Airmar TM265C-LH-0 TM265 BROADBAND CHIRP, NO CONNECTOR, DT

1 kW

We know that specific frequencies excel at detecting certain species of fish: Bluefin Tuna—60 kHz, squid—133 kHz, and cod—175 kHz. The TM265LH transducer includes all these frequencies plus every other frequency in the high and low bandwidths. This powerhouse delivers excellent resolution, bottom discrimination, and bait and game-fish separation at all depths.

Airmar’s TM265LH is packed with a seven-element, low-frequency array that operates between 42 and 65 kHz for excellent deep-water performance. The high-frequency ceramic operates between 130 and 210 kHz with a narrow, 10° to 6°, beam—perfect for picking apart structure and pinpointing tight-holding fish in structure.

• Airmar TM265C Low/High CHIRP Transom Mount Transducer with Bare Wire Mix-N-Match Cable Model: TM265C-LH-08 Internal Broadband Ceramics Depth & fast response water temperature sensor Urethane housing and stainless steel mounting bracket Can retrofit
• This transducer is ideal for fishing, cruising and other recreational boating activities.
• The Airmar TM265C Low/High CHIRP Transom Mount Transducer features a high quality ceramic element that provides excellent depth

• Great for fishing enthusiasts and professional fishermen
• Low-frequency CHIRP sonar for a more detailed picture of the underwater environment
• Internal Broadband Ceramics Depth & fast response water temperature sensor
• Urethane housing and stainless steel mounting bracket

Airmar's TM265C-LH Low/High CHIRP Transom Mount Transducer is a versatile, high performance transducer that has a low profile and can be mounted on the transom. The TM265C-LH is a broadband transducer with a depth of -8' to 260'. The TM265C-LH has a fast response water temperature sensor and Urethane housing.

• Airmar TM265C Low/High CHIRP Transom Mount Transducer with Bare Wire Mix-N-Match Cable Model: TM265C-LH-08 Internal Broadband Ceramics Depth & fast response water temperature sensor Urethane housing and stainless steel mounting bracket Can retrofit
• This transducer is ideal for fishing, cruising and other recreational boating activities.
• The Airmar TM265C Low/High CHIRP Transom Mount Transducer features a high quality ceramic element that provides excellent depth
• Great for fishing enthusiasts and professional fishermen
• Low-frequency CHIRP sonar for a more detailed picture of the underwater environment
• Internal Broadband Ceramics Depth & fast response water temperature sensor
• Urethane housing and stainless steel mounting bracket
• The TM265C-LH-08 has a maximum depth of 10,000 feet.
• It's equipped with an internal broadband ceramic sensor for fast response and accurate water temperature readings.
• Urethane housing protects the transducer from the elements and stainless steel mounting bracket allows for easy installation on any boat.
• Airmar's patented mix n' match cables allow you to customize your cable lengths to fit any application.
• The Airmar TM265C Low/High CHIRP Transom Mount Transducer with Bare Wire Mix-N-Match Cable Model: TM265C-LH-08 Internal Broadband Ceramics Depth & fast response water temperature sensor Urethane housing and stainless steel mounting bracket Can retrofit is a versatile, reliable, and high performance transducer that can be used in a variety of applications.
• The Airmar TM265C Low/High CHIRP Transom Mount Transducer with Bare Wire Mix-N

1 kW

We know that specific frequencies excel at detecting certain species of fish: Bluefin Tuna—60 kHz, squid—133 kHz, and cod—175 kHz. The TM265LH transducer includes all these frequencies plus every other frequency in the high and low bandwidths. This powerhouse delivers excellent resolution, bottom discrimination, and bait and game-fish separation at all depths.

Airmar’s TM265LH is packed with a seven-element, low-frequency array that operates between 42 and 65 kHz for excellent deep-water performance. The high-frequency ceramic operates between 130 and 210 kHz with a narrow, 10° to 6°, beam—perfect for picking apart structure and pinpointing tight-holding fish in structure.