LED Parking Lot Lights

LED parking lot lights sized with real layout math: shoebox area lights for arm or slipfitter mount on new or existing poles, with free shipping on every order. Spacing tables and wattage by mounting height guidance below the products give a bid the fixture counts it needs.

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Parking Lot Lighting Planning Guide

Parking Lot Light Pole Planning

Fixture selection and pole selection travel together. If the poles already exist, measure the mounting height, note the arm style, and pick LED heads that match the existing drill pattern or use a slipfitter that clamps over a 2 3/8 inch tenon. Taller pole lights carry fewer poles per acre but need bigger lumen packages and stronger wind ratings; check each fixture's EPA value against the pole's rated capacity, especially in coastal wind zones. New installations should settle pole height first, then wattage, in that order.

Parking Lot Lighting Specs Worth Checking

A few specs decide most parking lot lighting projects. Distribution type: Type III throws light forward for perimeter poles, Type V spreads evenly for interior rows. Color temperature: 4000K and 5000K are the standard site lighting choices. Controls: photocell receptacles are common for dusk to dawn operation, and many models accept a motion sensor for after-hours dimming. Rebates: DLC listed and DLC Premium fixtures qualify for most utility incentive programs, which routinely cover a meaningful share of the fixture cost on retrofit projects. Finish options run bronze and black powder coat on most models, and stock status and lead times are listed on each product page.

For building perimeter security, LED Wall Packs complement pole mounted area lighting. Roadways and access drives are covered under Street Lights, aimable facade and sign illumination under LED Flood Lights, and walkway edges under Bollard Lights. Browse the full Outdoor Area and Flood Lights section for everything site related.

Parking Lot Lights Sized With Real Layout Math

Most parking lot lights pages hand you a grid of shoebox fixtures and leave the layout to guesswork. This page starts with the numbers a bid actually needs: how many fixtures, at what wattage, on what mounting height, spaced how far apart. The fixtures here are shoebox style LED area lights for arm mount or slipfitter mount on new or existing poles, which suits the most common project of all: replacing tired metal halide heads on poles that are staying put.

Wattage and Spacing by Mounting Height

Mounting HeightFixture WattageLumen PackageTypical Pole Spacing
12 to 15 ft75 to 100W10,000 to 14,000 lm40 to 50 ft
20 ft100 to 150W14,000 to 21,000 lm60 to 80 ft
25 ft150 to 240W21,000 to 34,000 lm80 to 100 ft
30 ft240 to 300W34,000 to 45,000 lm100 to 120 ft
35 to 39 ft300 to 450W45,000 to 65,000 lm120 to 150 ft

Spacing figures assume Type III or Type V optics and a design target of 1 to 2 footcandles average, the common baseline for open commercial lots. High traffic retail frontage and drive-thru lanes are usually designed to 2 to 5 footcandles. Every lot has its own geometry, so treat the table as a starting point and confirm the final count with a photometric layout before ordering. Send our lighting team a site plan and we will help you sanity check the fixture count.

How Many LED Parking Lot Light Fixtures Per Lot

Lot SizeApprox. StallsTypical Fixture Count
Half acre50 to 652 to 4 heads on 20 to 25 ft poles
1 acre100 to 1254 to 6 heads on 25 ft poles
2 acres200 plus8 to 12 heads on 25 to 30 ft poles, perimeter plus interior rows

Frequently Asked Questions About LED Parking Lot Lights

A useful planning figure is 4 to 6 shoebox heads per acre on 25 ft poles, targeting 1 to 2 footcandles average for an open commercial lot. High activity areas like retail entrances design closer to 2 to 5 footcandles and need tighter spacing. Lot shape, obstructions, and pole placement all shift the count, so confirm the final quantity with a photometric layout before ordering.

A 100 to 150W LED shoebox is the typical one-for-one replacement for a 400W metal halide head, delivering comparable or better light on the pavement at roughly a third of the energy. For 1000W metal halide, look at 240 to 300W LED. Match the lumen package to the mounting height rather than chasing the old wattage label, since LED optics put more of the light where you need it.

Type III optics push light forward and outward in a wide arc, which suits poles placed along the perimeter of a lot facing inward. Type V optics distribute light evenly in all directions, which suits poles positioned in the interior of a lot or on islands between parking rows. Most full site layouts use Type III on the edges and Type V in the middle.

Usually, yes. Measure the mounting height, identify the mount style (arm mount with a drill pattern, or a slipfitter that clamps over a round tenon), and confirm the new fixture's EPA rating is within the pole's rated wind load capacity. Fixture-only retrofits on sound existing poles are the fastest and cheapest way to modernize parking lot lighting, since no foundation or electrical trenching work is needed.

Most sites use both layers. A photocell handles dusk to dawn switching so the lot is never dark when it should be lit. Motion sensors add after-hours dimming: fixtures idle at a reduced output overnight and return to full brightness when a vehicle or pedestrian enters the zone. That combination preserves security coverage while cutting overnight energy use substantially.

DLC (DesignLights Consortium) listing certifies that a fixture meets efficiency and quality thresholds used by utility rebate programs. Most utilities require DLC or DLC Premium listing before paying an incentive on an LED retrofit. On parking lot projects, those rebates can offset a meaningful portion of fixture cost, so check your utility's program before finalizing the fixture schedule.

Small lots and car dealership frontage typically run 15 to 20 ft poles. General commercial lots most often use 25 ft, which balances pole count against fixture size. Large retail and industrial sites go to 30 to 39 ft to cover more area per pole. Taller poles mean fewer poles but larger lumen packages, stronger wind load requirements, and lift equipment for service.