Airmar B60 12-Degree Tilted Element Thru-Hull Transducer, 600W Depth/Temp

Achieve crystal-clear underwater visibility and precise data with the Airmar B60 12-Degree Tilted Element Thru-Hull Transducer. Engineered with Airmar's innovative Tilted Element™ technology, this transducer fixes the ceramic element at a 12-degree angle within its bronze housing, expertly compensating for hull deadrise on vessels with 8° to 15° deadrise. This ensures your sonar beam is directed straight down for maximum echo returns and highly accurate depth readings. Proudly designed and manufactured in the USA, the B60 is ideal for fiberglass or wood hulls and perfectly suited for center-console or trailered boats up to 8 meters (26 feet). Upgrade your marine electronics for superior performance on every outing.

Key Features & Benefits:

• Optimized for Hull Deadrise: Features a 12-degree tilted ceramic element, correcting for hull deadrise between 8° and 15° to ensure precise vertical beam orientation and enhanced echo returns.
• Powerful Dual-Frequency Sonar: Delivers 600W of power with dual frequencies of 50/200 kHz for versatile performance, reaching depths of up to 366 meters (1200') at 50 kHz and 213 meters (700') at 200 kHz.
• Integrated Depth & Temperature: Provides reliable depth and fast-response water temperature sensing, supplying critical environmental data for navigation and fishing.
• Low-Profile Bronze Housing: Constructed with durable bronze, extending only 5 mm (3/16") outside the hull to minimize drag and maintain your boat's running performance.
• Broad Compatibility: Designed for fiberglass or wood hull materials and suitable for vessels up to 8 meters (26 feet) in length.
• Standard Installation: Requires a 60 mm (2-3/8") hole size for straightforward thru-hull mounting.

Compatibility & Pairings:

The Airmar B60-12-MM is part of the Mix & Match™ series, requiring a separate compatible cable for connection to your specific fishfinder or chartplotter display (e.g., Raymarine, Furuno, Garmin). This allows for flexible integration with various marine electronic systems.