Raymarine CP200 SideVision Fishfinder Module c/w TM CPT-200 SideVision & Temp Chirp Transducer
The CP200 CHIRP SideVision™ Sonar expands your underwater horizon with crystal-clear, bank-to-bank displays of fish, bait and underwater structure.
Engineered with the same CHIRP sonar technology as Raymarine’s award winning DownVision™ the CP200 uses advanced CHIRP signal processing technology to let you see further, see more clearly, and detect more fish than traditional side scanning sonars.Key Features
- Network compatible CHIRP SideVision™ sonar for aSeries, cSeries, eSeries and gS Series MFDs
- Multi-sonar compatible: view CHIRP SideVision™ alongside other sources, simultaneously
- Image fish, bait and bottom structure at distances up to 600 feet horizontally per side
- CHIRP signal processing delivers crystal-clear images with amazing detail
- Works seamlessly alongside Raymarine Digital, CHIRP and CHIRP DownVision™ sonar
- Adjustable CPT-200 transducer optimizes performance for shallow or deep water scanning
Easy to Network
Connect the CP200 with Raymarine LightHouse II powered multifunction displays, including aSeries, cSeries, eSeries and gS Series systems.
Dual Independent Transducer Arrays
Best-in-class side scan performance using two high-performance transducer arrays with dedicated CHIRP sonar channels.
Independently adjustable transducer arrays enable anglers to preset their SideVision™ transducer angle for either shallow or deep water applications. Left and Right sonar images up to 600' / 183m either side of the boat.CPT-200: CHIRP SideVision™ Transducer
Engineered for high performance CHIRP sonar, the CPT-200 transducer is perfectly matched to the CP200’s CHIRP transceiver.
CPT-200 Key Features
- Transom mount CHIRP SideVision™ sonar array for the CP200
- Independently adjustable port and starboard arrays for shallow, mid or deep-water scanning
- Rugged, stainless carrier with kick-up strike protection
- The CPT-200 SideVision transducer includes a patented kick-up guide that ensures the transducer can be easily returned to its original position in the event the transducer kicks up after striking an object or debris.