Airmar B175C-12-MW 12d Tilt Medium CHIRP Ultra Wide With Furuno 10-Pin MMC

Airmar B175C-12-MW: Advanced Medium CHIRP Transducer for Marine Use

Airmar B175C-12-MW 12d Tilt Medium CHIRP Ultra Wide With Furuno 10-Pin MMC

Airmar B175MW Medium Ultra-Wide 12 deg Tilted Element Thru-Hull - Furuno 10-Pin Mix-n-Match Cable

Model: B175C-12-MW-10F

• Fixed 12° tilted version for 8° to 15° hull deadrise
• Depth and fast-response water-temperature sensor
• 1 kW with depth tracking down to 400 m (1,300#39;)
• Medium frequency: 60-100 kHz
• 57° to 73° beamwidth (port/starboard)
• 16° average fore/aft
• 40 kHz of total bandwidth from one transducer
• Medium frequency for superior mid-depth performance and excellent fish-target separation
• Bronze housing for use on stepped, planing or displacement hull
• Low-profile, thru-hull housing yields good resolution at speed when installed properly
• Exclusive Xducer ID® technology

AIRMAR’s innovative transducer designs have revolutionized the fishing world, and they continue to do so with the NEW Chirp-ready B175 Medium Ultra-Wide (MW) Tilted Element Thru-hull transducer. The B175MW takes transducer design and performance to a whole new level by using medium frequency (60-100 kHz) with an incredible ultra-wide beamwidth ranging from 57-73° port-starboard to 16° average fore-aft. Maximum coverage under the boat is achieved with this medium-frequency transducer, serving anglers who target pelagic species in the upper water column.

Airmar’s new Medium Ultra-Wide models are perfect for seeking deeper species with a frequency band from 60-100 kHz. When paired with our other popular models such as the B275LHW, provides the angler with a broad set of frequencies (Low, Medium-Wide, High-Wide) to interrogate targets from deep to shallow.

Specifications

Power Rating
1 kW

Housing
Bronze

Functions
Depth, Temperature

Hull Material
Fiberglass or wood

Max Vessel LOA
Up to 11 m (36')

Hole Size
95 mm (3-3/4")

Mounting Style
Tilted Element Thru-Hull

Acoustic Window
Urethane

Cable-Length
9 m (30')

Max Depth
400 m (1300')

Medium Frequency
60-100 kHz

Medium Frequency Beamwidth
57° to 73° (Port/Starboard) X 16° average (Fore/Aft)

Water Temperature
-10° to 40°C (14° to 104°F)

Cable End
Mix-N-Match

What's in the Box:

• B175C-12-MW-MM Medium Ultra-Wide Chirp, 1kW, 12° Tilt
• MMC-10F Furuno 10-Pin Mix-n-Match Cable

Precision and Versatility of the Airmar B175C-12-MW

The Airmar B175C-12-MW transducer is engineered to deliver exceptional sonar clarity with its 12-degree tilt medium CHIRP design. This ultra-wide transducer maximizes coverage while minimizing interference, making it ideal for anglers and mariners looking for detailed underwater imaging. The CHIRP technology sweeps a range of frequencies, enhancing target separation and improving fish detection accuracy. Compatible with a broad selection of marine electronics, this Airmar transducer stands out for its reliability and precision on the water.

Seamless Integration with Furuno 10-Pin MMC Systems

Designed specifically with Furuno 10-Pin MMC systems in mind, the Airmar B175C-12-MW ensures straightforward installation and optimal performance. Its dedicated connector maintains signal integrity, supporting reliable communication between the transducer and Furuno fishfinder units. This compatibility allows users to experience superior sonar readings and ease of use without additional adapters. The plug-and-play nature simplifies setup and enhances system efficiency for marine navigation and fishing applications.

Durability and Construction for Harsh Marine Conditions

Built to withstand challenging saltwater environments, the Airmar B175C-12-MW features rugged materials and corrosion-resistant housing. Its durable design ensures longevity even during prolonged exposure to harsh sea conditions. The transducer's ultra-wide beam angle coupled with the 12-degree tilt optimizes depth performance and reduces noise from vessel hull interference. Mariners relying on precise underwater data trust this Airmar product for dependable operation and consistent sonar clarity over time.