High-performance fairing ensures correct transducer alignment, reduces turbulence, and must be cut to hull angle. Required for proper sonar performance. Read more.
The High-Performance Fairing Block for the AIRMAR SS405 transducer is a precision thru-hull fairing solution designed to ensure correct transducer alignment and improved performance by directing the sound beam straight downward. By keeping the transducer parallel to the water surface, the fairing block supports accurate sonar readings and consistent bottom tracking.
In addition to alignment, the fairing block helps reduce turbulence and water disturbance around the transducer installation. This is especially important for transducers designed to operate with a fairing, where proper hydrodynamic shaping is essential to maintain signal quality and reliable performance underway.
The fairing block is designed to be custom-cut to match the hull’s deadrise angle, allowing the transducer to remain correctly oriented in the water. The removed top section is installed inside the hull, providing a clean and stable thru-hull installation. For SS405 installations, the use of a fairing block is a required part of the installation process.
Ensures correct beam orientation: Keeps the transducer aligned parallel to the water surface so the sound beam is directed straight downward.
Reduces turbulence: Minimizes water disturbance around the transducer to support stable and consistent sonar performance.
Designed for fairing-required installations: Intended for transducers that must be installed with a fairing block for proper operation.
Custom-fit to hull deadrise: Fairing block is cut to match the hull angle, ensuring correct transducer alignment.
Stable thru-hull installation: The removed top section is mounted inside the hull for a secure and balanced installation.
Compatible transducer: AIRMAR SS405
Product type: High-performance fairing block
Purpose: Transducer alignment and turbulence reduction
Installation requirement: Fairing must be cut to match hull deadrise angle