas where visual comfort matters

Specifiers pick bollard lighting on cutoff behavior, and for good reason: at 36 to 42 inches the source sits near eye level for seated people and children. Dark-sky ordinances and LEED site credits favor full cutoff flat tops, so check the local ordinance before defaulting to a dome. Distribution matters too: Type V optics cover open plazas evenly, while forward-throw Type III patterns work along building edges and property lines.

ADA Clearance and Impact Ratings

Accessible routes require 36 inches of continuous clear width, so lighted bollards belong beside the path, not in it, and layouts should hold that clearance at pinch points like gates and ramps. Where vehicles can reach, at drive edges, drop-off loops, and cart routes, choose an impact-rated LED bollard light with a cast aluminum or polycarbonate body and anchor-bolt mounting, so a strike bends hardware instead of shearing the wiring at grade.

The Landscape Layer Beyond the Path

Bollards handle path delineation; the rest of the site plan draws from path lights, in-grade well lights, and low-voltage accent floods, plus the transformers that drive them. Hardwired 120V light bollards suit long runs on commercial sites, while low-voltage and solar fixtures trade output for installation flexibility on garden-scale work. System design, transformer sizing, and the full fixture family live on our landscape lighting page. Stair risers and grade changes are their own category; see outdoor step lights. For area and perimeter coverage above the landscape layer, start at area and site lighting.

Bollard orders are rarely one fixture; they are site packages. Send the site plan and we will return a photometric-checked quote across bollards, path, and step lighting in one pass.

Frequently Asked Questions

For a target of about 0.5 average maintained footcandles on a public walkway, typical on-center spacing runs 10 to 14 ft for 400 to 600 lumen bollards, 14 to 18 ft for 700 to 1,000 lumens, and 18 to 24 ft for 1,200 to 1,600 lumens at 42 inch height. Use those as starting points and confirm uniformity with a photometric layout before ordering the full site.

Most commercial bollard lights run 36 to 42 inches, tall enough to clear plantings and snow accumulation while keeping the source low to the path. Shorter 24 to 30 inch models suit garden borders, and taller 48 inch bodies add presence at entries. Height affects photometrics: a taller bollard throws a wider pool, which lets you stretch spacing slightly for the same lumen package.

Flat-top, full cutoff bollards with the source shielded from view emit little to no uplight and generally satisfy dark-sky ordinances; dome-top models reflect light upward and usually do not. If the project is under a lighting ordinance or chasing LEED site credits, spec full cutoff optics and check the ordinance's uplight and glare ratings against the fixture's photometric report.

Commercial walkway projects almost always spec hardwired 120V or low-voltage bollards, because output and reliability are predictable year-round. Solar bollards avoid trenching and suit remote paths or garden accents, but their output drops in winter and cloudy stretches, and few deliver enough lumens to hold pathway illuminance targets at commercial spacing. If code-level path lighting is the goal, wire it.

Yes. Accessible routes need 36 inches of continuous clear width, so bollards must sit beside the path rather than narrowing it, including at gates, ramps, and corners where layouts tend to pinch. Bollard spacing along drive aisles and vehicle barriers is a separate security decision. Coordinate the lighting layout with the civil drawings so path clearance and illuminance both hold.

Anywhere a vehicle can plausibly reach the fixture: parking lot ends, drive edges, drop-off loops, loading areas, and cart corral routes. Impact-rated models use cast aluminum or polycarbonate bodies on anchor-bolt bases, so a low-speed strike bends replaceable hardware instead of shearing conductors at grade. Note that lighted bollards are not crash-rated security barriers; if stopping vehicles is the requirement, spec a separate protective bollard.

Pathway work typically runs 400 to 1,600 lumens per bollard. The right number depends on spacing: fewer, brighter bollards at wide spacing produce stripes of light and dark, while more fixtures at moderate output produce the uniformity that makes a path feel safe. Pick the lumen package and spacing together against a 0.5 footcandle average target, then verify with photometrics.