Garmin 010-01550-10 STRIKER 4 Portable Bundle, 3.5-inch CHIRP Fishfinder W/GPS, Portable Kit, Lead Acid Battery 3.5-inch CHIRP Fishfinder with GPS and Portable Kit Easy-to-use 3.5-inch color fishfinder with built-in, high-sensitivity GPS Portable carrying case is perfect for kayak, canoe or ice fishing Find fish; mark and return to hot spots, docks and ramps Includes CHIRP (77/200 kHz) sonar transducer; transmit power (200 W RMS)/(1,600 W peak-to-peak) Upgrade to high performance CHIRP with a GT8 or GT15 transducer (each sold separately) STRIKER 4 fishfinder with portable carrying case is perfect for fishing from a kayak or canoe and is especially handy for ice fishing. Mark and return to your hot spots, boat ramps and docks. You also can share your favorite waypoints and routes with other STRIKER and echoMAP™ chartplotter combos. Smooth Scaling™ graphics provide uninterrupted imagery when switching between depth-range scales. Sonar history rewind allows you to scroll back through sonar images to mark waypoints you originally may have missed. Includes carrying case, rechargeable battery, CHIRP (77/200 kHz) transducer and a tilt/swivel mount. For high-performance CHIRP, purchase a GT8 or GT15 transducer (each sold separately). Experience the Clarity of CHIRP STRIKER 4 fishfinder includes a Garmin CHIRP (77/200 kHz) transducer, which provides a visibly higher level of clarity and detail for fish and structure than traditional 77/200 kHz transducers. Instead of sending just 1 single frequency, CHIRP sends a continuous sweep of frequencies, ranging from low to high, then interprets them individually upon their return. Since the frequencies provide a wider range of information, CHIRP sonar technology can create crisper fish arches with greater target separation. You also can upgrade to high-performance Garmin CHIRP technology, which provides crystal-clear sonar images with even more remarkable target separation and resolution from shallow to deeper depths. For better fishing, bottom contours are more visible, even at higher speeds, and signal noise can be suppressed at greater depths to provide a more timely interpretation of what’s below.
