A fishing rod is an additional tool used with the hook, line and sinker. A length of fishing line is attached to a long, flexible rod or pole: one end terminates with the hook for catching the fish. Early fishing rods are depicted on inscriptions in ancient Egypt, China, Greece and Rome. In Medieval England they were called angles (hence the term angling). As they evolved they were made from materials such as split Tonkin bamboo, Calcutta reed, or ash wood, which were light, tough, and pliable. The butts were frequently made of maple. Handles and grips were made of cork, wood, or wrapped cane. Guides were simple wire loops.
Check out our Factory Outlet Store where you can find all of our recertified marine electronics. Items and quantities are limited, so do not hesitate if you find and item you are looking for. Recertified products are restored to like new condition and carry a 90 day warranty, so you know you are getting one heck of a deal. If you have any questions you can always contact our support team via our support ticket system at support.norcrossmarine.com. We are always happy to troubleshoot and answer any questions you may have.
The side scan will scan much more around the boat but are not as effective, especially in deep water. For this reason alone, you may feel the need to buy two seperate fish finders but some premium models have both side and down scanning capabilities. This means you can usually view both at the same time for a very detailed scan around the boat in all directions.
A GPS also gives you navigation through the waters. For this you will need to select a unit that comes with background maps and charts. One more benefit of the addition of the GPS is safety. Wherever you fish, you will have the confidence that at the end of the day the GPS will easily point you home. For example, you could be fishing throughout different locations during the day, or you could lose sight of land, or some severe weather could suddenly roll out. In such situations, a GPS will give you the exact direction to your home and will tell you how far it is.
A fishfinder or sounder (Australia) is an instrument used to locate fish underwater by detecting reflected pulses of sound energy, as in sonar. A modern fishfinder displays measurements of reflected sound on a graphical display, allowing an operator to interpret information to locate schools of fish, underwater debris, and the bottom of body of water. Fishfinder instruments are used both by sport and commercial fishermen. Modern electronics allows a high degree of integration between the fishfinder system, marine radar, compass and GPS navigation systems.
Hello there! My name is Rick and you’ve probably come across my website because you’re in search of a product that will make your fishing experience easier and more effective. Or maybe you are just looking for information to get a better understanding of fish finders. In any case, you’ve come to the right place. I’m not a professional in this industry, I’m just a fishing enthusiast and during my search for the best fish finder on the market I’ve learned quite a few things about them. To give you the benefit of all the research I’ve done, I’ve created this website.
When checking the transducer, the most important feature is the cone angle. For a bigger perspective of the verges underneath, choose a bigger degree on the cone. The wider beam gives more coverage of the under water and allows locating more fish within it. However, its drawback is the quick loss of strength. Due to this, it cannot penetrate the water as deep as the narrow cone. The narrow one can go really deep even in shallow waters and can also give information on the composition of the bottom.
Inland fishfinding has changed, with high-frequency (455 or 800kHz) transducers that look to the side, straight down or can aim over a 360-degree range. Fishfinder manufacturers offer the inland angler a growing (and often confusing) assortment of choices in frequencies, beamwidths, even the underwater direction you can look. Inland anglers who search for fish in shallow lakes don’t need the power to see down to 5,000', but can gain a big advantage by looking out to the sides, so Garmin, Raymarine and Lowrance have products using multi-beam transducers for that purpose. Here’s where the Marketing Jargon takes over, with names like StructureScan HD™ and CHIRP DownVision.
By calculating the amount of time between when the sound wave was sent and when it bounced back, it measures the distance and shows it on the screen. If the wave doesn’t encounter anything on its way, it reaches the bottom. If the bottom is soft and it’s just mud and weeds, the signal gets absorbed. A rock bottom will reflect a stronger signal back.
Fish icons are a useful tool when you are getting started with a sonar device: your fish finder interprets the sonar data it receives and tries to work out if it is a fish or not. It does this based on factors like the size of the object and the strength of the sonar return. In the case of Deeper sonars, we use an advanced algorithm in the Deeper App to interpret the data. Unfortunately, even the most advanced units aren’t 100% accurate in interpreting correctly.
Pay a bit more and you get a bit more with the Humminbird Helix 7 SI GPS. The screen is massive, compared to other combination units – 12 inches with 1280×800 pixel resolution. The any-angle viewing and reduced glare are excellent. The Humminbird also has the electronic capability to support almost any advanced feature you can imagine, including, of course, precision GPS.
Networked system: Fully networked systems are available from all the major suppliers, and usually will support a huge range of data sources including radar, raster and vector GPS charts, video, and SiriusXM satellite radio. Many allow Bluetooth/WiFi, and you can control them from your iPhone or Android smartphone. Your fishfinder, often an external “black box” module, is just one of these sources of data. Multiple-display network systems are great for medium-sized or large vessels. Capabilities get more amazing every year.