Description
Airmar B175M Bronze 1kW 20° Thru-Hull for Garmin | Boat Supply Store
Engineered for serious anglers demanding precision in mid- to deeper water, this 1kW bronze thru-hull transducer delivers exceptional target separation and depth penetration up to 457m (1500'). Its medium frequency range of 85-135 kHz ensures clear returns, while Airmar's Tilted Element™ technology compensates for hull deadrise, guaranteeing optimal signal acquisition on fiberglass or wood hulls. Integrated with Garmin Multi-Function Displays via its 8-pin connector, it provides essential depth and fast-response water temperature data for effective navigation and fishing.
Key Features
- 1 kW Power Output for enhanced signal strength and deeper penetration.
- Medium Frequency Range (85-135 kHz) for superior target separation and detail.
- Tilted Element™ Technology maintains optimal beam angle with hull deadrise.
- Durable Bronze Housing for robust performance in fiberglass or wood hulls.
- Depth and Fast-Response Water Temperature Sensing for comprehensive environmental data.
- CHIRP-Ready Single-Band compatibility for advanced sonar capabilities.
- Patented Xducer ID® Technology for simplified integration and diagnostics.
- 8-Pin Connector for seamless integration with compatible Garmin MFDs.
Specifications
| Product Specifications | |
|---|---|
| Power Output | 1 kW |
| Frequency Range | 85-135 kHz |
| Element Tilt | 20 degrees |
| Housing Material | Bronze |
| Hull Type Compatibility | Fiberglass or Wood |
| Maximum Depth | 457 m (1500') |
| Beamwidth | 16-11 degrees |
| Connector Type | Garmin 8-pin |
| Features | Depth and Temperature Sensing, Xducer ID® |
Who This Is For
This transducer is ideal for dedicated anglers and boaters requiring precise underwater imaging in moderate to deep water, especially those operating fiberglass or wood hulled vessels with compatible Garmin Multi-Function Displays. It is designed for users who prioritize accurate fish detection, bottom contour detail, and structure identification.
How It Compares
| Feature | Airmar B175M Bronze 1kW 20° Thru-Hull for Garmin | High CHIRP |
|---|---|---|
| Power Rating | 1 kW | 600W |
| Frequency Range | 85-135 kHz | 85-165 kHz (Mid-band CHIRP), 150-240 kHz |
| Housing Material | Bronze | Plastic |
| Tilted Element Angle | 20 degrees | Not specified as tilted element |
| Max Depth | 457 m (1500') | Not specified |
Common Concerns Answered
Is the installation of the Airmar B175M complicated?
Installation requires precise hull drilling and proper sealing, which can be complex for DIYers. Professional installation is recommended if you are unfamiliar with thru-hull installations to ensure optimal performance and hull integrity.
Will the 20-degree tilt be suitable for my boat's hull?
The 20-degree tilt is designed for optimal signal return with a typical hull deadrise. While generally effective, it may not be ideal for boats with extremely shallow deadrise; however, user sentiment indicates it performs well across a wide range of hull designs.
What is the return policy for this transducer?
This product is not returnable to the point of purchase. For any issues, you will need to contact the manufacturer directly for support and warranty claims.
Frequently Asked Questions
What is the maximum depth for the Airmar B175M transducer?
The Airmar B175M transducer is rated for a maximum depth of 457 meters (1500 feet).
What hull types is the Airmar B175M suitable for?
The Airmar B175M is specifically designed for fiberglass or wood hulls.
What is the frequency range of the Airmar B175M transducer?
The Airmar B175M operates within a medium frequency range of 85 to 135 kHz.
What Garmin units are compatible with the Airmar B175M transducer?
This transducer features an 8-pin connector and is designed for compatibility with Garmin Multi-Function Displays (MFDs) that support this connection type and transducer technology.
What is the beamwidth of the Airmar B175M transducer?
The beamwidth of the Airmar B175M transducer ranges from 16 degrees at its widest to 11 degrees at its narrowest within its operating frequency range.
