Airmar TM275C-LHW-MM 1kW CHIRP Transom Mount Transducer with Temp Sensor

The Airmar TM275C-LHW-MM is a high-performance 1kW dual-frequency CHIRP transducer designed for serious anglers who demand both exceptional coverage and deep-water performance. This transom-mount unit features Airmar's innovative wide beam technology, delivering superior fish detection and bottom detail from the shallows to 3,000 feet.

Dual-Frequency CHIRP Technology:

The TM275C-LHW-MM provides an impressive 123 kHz of total bandwidth across two frequency ranges. The high-frequency band (150-250 kHz) features a constant 25° beamwidth that provides twice the coverage of traditional narrow beam transducers, making it ideal for tracking fish in the upper water column with exceptional target separation down to 500 feet. The low-frequency band (42-65 kHz) delivers powerful deep-water performance to 3,000 feet with a 25° to 16° beamwidth, perfect for offshore and deep-water applications.

Key Features:

• Eight internal broadband ceramic assemblies for superior CHIRP performance
• Integrated fast-response water temperature sensor
• 1 kW power rating for excellent deep-water detection
• Constant 25° wide beamwidth on high frequency for maximum shallow-water coverage
• Covers popular 50 kHz and 200 kHz fishing frequencies plus entire bandwidth range
• Exclusive Xducer ID technology for automatic transducer recognition
• Stainless steel transom mounting bracket with adjustable angles from 3° to 21°
• Urethane acoustic window and housing for durability
• Compatible with fiberglass, wood, aluminum, and steel hulls
• Recommended for vessels up to 32 feet

Technical Specifications:

• Low Frequency Range: 42-65 kHz, maximum depth 3,000 feet
• High Frequency Range: 150-250 kHz, maximum depth 500 feet
• Power: 1 kW
• Weight: 8.9 pounds
• Housing Material: Urethane with stainless steel bracket

The TM275C-LHW-MM requires a Mix and Match cable (sold separately) for installation. This transducer is the ideal choice for anglers who fish both inshore and offshore environments, providing the resolution needed for structure fishing and the coverage required for locating pelagic species.