Navico B75H: Precision CHIRP Technology for the Avid Mariner

Discover unparalleled underwater clarity with the Navico B75H 20° Bronze Thru-Hull CHIRP xSonic 9-Pin transducer. Engineered for the discerning mariner, the B75H merges high-frequency CHIRP capabilities with a sleek, low-profile design. Ideal for navigating both shallow and deeper waters, this transducer ensures precise depth readings and temperature measurements, enhancing your maritime expeditions.

• Experience game-changing CHIRP technology that provides 5 to 10 times greater detail and resolution, distinguishing between baitfish, game fish, and underwater structures with unprecedented clarity.
• Integrate depth and temperature readings into your navigation system to avoid grounding and monitor water conditions accurately.
• Effortless installation process compatible with a broad range of Navico displays including NSS, NSE, NSO, and Lowrance units.
• Operates at a high frequency range of 130kHz-210kHz, optimizing target detection in both shallow and deep waters.
• 20° tilt design compensates for built-in deadrise, offering optimal echo returns for boats with a hull deadrise between 16° and 24°.
• Minimize drag with a low profile housing that extends only 5mm outside of the hull, reducing resistance and preserving fuel efficiency.
• Plug & Play connectivity simplifies setup, ensuring you're ready to explore with minimal downtime.

The B75H from Navico sets a new standard in marine sonar technology, combining meticulous engineering with advanced CHIRP capabilities. Navigate with confidence, knowing every detail beneath the waves is captured with precision.

Technical Specifications:

• Frequency Range: 130kHz-210kHz for detailed sonar imaging.
• Tilt: 20°, perfect for hull deadrise angles between 16° and 24°.
• Construction: Durable bronze for long-lasting performance in saltwater environments.
• Connection: xSonic 9-pin connector for easy integration with your existing system.
• Profile: Low drag housing to maintain your boat's efficiency.
• Functionality: Depth and temperature measurement for comprehensive environmental data.