The Pelican 9600 Remote Area Light is a highly-versatile modular LED lighting solution engineered to illuminate long stretches of work zones — from rail tracks and roads to tunnels and outdoor job sites — without the complexity and bulk of traditional light towers. Its innovative modular design lets you build powerful, linear lighting arrays to meet the demands of large-scale, continuous illumination projects.
Connect up to 34 individual light heads from a single power source to create over 100,000 lumens of total illumination and evenly light areas exceeding 350 yards (321 m) in length — perfect for extended workspaces and project zones.
Each light head produces 3,000 lumens from 14 high-efficiency LEDs, with an adjustable beam for precise lighting control.
Designed with side and end mount bracket points, this modular system can be mounted to fences, hung overhead, or deployed freestanding using optional poles and bases — giving you the flexibility to light complex environments in the configuration that works best.
The modular heads and base units stack securely with detachable cords for compact transport and storage, saving space and simplifying logistics.
Built tough with polycarbonate recessed lenses and internal shock supports, the 9600 light heads are engineered to survive rough terrain and accidental drops (tested from 6 ft onto concrete).
Lightweight and compact at ~9 lbs per head, each unit adds robust illumination without unnecessary bulk.
Modular system — chain multiple light heads for extended coverage.
3,000 lumens per head with 14 LED array.
Adjustable light beam for precise direction and control.
Stackable, compact design for travel and storage.
Multiple mounting options — freestanding, overhead, or fence mounted (accessories sold separately).
Rugged construction tested to withstand drops and rough use.
Whether lighting a long rail corridor, a roadway project, a tunnel work site, or a large outdoor space, the Pelican 9600 modular system delivers scalable, dependable, high-output LED illumination — all while simplifying setup, storage, and deployment compared to traditional lighting towers.
