Path Lights

Path lights rated for commercial walkways, campuses, and apartment communities, at contractor pricing with free shipping on every order. The guidance below the products covers bollard vs stake form factors, 120V vs solar tradeoffs, and a spacing table that holds up on a real sidewalk.

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Path Light Planning Guide

Path Lights Built for Commercial Walkways

Most path lights on the market are landscape stakes designed for a backyard border. This category is the other kind: fixtures rated for campuses, retail sites, apartment communities, and municipal walkways, where the light has to survive weather, mowers, and the occasional vehicle bumper while holding output for years. The first decision is form factor, and it follows the traffic, not the catalog photo.

Bollard or Stake: Match the Fixture to the Traffic

  • Choose a bollard where people walk daily and durability is non-negotiable: building entries, campus paths, planting islands near parking. A metal-bodied bollard at 36 to 42 inches takes abuse a stake fixture cannot.
  • Choose stake-mounted path lights for planted beds and low-traffic garden edges, where fixtures live in mulch rather than next to foot traffic. Our residential Landscape Path Lights category covers these.
  • Choose post top fixtures when one pole should light a wide stretch of walkway or a small plaza from above; they trade the intimate scale of bollards for coverage per fixture.

120V, Low Voltage, or Solar

Line-voltage (120V or 277V) fixtures are the commercial default: no transformer, long circuit runs, and full-output LEDs. Low-voltage systems cut trenching depth requirements and are safer to work on, but the transformer sizing and voltage drop math limit run lengths, which is why they stay popular in landscape work and rare on large sites. Solar removes wiring entirely and shines where conduit would cross finished hardscape; verify battery autonomy against winter conditions before specifying it for a walkway that must stay lit all night, and browse LED Solar Lighting for those options.

Tie in Steps, Decks, and the Rest of the Site

Walkways rarely end at flat grade. Stair transitions along a path are covered by Outdoor Step Lights, which put light on treads without glare at eye level, and the same fixtures handle deck lighting edges around patios and terraces. Drill into Bollard Lights and Post Top Lights for the full range of each form factor, or step up to the parent Outdoor Area and Flood Lights category for parking and site fixtures that share the same poles and circuits.

Stock status is live on every product page, in-stock fixtures ship within 24 hours, and shipping is free with no minimums. Have a site plan with a walkway run and no lighting layout yet? Call a specialist at 855-775-4533 and we will rough out fixture counts and spacing with you.

Walkway and Sidewalk Spacing That Actually Works

Walkway lights fail in two ways: bright pools with dark gaps, or so few fixtures the path reads unsafe after dark. These starting points produce even, comfortable sidewalk lighting; confirm with a photometric layout on anything larger than a single path.

Fixture TypeTypical OutputMounting HeightStarting Spacing
Landscape stake path light100 to 200 lm18 to 24 in6 to 10 ft
Commercial bollard light500 to 1,500 lm36 to 42 in15 to 25 ft
Post top light2,000 to 8,000 lm8 to 15 ft2.5 to 3 times mounting height

Color temperature stays in the 3000K to 4000K band for most sites: 3000K flatters landscaping and hospitality frontage, 4000K reads crisper for security-minded properties. Photocell-controlled models run dusk to dawn without a contactor panel.

Frequently Asked Questions About Path Lights

The terms overlap, but path lights usually refer to short stake-mounted landscape fixtures, while walkway or sidewalk lights implies the commercial-grade equipment on this page: bollards and post top fixtures built for public foot traffic. If the route serves customers, tenants, or students daily, specify commercial fixtures; stake lights belong in planted beds.

Spacing follows fixture output and mounting height. Commercial bollards typically start at 15 to 25 feet apart, post top fixtures at roughly 2.5 to 3 times their mounting height, and small stake lights at 6 to 10 feet. The goal is overlapping pools of light with no dark gaps between fixtures. A photometric layout confirms spacing on longer runs.

Purpose-built commercial solar fixtures can be, unlike consumer stake lights. They pair a real LED engine with a sized panel and battery for dusk-to-dawn operation, and they eliminate trenching costs where power is far away. Verify the rated battery autonomy against winter sun in your region before specifying solar for a walkway that must stay lit every night.

3000K is the default for hospitality, residential communities, and anywhere landscaping should look warm and inviting. 4000K reads crisper and is common on campuses and commercial sites where a more alert, security-oriented feel is wanted. Keep one CCT consistent across a site; mixing warm and cool fixtures along the same walkway is the most visible spec error.

Line voltage is the commercial default: long runs without transformer math, full-output fixtures, and simple integration with photocells or time clocks. Low-voltage systems are easier to modify and popular in landscape settings, but transformer capacity and voltage drop limit circuit length. On sites with existing 120V or 277V branch circuits, line-voltage bollards and post tops are usually the cleaner build.

Standard commercial bollards run 36 to 42 inches, tall enough to throw light across a walkway but below eye level so the source does not glare. Shorter 24 to 30 inch models suit garden settings, while taller bollards mark drive edges and plazas. Louvered or shielded tops improve comfort where paths are viewed from windows or seating areas.

Yes. Many bollards and post top fixtures offer integral photocells that switch the fixture at nightfall with no external controls, and any line-voltage fixture can be run from a shared photocell or time clock on the circuit. For sites that dim overnight to save energy, choose fixtures with 0-10V dimming drivers and pair them with a lighting control schedule.