Furuno 235DST-MSE Bronze Thru-Hull, Digital Depth, Speed & Temp Sensor - 7-Pin

The Furuno 235DST-MSE Bronze Thru-Hull Digital Depth, Speed & Temperature Sensor is a marine transducer designed to deliver real-time water column data to compatible Furuno plotters and fishfinders. Built with bronze construction for superior corrosion resistance in saltwater environments, this 7-pin sensor integrates depth, speed, and temperature measurement into a single thru-hull installation, eliminating the need for multiple transducers and reducing hull penetrations.

Operating at 235 kHz with 200 watts of power output, the sensor delivers precise sonar data suitable for both shallow and moderate depth applications. The integrated speed and temperature sensors provide navigation reference and water condition monitoring without additional hardware. Temperature measurement accuracy of ±1 degree ensures reliable water tracking for species-specific fishing strategies. The 10-meter cable with 7-pin connector allows flexible transducer placement on hulls with dead rise angles up to 22 degrees, accommodating most recreational and commercial fishing vessel designs. Bronze housing resists galvanic corrosion in salt environments where aluminum or plastic alternatives fail.

This transducer serves offshore anglers, charter operations, and serious saltwater fishermen who depend on accurate bathymetric data and water temperature for locating structure and predicting fish behavior. The multi-function sensor design reduces installation complexity on vessels with limited hull space or existing through-hull access points. Weekend boaters and commercial operators benefit from consolidated instrumentation that simplifies electronics integration and reduces maintenance points. Compatibility with Furuno's navigation and sounder systems ensures seamless data integration into your existing bridge or console setup.

The bronze construction and proven Furuno design establish this transducer as a long-term investment for vessels operating in harsh marine conditions where transducer reliability directly impacts fishing success and navigation safety.