Covering the same site area with two LI-500s or six LI-300s can both be defensible choices — the right answer depends on site layout and how work actually moves, not a fixed rule about equipment count.
A smaller number of high-output units — like the LI-500 — covers more ground per position, which suits open, unobstructed sites where a tall mast's wide-angle output reaches consistently across a large area. Fewer units also means less equipment to track, deploy, and maintain overall.
A larger number of compact units — like the LI-300 — suits sites with irregular layouts, obstructions that block a single tower's line of coverage, or workflows where lighting needs to follow several separate, simultaneous work points rather than one continuous area.
Sites where lighting needs to move often benefit from more, lighter units that individually reposition fast — see our single-person deployment guide. Sites with one fixed, long-duration coverage area benefit more from fewer, higher-output towers that don't need frequent repositioning in the first place.
Multiple smaller units provide a degree of built-in redundancy — if one unit needs service, the others continue covering their portions of the site, whereas a site covered by a single large tower loses all coverage if that one unit goes down. This is worth weighing against the operational simplicity of fewer units.
Map your site's actual layout and workflow before deciding — an irregular, multi-point, frequently-repositioned site favors more compact units; an open, single-area, fixed-position site favors fewer high-output towers. See our lumens estimation guide for sizing output once you've settled on a general approach.
On open, unobstructed sites where a tall mast's wide-angle output reaches consistently across a large area, and where fewer units means less equipment to track and maintain.
On sites with irregular layouts, obstructions blocking a single tower's coverage, or workflows where lighting follows several separate, simultaneous work points.
More units — if one needs service, the others continue covering their portions of the site, unlike a single large tower going down and losing all coverage.
Map the site's actual layout and workflow — an irregular, frequently-repositioned site favors more compact units; an open, fixed-position site favors fewer high-output towers.
How weight varies across the product range and why it matters.
Read More →A practical framework for estimating lumen output.
Read More →How fast, single-person deployment changes site operations.
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