Airmar B175C-20-H 20d Tilt With Navico 7-Pin MM Cable

The Airmar B175C-20-H 20d Tilt With Navico 7-Pin MM Cable is a professional-grade transducer engineered for serious anglers and boaters who demand reliable sonar performance in freshwater and light saltwater environments. This through-hull transducer combines decades of Airmar's marine electronics expertise with a 20-degree tilted design that optimizes beam projection and bottom tracking across varying hull angles. Whether you're running a center console, dual-console, or traditional fishing platform, this transducer integrates seamlessly into Navico-equipped systems—Lowrance, Simrad, and B&G displays included—making it the go-to choice for tournament-grade fish detection and navigation accuracy.

The B175C features Airmar's proven ceramic element construction, delivering crisp target separation and superior transducer efficiency even at extended casting distances and deeper depths. The 20-degree tilt accommodates hull deadrise, reducing the risk of signal loss and shadow zones that plague improperly angled installations. The factory-sealed Navico 7-pin Micro-D connector cable ensures waterproof integrity and eliminates field-splice vulnerabilities—critical for anglers who demand consistency across seasons and weather conditions. At 12 pounds, the transducer's substantial mass provides secure mounting and thermal stability, preventing signal drift during rapid temperature changes or extended power sessions.

This transducer is ideal for boaters upgrading legacy sonar systems or installing complete Navico-architecture networks on new builds. Installation requires a through-hull mounting location and access to existing or new transducer cable routing—professional installation is recommended to ensure proper alignment and silicone bed preparation. Compatibility is assured with any Navico or Lowrance display operating the 7-pin Micro-D protocol, making the Airmar B175C-20-H a future-proof investment for anglers committed to precision electronics and long-term reliability on the water.