Airmar B60 Bronze Thru-Hull Transducer, 20° Tilt, 600W, Garmin 8-Pin

Achieve crystal-clear underwater visibility and precise navigation with the Airmar B60 Bronze Thru-Hull Transducer. Engineered with Airmar's renowned Tilted Element™ technology, this 600W transducer is specifically designed to accommodate hull deadrise angles from 16° to 24°, ensuring your sonar beam is always directed straight down for maximum echo returns and accurate depth readings without the need for a fairing block. Proudly made in the USA, it's the ideal choice for enhancing your Garmin marine electronics. Upgrade your boat's sonar capabilities today.

• Optimized Performance: Features a fixed 20° tilted bronze element that compensates for hull deadrise angles between 16° and 24°, ensuring a vertical beam for superior target detail and bottom tracking.
• Powerful Dual-Frequency Sonar: Operates at 50 kHz with a wide 45° beamwidth for deep-water performance up to 366 m (1200'), and 200 kHz with a narrow 12° beamwidth for excellent target separation in depths up to 213 m (700').
• Integrated Depth & Temperature: Provides reliable depth and fast-response water temperature readings, giving you crucial data for safer navigation and more successful fishing.
• Low-Profile & Durable Design: The bronze housing extends only 5 mm (3/16") outside the hull, minimizing drag and having no effect on your boat's running performance. It is suitable for fiberglass or wood hulls.
• Garmin Compatibility: Equipped with an 8-pin connector for seamless integration with a wide range of Garmin chartplotters and fishfinders.

• Power Rating: 600W RMS
• Frequencies: 50/200 kHz
• Beamwidths: 45° (50 kHz) / 12° (200 kHz)
• Max Depth: 366 m (1200') @ 50 kHz, 213 m (700') @ 200 kHz
• Housing Material: Bronze
• Deadrise Compensation: Fixed 20° tilt for 16° to 24° hull deadrise
• Cable Length: 39 feet (12 meters)
• Hole Size: 60 mm (2-3/8")
• Max Vessel LOA: Up to 8 m (26')

Pair with a compatible Garmin chartplotter, such as the echoMAP™ or GPSMAP® series, for optimal sonar display and data integration.