B285C-HW-HB - Airmar B285C-HW Thru-Hull With Humminbird 9-Pin Mix-N-Ma

Airmar B285C High Wide 1Kw CHIRP Bronze Thru Hull with Humminbird 9-Pin Mix-N-Match Cable

• Depth & temperature
• Bronze housing
• Exclusive Xducer ID® technology

Get more coverage under the boat with Airmar's wide beam Chirp product line. Offering a high frequency range of 150-250 kHz and a constant 25° Beamwidth, these transducers are truly broadband at its best. In addition to improving the performance of Chirp-ready echosounders, anglers using the single band, wide beam transducers will achieve twice the coverage under the boat compared to our current high frequency Chirp transducers

A unique property of the high frequency transducers is that the Beamwidth is a constant 25° angle across the entire frequency band. Now, in addition to providing vast bottom coverage and precise fish detection in the upper water column that can sometimes go unseen with our narrow beam transducers, Airmar's new wide beam format also creates crisper and larger return images on the display. We've got you covered.

• B285C
• High Speed Fairing Block
• MMC-HB

The Airmar B285C-HW-HB is a thru-hull transducer designed for marine applications, providing depth and temperature data. This unit is suitable for vessels requiring a bronze housing and integrates with Humminbird systems via a 9-pin Mix-N-Match cable. It operates within a CHIRP frequency range of 150-250 kHz, offering a constant 25� beamwidth. This wide beam design aims to provide broader coverage directly beneath the vessel compared to narrower beam high-frequency CHIRP transducers. The B285C-HW-HB is intended for business and IT buyers managing marine electronics installations where enhanced bottom coverage and fish detection in the upper water column are priorities. Its Xducer ID� technology is an exclusive feature. This transducer is engineered to improve the performance of compatible CHIRP-ready echosounders by delivering crisper and larger return images on the display, supporting more comprehensive underwater imaging up to a maximum depth of 500 feet.