SEEKR by Caframo Kona 817 24V 3-Speed 7" Waterproof Fan - Black

The SEEKR by Caframo Kona 817 24V 3-Speed 7" Waterproof Fan in black is a marine-grade ventilation solution engineered for harsh saltwater environments where standard fans fail within months. Rated IP55, this 24-volt fan delivers the weatherproofing and material durability demanded by serious offshore anglers, commercial fishing operations, and weekend boaters who run their vessels in exposed conditions. The watertight motor design, combined with extruded aluminum construction, UV-stabilized plastic components, and stainless steel fasteners, ensures corrosion resistance in salt air and spray environments where conventional equipment deteriorates rapidly.

The 7-inch diameter blade provides efficient air circulation across cabins, engine compartments, and open fishing platforms. Three-speed operation allows precise airflow control—from low-speed whisper-quiet ventilation during quiet cruising to full-speed cooling when deck heat builds during long runs or extended offshore trips. The dual mounting system includes both suction cup and screw-down base options, allowing flexible installation on cabin ceilings, bulkheads, or structural supports without permanent modifications. At 2.8 lbs, the fan remains lightweight enough for aftermarket installation on most vessel types, from center consoles to cabin cruisers.

This weatherproof fan serves boat owners who demand equipment longevity in salt-air exposure. Unlike standard 12V or 120V fans that rust and seize after one offshore season, the Kona 817 handles constant moisture, spray, and UV radiation without performance degradation. The 24-volt system integrates seamlessly into vessels already running auxiliary 24V systems for trolling motors, navigation electronics, and larger console equipment. Whether cooling a galley during summer fishing runs, maintaining air circulation in engine compartments, or providing ventilation during overnight anchoring, the three-speed control adapts to actual conditions rather than forcing fixed-speed operation.