Collection: LED Area Lights
LED Area Lights, often referred to as parking lot lights or shoebox fixtures, are the backbone of large-scale exterior illumination. These high-output fixtures are designed to provide wide, uniform light distribution for commercial parking lots, automotive dealerships, and corporate campuses. Engineered to replace energy-heavy metal halide systems, our commercial LED area lights deliver superior visibility while reducing energy costs by up to 75%.
Our collection includes a versatile range of pole-mounted outdoor lights with various optical distributions, including Type III, Type IV, and Type V patterns. Whether you need forward-throw optics for lot perimeters or 360-degree coverage for central areas, our fixtures feature rugged die-cast aluminum housings and IP65-rated weatherproofing. With options for field-selectable wattage and integrated dusk-to-dawn photocells, you can customize your site's security and efficiency with ease. For a deeper look at distribution alignment, spacing-to-height relationships, and boundary control, refer to the area lights buying guide.
Shop All: LED Commercial Lighting | LED Site Lighting | LED Canopy Lights | LED Flood Lights | LED Wall Pack Lights
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GridMax Series LED Area Light
Regular price From $80.10Regular price$114.99Sale price From $80.10Sale
Commercial Lighting Systems: Specification, Applications, and Engineering Expertise
A complete guide to how commercial lighting systems are designed, specified, and applied across interior, industrial, and exterior environments.
Lighting Design, Layout, and Specification Resources
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Commercial Lighting Specification & Buying Guides
View Commercial Lighting GuidesCommercial lighting systems are specified based on task requirements, mounting conditions, distribution control, and code compliance. Fixture selection must align with layout planning, electrical coordination, and long-term performance expectations across the application.
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Lighting Layout, Spacing, and Performance
View Commercial Lighting Layout GuideFixture selection alone does not determine lighting performance; layout, spacing, mounting height, and optical distribution control how light reaches the task plane, and improper spacing or distribution can create glare, dark zones, or uneven coverage even when lumen output appears sufficient.