Navico - P79 In-Hull Transducer

Unveiling Depths: The P79 In-Hull Transducer

Embark on a voyage of discovery with our P79 In-Hull Transducer, a marvel in marine technology designed to interface seamlessly with the underbelly of your vessel. Its unique design effortlessly adjusts to hull deadrise angles up to 22', ensuring a vertically oriented beam for precise echo receptions and accurate depth readings. This is not your ordinary "puck" type transducer; the P79 transcends conventional designs with a two-part system involving a base bonded to the hull filled with liquid, and a transducer that locks onto the base with a simple twist.

Technical Symphony: A Harmonious Interaction with Echoes

The P79 operates at frequencies of 50/200 kHz, with a power output of 600 W RMS, categorizing it as a mid-performance marine gadget. The essence of its functionality lies in the transmission of sound waves through liquid, ensuring optimized performance and clear readings even in challenging marine conditions. Designed to interface flawlessly with Lowrance HDS Series and Simrad NSE Series Multifunction Display units, the P79 becomes a crucial part of your marine exploration equipment.

Streamlined Form: Molding to Your Vessel's Contours

While the exact dimensions are not specified, the P79 is constructed with a sleek design in mind. Its ability to mold to the contours of your vessel's hull and adapt to varying deadrise angles exemplifies its streamlined nature. The compact design does not compromise on performance, ensuring accurate depth readings with every expedition.

A New Depth of Understanding: Features That Resonate

• Depth capability for a profound understanding of the underwater terrain.
• Operates at 50/200 kHz frequency, ideal for a variety of marine applications.
• 600 W RMS power output for clear, reliable readings.
• Mid-performance category, balancing capability with affordability.
• Durable plastic construction withstands the test of marine conditions.
• Equipped with a 7 Pin Blue Connector for effortless connectivity.