Furuno CA28-F8 28KHZ 1KW Rubber Coated Transducer

The Furuno CA28-F8 28KHZ 1KW Rubber Coated Transducer is a mission-critical sonar transducer engineered for maritime surveillance, coastal patrol, and specialized tactical water operations. Built by Furuno—a trusted name in professional-grade marine electronics—this transducer delivers the acoustic clarity and reliability demanded by law enforcement dive teams, naval special operations, and coast guard units conducting subsurface reconnaissance. The rubber coating provides environmental durability in saltwater and contaminated freshwater environments where corrosion and impact damage pose constant threats to unprotected electronics.

Operating at 28 kHz frequency with 1 kilowatt peak power output, the CA28-F8 delivers penetrating acoustic transmission through dense water columns and bottom sediment with high resolution detail at extended ranges. The 28 kHz frequency band balances detection range with target discrimination—high enough for fine detail imaging yet low enough to minimize sound attenuation in turbid water conditions common in coastal and inland tactical AO (areas of operation). The rubber protective coating absorbs impact energy, insulates against electrical hazards, and resists degradation from fuel contamination, saltwater exposure, and UV radiation during transport and field storage. This robust construction ensures the transducer remains serviceable across demanding deployment cycles without requiring replacement or specialized maintenance protocols.

Law enforcement agencies, military dive operations, and maritime security teams rely on the CA28-F8 as a replacement or upgrade component for existing Furuno sonar systems operating in high-threat environments. The transducer integrates directly with Furuno multibeam and single-beam sonar arrays used in patrol craft, mother ships, and autonomous underwater vehicle (AUV) platforms. Installation requires integration with compatible Furuno sonar processors and display units; technicians should verify transducer impedance matching and cable specifications before field deployment to ensure optimal acoustic transmission and signal clarity.