Airmar - SS75C-12-M 12d Tilt Medium CHIRP Transducer - With Mix-N-Match Plug

Advanced Sonar Precision with CHIRP Technology

The Airmar SS75C-12-M 12° Tilt Medium CHIRP transducer is engineered to deliver unparalleled sonar clarity for marine enthusiasts, commercial fishermen, and tournament anglers. Designed for vessels up to 25 feet (8 meters), this high-performance transducer enables superior depth detection and temperature monitoring.

With CHIRP technology, the SS75C-12-M provides remarkable resolution, distinguishing individual baitfish, game fish, and underwater structures. Capable of detecting depths up to 3,000 meters (10,000 feet), it offers an impressive 80 kHz bandwidth in a single installation, optimizing performance while reducing costs.

Cutting-Edge Technical Features

• CHIRP Technology (Medium Frequency) – Enhances target separation and detection for precise fish tracking.
• 600W Power Output – Provides strong and reliable sonar performance.
• Exclusive Xducer ID® Technology – Ensures seamless integration with modern sonar systems.
• Depth & Temperature Monitoring – Delivers real-time data for optimized navigation and fishing.
• Stainless Steel Construction – Durable and corrosion-resistant for extended marine use.

Optimized for Marine Applications

The Airmar SS75C-12-M is designed to accommodate hull deadrises up to 28°, ensuring a perfect fit for various vessel types. The urethane acoustic window enhances sonar transmission efficiency while maintaining long-term durability in harsh marine environments.

Product Dimensions

• Weight: 1.4 kg (3 lb)

Key Benefits at a Glance

• High-performance CHIRP technology for superior sonar resolution
• 80 kHz total bandwidth for enhanced target separation
• Stainless steel build for durability in marine conditions
• Compact and efficient design for smaller boats up to 25 feet
• Easy installation with Mix-N-Match plug compatibility

The Airmar SS75C-12-M is a powerful and reliable choice for anglers and marine professionals seeking advanced sonar performance in a compact, high-quality transducer.