Simrad B60 20 Deg 50/200KHZ Black 9-Pin Thru Hull with 10m Cable

The Simrad B60 20 Degree 50/200KHZ Black 9-Pin Thru Hull with 10m Cable is a professional-grade transducer built for serious anglers and boaters who demand reliable sonar performance in freshwater and saltwater environments. After years on the water, you know that your fish finder is only as good as the transducer delivering data to your screen—this Simrad unit has earned its reputation for durability and consistent target separation across multiple frequency bands. Whether you're working deep structure, shallow flats, or anything between, this thru-hull design sits flush with your hull for clean hydrodynamic flow and maximum sensitivity.

Operating at 50 kHz and 200 kHz frequencies, the B60 delivers the dual-frequency advantage that modern sonar systems require: the 50 kHz beam excels at long-range detection and bottom imaging in deep water, while the 200 kHz frequency provides sharp, near-field detail for precise target identification and shallow-water scanning. The 20-degree beam angle balances coverage with focus, giving you a wide cone without sacrificing resolution—critical when you're navigating crowded fishing grounds or working tight structure. The nine-pin connector integrates seamlessly with Simrad's established marine ecosystem, and the 10-meter cable provides ample reach from transom to helm, whether your boat is a modest center console or a larger cruiser.

Thru-hull transducers like the B60 are preferred by tournament anglers and commercial operators because they eliminate dead zones inherent in transom-mounted designs and stay submerged at rest and idle. Installation requires a clean thru-hull cutout, so professional mounting is recommended to ensure proper alignment and watertight integrity—but once installed, you'll benefit from years of stable, interference-free sonar readings. Compatible with Simrad Go, NSO, and R-series plotters, the B60 becomes the foundation of a complete navigation and fish-finding system that grows with your needs.