Sea-Dog Wireless Remote f/ASA Halogen Spot/Flood Light

The Sea-Dog Wireless Remote for ASA Halogen Spot/Flood Light puts complete deck illumination control in your hands—literally. Whether you're night fishing, docking in low light, or conducting search operations, this handheld remote module eliminates the need to leave the helm or cabin to adjust your marine lighting system. Built for serious boaters and commercial operators who demand reliability in harsh saltwater environments, this wireless solution transforms how you manage your vessel's lighting without running additional helm-mounted switches or complicated wiring.

This compact remote (3 x 2 x 5 inches, weighing just 0.3 lbs) communicates wirelessly with your Sea-Dog ASA halogen spot and flood lights, allowing you to control on/off functions, switch between spot and flood beam patterns, adjust motor speed from slow to fast for variable rotation rates, and operate tilt mechanisms—all from deck or bridge. The wireless design eliminates troublesome control cables and reduces installation complexity, while the lightweight, ergonomic form factor makes it easy to grip even with wet or gloved hands. Sea-Dog's marine-grade construction ensures the remote withstands salt spray, moisture, and deck handling without corrosion or electrical degradation.

Night anglers, charter captains, and commercial fishing operations rely on these remotes to manage search and flood lighting during extended hours on the water. The wireless functionality is especially valuable on larger vessels where helm and cabin lighting are critical but distant from the main control station. Compatible exclusively with Sea-Dog ASA halogen spot/flood light systems (verify your fixture model before ordering), this remote integrates seamlessly into existing installations and serves as a direct replacement for worn or damaged control units. For safety-conscious boaters and professional mariners, having independent wireless light control is a practical investment in vessel navigation and deck operations.