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What You'll NeedJob site5 min read

What Equipment Do I Need to Hang Warehouse Lights?

19 vs 26 vs 32 vs 40 ft electric scissors for high-bay lighting — narrow aisles, floor load, and when a boom is the wrong indoor machine.

Warehouse lighting is a scissor-height problem with an aisle-width footnote. Measure fixture height, then add working room — 19 ft for typical bays, 26–32 ft for high-bay, 40 ft only when you measured. Narrow 32 in chassis for racking aisles. A telehandler indoors is usually the wrong people machine. The warehouse hub covers the building; this page is the lights.

Height is not a vibe

Read the fixture elevation. A 19 ft scissor with a person on tiptoes is how you buy a 26 ft the next morning. GS-3232 class exists for a reason when you need 32 ft of height in a 32 in aisle.

Aisles and floors

Measure the clear aisle, not the center-to-center rack. Upper mezzanines and some older slabs fail 32 and 40 ft machines. See indoor floor-load limits. Electric only in occupied space.

Over a rack

Extension decks reach into a bay. They do not replace a boom if you must work over product. Indoor booms are an emissions, floor, and insurance conversation — not a default.

FAQ

19 vs 26 vs 32 ft for lights?

Measure. Typical retail bays are 19. High-bay warehouses are often 26–32. 40 is a measured decision and a wide chassis. See the height-class guides.

Can we hang lights from a forklift basket?

Only with a rated platform and a plan. A scissor is the default for a reason.

Night work in an operating DC?

Electric scissors, floor-load note, and maybe a light tower in the yard — not a diesel RT in the aisle. See light towers for night work if the exterior needs it.

Need a quote on the right class?

Call or text — we'll match height, width, and capacity to the job instead of renting you a bigger machine than you need.