Golight Radioray GT Series Permanent Mount - White LED - Hard Wired Dash Mount Remote

The Golight Radioray GT Series Permanent Mount with white LED and hard-wired dash mount remote is a professional-grade searchlight built for serious marine operators who demand reliable, hands-free spotlight control on the water. This permanent installation light combines Golight's proven remote-control design with GT Series enhancements that elevate durability and user experience for extended offshore and coastal operations.

The GT Series represents a refinement of Golight's industry-standard architecture, incorporating upgraded exterior housing and enhanced weatherproofing critical for saltwater environments. The hard-wired dash mount configuration integrates directly into your vessel's electrical system, delivering consistent power without reliance on battery drain. White LED output provides excellent visibility for night navigation, search operations, and general deck work while consuming less power than traditional halogen equivalents. The compact 8 x 8 x 9-inch footprint mounts cleanly on hardtops and cabin structures common to center console and offshore fishing vessels.

Designed for professional boat operators—charter captains, commercial fishermen, patrol and rescue personnel, and serious anglers—the Radioray GT permanently affixed light eliminates the inconvenience of portable spotlights and keeps both hands free for boat operation. The dash mount remote allows operator control from the helm without leaving your position, essential during night navigation, emergency response, or locating structure during low-light fishing hours.

Golight searchlights are recognized across the marine and maritime industries for reliability in demanding saltwater conditions. The hard-wired installation method ensures uninterrupted power delivery and eliminates the maintenance burden of battery-dependent systems, making the GT Series a practical long-term solution for vessels operating in coastal and open-water environments where equipment performance directly impacts safety and operational success.