Furuno 525TID-TMD 1KW 50/200 Transom Mount Transducer

The Furuno 525TID-TMD 1KW 50/200 Transom Mount Transducer is a professional-grade marine sonar transducer engineered for tactical watercraft operations, coastal patrol, and advanced fishing deployments where subsurface intelligence matters. Designed for law enforcement, military, and commercial maritime applications, this transducer delivers reliable bottom and structure detection in demanding operational environments. The transom-mount configuration provides rapid deployment capability without requiring hull modifications, making it ideal for temporary or mobile platform installations where flexibility and speed are critical.

Operating at 1 kilowatt peak power output, the 525TID-TMD broadcasts dual frequencies—50 kHz for extended range capability and 200 kHz for high-resolution target definition—allowing operators to toggle between wide-area scanning and detailed bottom mapping as tactical situational awareness demands. The transom-mount bracket integrates directly to the boat's stern structure, positioning the ceramic sensing element at optimal water interface depth to minimize signal degradation and maximize effective sonar cone projection. At 14 pounds, the assembly maintains manageable weight for portable operations while delivering the power density required for murky water penetration and object discrimination at depth.

Operators running patrol boats, rescue craft, and commercial survey vessels benefit most from this transducer's proven reliability across saltwater and freshwater environments. Installation pairs with Furuno-compatible sonar heads and fish finders, enabling real-time data fusion for navigation, obstacle avoidance, and underwater object location. The 50/200 dual-frequency architecture supports both shallow-water rapid-response scenarios and deep-water investigation operations, making it the go-to choice for multi-mission maritime units that cannot afford single-frequency limitations. Proper through-hull or transom mounting ensures minimal turbulence interference and maximum acoustic clarity throughout operational depth ranges.