Water-Proof Push Button Switch 13/16in Hole

The Water-Proof Push Button Switch 13/16in Hole is a sealed electrical component designed for demanding tactical, automotive, and marine environments where moisture intrusion poses a critical reliability risk. Built to OMP Racing specifications, this switch serves mounted control applications requiring a compact, weather-resistant interface in tight spaces. Law enforcement and military personnel rely on sealed switches like this for vehicle lighting systems, emergency communications equipment, and remote activation circuits where standard switches would fail under wet or high-humidity field conditions.

This push button switch features full waterproof construction that prevents liquid and moisture ingress, critical for vehicles operating in rain, snow, or amphibious scenarios. The 13/16-inch hole diameter accommodates standard tactical panel cutouts common in vehicle dash assemblies and portable equipment enclosures. The sealed button mechanism maintains consistent tactile feedback and electrical continuity across repeated actuations, even after prolonged exposure to salt spray or freshwater environments. Its compact profile—measuring 5 by 1 by 6 inches with minimal weight at 0.1 pounds—enables integration into space-constrained command vehicles, command posts, and rapid-deployment equipment without adding significant bulk or load.

This switch is ideal for operators installing auxiliary lighting controls, emergency warning systems, or remote-initiated tactical equipment on military and law enforcement vehicles. Its waterproof rating makes it particularly valuable in amphibious operations, coastal patrols, and environments where corrosion resistance directly affects mission continuity. Installation requires a simple panel-mount approach using the standard 13/16-inch hole pattern found on most aftermarket tactical control panels and OEM vehicle dash systems. Compatibility spans AC and DC circuits commonly found in vehicle electrical systems, though voltage and amperage specifications should be verified during integration to ensure proper operation with your specific equipment configuration.