Finally Garmin Striker™ 4 With Dual-beam Transducer Deal Alert: 40% Off [RVrLnpdw]

Discover Garmin STRIKER™ 4 Fishfinder

The Garmin STRIKER™ 4 Fishfinder is a powerful tool for anglers seeking unparalleled clarity and precision on the water. This 3.5-inch color fishfinder combines high-sensitivity GPS with CHIRP sonar technology to deliver a superior fishing experience. With its easy-to-use interface and convenient keypad operation, navigating and marking hot spots, docks, and ramps has never been simpler. The built-in flasher and speed data display add to its versatility, making it an essential accessory for any angler.

• Mark and return to favorite spots with built-in GPS
• Convenient keypad operation for easy navigation

Experience High-Performance CHIRP Sonar

STRIKER 4 Fishfinder is equipped with a CHIRP (77/200 kHz) transducer that offers a visibly higher level of clarity and detail than traditional transducers. This advanced technology sends a continuous sweep of frequencies, providing a wider range of information and resulting in crisper fish arches with greater target separation. Whether you're targeting fish in shallow or deeper waters, the STRIKER 4 delivers crystal-clear sonar images and enhanced bottom contours, allowing you to fish with confidence and precision.

• CHIRP sonar technology for improved clarity and detail
• Enhanced bottom contours and fish arches for better targeting

Upgrade to High-Performance CHIRP with GT8 or GT15 Transducer

For those seeking even greater performance, the STRIKER 4 Fishfinder can be upgraded with a GT8 or GT15 transducer (sold separately). These high-performance transducers provide even more remarkable target separation and resolution, offering an even clearer view of what lies beneath. With the ability to suppress signal noise at greater depths, you can make more timely and accurate interpretations of the underwater environment, leading to more successful fishing trips.

• Upgrade to GT8 or GT15 transducer for high-performance CHIRP
• Crystal-clear sonar images and enhanced target separation