What is Furuno TZtouch3 9 in. Hybrid Touch IPS Display?
Furuno TZtouch3 9 in Hybrid Touch IPS Display is a state-of-the-art navigation and fish-finding display that is designed to provide a clear and highly intuitive user experience. The display comes with a high-resolution IPS screen that measures 9 inches diagonally, which provides a clear and bright display of maps, charts, and other critical navigation information.
The Furuno TZtouch3 features groundbreaking HYBRID TOUCH technology that utilizes both multi-finger touch controls and a built-in rotary knob for a seamless user experience. This means that you can use pinch-to-zoom gestures to zoom in or out of charts, use a swipe gesture to move around the map, or use the rotary knob to scroll through settings or make precise adjustments.
Another key feature of the Furuno TZtouch3 is its advanced Chart Plotter functionality, which provides a range of customizable options to help you navigate with confidence. The display comes pre-loaded with a range of maps and charts, including C-MAP 4D, Navionics, and more. You can also connect to a range of external sensors and data sources, including AIS, DSC, weather, and radar, to get a more comprehensive view of your surroundings.
The Furuno TZtouch3 also comes with advanced fish-finding capabilities, which make it an ideal tool for anglers and fishing enthusiasts. The display features powerful CHIRP sonar capabilities, which can provide a clear and detailed view of fish and underwater structures. You can also use the Fish Finder function to mark your favorite fishing spots and track your catch in real-time.
Overall, the Furuno TZtouch3 9 in Hybrid Touch IPS Display is an exceptional navigation and fish-finding display that provides a seamless user experience and a range of advanced features. Whether you're a seasoned angler or a weekend sailor, the Furuno TZtouch3 is sure to provide you with the tools you need to navigate with confidence and catch more fish.
Frequently Asked Questions about furuno tztouch3 9 in. hybrid touch ips display
For fishermen, Furuno's CHIRP Side-Scan provides benefits for coastal and offshore fishing that cannot be duplicated with a traditional Fish Finder, allowing you to see fish targets near piers and bridges before casting a lure or jig.
Side-scan sonar is a category of active sonar system for detecting and imaging objects on the seafloor. The multiple physical sensors of the sonar - called a transducer array - send and receive the acoustic pulses that help map the seafloor or detect other objects.
I can find the key areas the key spots that I want to fish it helps me find fish. You know this is site imaging it. Shows schools of fish it shows individual fish it shows.
Multibeam imaging sonars are intended to look forward and not to the side as Sidescan sonars do. This means the Multibeam gives you an image of what is in front of it and you can point it to look in any direction, providing more flexibility than you have with a Sidescan sonar.
The detection range is from 10 to 2400m (divided into 15-steps) and there are two types of Sonar: Single Frequency Sonar and Dual Frequency Sonar. The hull unit, with a travel range of 25 to 40 cm, is installed at the bottom of the vessel.
As a specialized sonar system, side scan has particular benefits. This system is often used to map cultural heritage sites like shipwrecks, to characterize the makeup of the seafloor, and can even be used to help biologists identify habitats of marine animals.
Side imaging sonar will scan a range of 300 feet but for the best results set your scan range to a much smaller area, you'll be able to see more, and you'll see a good proportion of the water column and the surrounding areas on either side of the boat.
Multibeam sonar is a type of active sonar system used to map the seafloor and detect objects in the water column or along the seafloor. The multiple physical sensors of the sonar – called a transducer array – send and receive sound pulses that map the seafloor or detect other objects.
Multibeam SONAR offers considerable advantages over conventional systems, including increased detail of the seafloor (100 percent coverage), confidence that all features and hazards are mapped without voids, the ability to map inaccessible areas (e.g., under jetties, structures, and vessels near breakwaters, in shoal ...
One sonar system is optimized for producing high-resolution maps of the bottom at depths down to 8,000 meters. Another system works best in shallower depths of less than 2,000 meters, such as those found on continental shelves.
Speed of sound in water is 1500 m/s : Q. The echo receiver of a sonar attached to a ship, receives the echo from the bottom of sea 4 seconds after the ultrasonic waves were sent into the sea.
Depth-Down Imaging: 400 ft (455 kHz) 125 ft (800 kHz) 200 ft (MEGA+)
It's all in the details. Gain a 180 degrees side-to-side perspective on the world below the surface with remarkable Humminbird® Side Imaging®. In an instant, the ultra-thin beam scans the area up to 400 feet to the left and right of your boat location - for total coverage of up to 800 feet.
I can find the key areas the key spots that I want to fish it helps me find fish. You know this is site imaging it. Shows schools of fish it shows individual fish it shows.
Side-scan sonar is a category of active sonar system for detecting and imaging objects on the seafloor. The multiple physical sensors of the sonar - called a transducer array - send and receive the acoustic pulses that help map the seafloor or detect other objects.
These systems work by transmitting a sound pulse, called a ping, through a transmitter at a specific frequency, and then receiving that same pulse through a receiver placed very close to the transmitter. The transmitter and receiver are called transducers because they convert energy into another form (Figure 1).
