Buyer guide · Applications

Parking Lot LED Lighting: Choosing Shoebox Area Lights

Updated

Quick answer

To design parking lot lighting, choose shoebox fixtures using pole geometry, distribution and site boundaries before selecting wattage. We do not publish project parking-lot photometric layouts; send the site plan through RFQ and request the fixture data for design.

Primary audience: Specifying engineers

Map the site before selecting a shoebox light

A shoebox area light is a fixture form, not a parking-lot layout. Begin with a scaled plan showing poles, parking rows, drive lanes, pedestrian paths, entrances and property boundaries. Record mounting height and the direction each existing fixture faces. Include trees, signs and other obstructions that affect light reaching the ground.

Separate vehicle circulation from pedestrian tasks. People need to identify kerbs, steps and routes between parked vehicles and entrances. A large average light value over the whole site can conceal a dark path beside a building. The design review should consider those places explicitly rather than averaging them into the open parking area.

State whether the project must reuse poles and foundations. Reusing a position limits the available distribution choices, and replacing a head changes the load on the structure. Have the appropriate project professional review pole condition, mounting compatibility and structural suitability. The luminaire selection alone does not establish that an existing pole or arm can support the proposed installation.

Choose distribution for the pole position

Distribution describes the pattern of light around a fixture. A pole near a boundary has different needs from a pole in the middle of a parking area. The AR07 area-light page publishes Type II, III, IV and V distribution options. The quotation should name the selected option, not simply the AR07 family.

Distribution questions for the lighting designer
Site geometryDesign questionEvidence needed
Narrow routeCan the pattern follow the route?Exact optic and orientation
Perimeter poleHow much light crosses the boundary?Boundary calculations and shielding review
Interior poleDoes coverage extend around the pole?Layout using the selected distribution
Building edgeWill area lights overlap wall packs?Combined calculation for both systems

These are review questions, not a universal mapping from distribution number to application. Ask for the photometric file corresponding to the actual optic and output setting. A family’s list of available distributions does not demonstrate the performance of a particular order configuration.

Check minimum light, glare and spill together

Parking-lot design is not a contest for the highest lumen total. Review the required average, minimum and uniformity criteria with the designer, along with glare and boundary light. Keep the project criteria in writing so the submitted layout answers the same questions as the specification.

A high mounting position can change both coverage and the light reaching a driver’s eyes. A tilted head changes the pattern again. Do not use a site photograph as proof that a proposed aim angle will control glare. Model the installed orientation and inspect important viewing directions, especially entrances and nearby occupied buildings.

AR07 lists a dark shield among its accessories. That is an option to evaluate, not evidence that any arrangement meets a local lighting restriction. Shielding can alter useful coverage, so include it in the photometric review. Where wall packs also illuminate the perimeter, combine their contribution with the pole fixtures. The wall-pack guide explains the separate checks for building-mounted lighting.

Specify the complete electrical and mounting configuration

AR07’s model tables publish selectable wattage and multiple input-voltage options. Use the exact row rather than combining the output of the largest model with the dimensions of a smaller one. The 347 V and 480 V directory provides the published voltage entries; a licensed electrician must identify the site supply.

The area-light page lists slip-fitter, arm, yoke and trunnion mounting options as sold separately. Check the required bracket against the existing pole or surface details. Include the mount in the quotation and installation documents. A fixture head without the intended bracket is not a complete order for that mounting arrangement.

Photocell and motion-sensor accessories are also listed separately. Define the switching sequence and any occupied or unoccupied output settings. Confirm accessory compatibility with the selected driver. Do not assume a photocell controls every pole in the lot or that motion detection covers the entire calculation area. Commission the controls against the agreed site operating plan.

Request the documents needed for a real layout

We do not publish project parking-lot photometric layouts. Product-page photometric information is not a site-specific calculation or a promise of fixture spacing. Send the scaled plan, pole schedule, mounting heights, voltage and project criteria through RFQ. Request the IES files for your lighting designer and identify any boundary or glare constraints.

If this is a retrofit, include the existing head and mounting information and state whether poles must remain in place. The metal-halide replacement guide distinguishes published replacement statements from lumen-based comparison. Our area-light page describes complete fixtures; it does not establish a universal kit for converting any existing housing.

Before release, compare the quotation with the layout schedule line by line. Model, optic, output setting, colour temperature, voltage, bracket and controls should agree. If a substitution changes one of those fields, ask the designer whether recalculation is needed. Archive the approved schedule so a later maintenance replacement can match the installed configuration.

Document checklist for the handoff:

  • Scaled site plan with poles, heights, roads, pedestrian routes and boundaries.
  • Exact fixture configuration, bracket, tilt and configuration-matched IES file.
  • Local lighting criteria and designer-reviewed minimum, uniformity and spill calculations.
  • Control schedule, structural review where needed and final aiming records.

Related guides

Request configuration-matched design documents.

Browse all buyer guides or send your fixture schedule for a quote.

Follow NEC/local code and use a licensed electrician.

Common questions

How many shoebox lights does a parking lot need?

A reliable quantity requires the site dimensions, pole geometry, target criteria and exact fixture photometry. We do not publish a one-size-fits-all parking-lot count or spacing rule.

Does the highest-wattage fixture cover the largest useful area?

Higher output does not establish useful coverage. Optics, height, aiming, obstructions and boundary limits affect the result. Compare calculations for the actual configurations under consideration.

Can AR07 use a photocell?

The published AR07 accessory list includes a photocell sensor sold separately. Identify it in the inquiry and confirm compatibility with the selected electrical configuration.

Does a shield guarantee compliance with a lighting ordinance?

No. Review the installed arrangement against the project’s local requirements. A shield is a component choice; compliance depends on the resulting installation and its documented performance.

Next step

Price a job, or ask for the documents.

IES files and listing file numbers travel with the quotation.

Request a quote