Method feeder lines and braided lines

Method feeder lines and braided lines - high quality in the Sportano shopIn method feeder fishing, the choice of the right line or braided line is of fundamental importance. The right decision depends not only on the effectiveness of fishing, but also on the comfort and pleasure of the activity itself. Fishing lines and braided lines in the feeder method must meet a number of requirements, such as appropriate strength, flexibility, abrasion resistance and casting properties. Characteristics and comparison of monofilaments and braided lines The choice between monofilament and braided line in the method feeder method is a decision that can have a significant impact on fishing performance. Monofilaments and braided lines differ in their basic characteristics, which translates into their various applications in different fishing conditions. Monofilament monofilaments are made of a single plastic fibre and have a certain elasticity, which allows them to better absorb the jerks and movements of the fish when towing. This flexibility makes monofilaments more forgiving of angler mistakes, which can be beneficial for beginners. Monofilament lines also tend to be less visible in the water, which can be an advantage on clear waters where fish are more skittish. On the other hand, braided lines are made of many intertwined fibres, making them much stronger per unit diameter than monofilament lines. Their main advantage is that they stretch minimally, which allows them to react immediately when a strike is made and better sense delicate strikes. Braided lines are also more resistant to abrasion, which is crucial in areas with a lot of obstacles. The choice between monofilament and braided line depends on a number of factors, including the individual angler's preference, the conditions of the fishery, and the type of fish being caught. In areas with a lot of obstacles, such as roots or stones, braided lines are by far the better choice. On the other hand, in clear waters, where a discreet approach is crucial, monofilament lines can be more effective.Advantages and disadvantages of using monofilament lines in method feeder fishingMonofilament lines have a number of advantages that make them a popular choice among many anglers using method feeder fishing. The main advantage of monofilament lines is their flexibility, which allows them to better absorb sudden jerks from the fish, minimising the risk of breakage. This flexibility is particularly useful when towing strong and energetic fish, as it helps to maintain constant tension on the line, which is crucial for successful towing. Monofilament lines are also less visible in the water than braided lines, which can be crucial in fisheries where fish are particularly wary and skittish. The transparency of monofilament lines allows lures to be presented more discreetly, which can increase the chances of success. However, monofilament lines also have their disadvantages. Their greater stretch can be a problem when fishing long distances, as it makes it difficult to strike quickly and effectively. In addition, monofilament lines are more prone to abrasion damage, which can be a problem in areas with a lot of obstacles. Fishing lines also lose their properties over time, especially when exposed to UV radiation and frequent use. Regular replacement of the line is therefore necessary to maintain its optimal properties.Why are braided lines popular in method feeder fishing? Braided lines have become very popular in the method feeder technique due to a number of important characteristics that make them extremely effective in various fishing conditions. One of the most important advantages of braided lines is their minimal stretch. Unlike monofilament lines, braided lines hardly stretch at all, which translates into an immediate reaction when striking and better sensing of delicate strikes. This property is extremely important in method feeder fishing, where a quick and precise reaction can be decisive for success. In addition, braided lines are thinner with the same strength as monofilament lines, allowing for further and more accurate casts. Thanks to their smaller diameter, braided lines are less affected by wind and water currents, allowing greater control of the lure and more accurate positioning of the set. The abrasion resistance of the braids is also significant, making them an ideal choice for fisheries with a lot of obstacles such as roots, stones or shells. This abrasion resistance ensures longer line life and reduces the risk of line breakage in difficult conditions. Braided lines also allow for better control when towing a fish. Their low stretch allows for more direct contact with the fish, which is crucial, especially when towing large and strong fish. However, using braided lines requires some experience and skill. Improper use of a braided line, especially when jerked too hard, can lead to the line breaking or the hook being pulled out of the fish's mouth. For this reason, braided lines are more often chosen by more experienced anglers who know how to exploit their advantages. How do I match the diameter and strength to the fishing conditions? Matching the diameter and strength of the line to the conditions in the fishery is crucial for successful fishing in method feeder. The choice of the right line depends on many factors, such as the type of fishery, the clarity of the water, the presence of obstacles, as well as the size and type of fish being caught. In clear waters, where fish may be more skittish, thinner lines are preferred. A smaller diameter makes the line less visible in the water, which can increase the chances of success. In such conditions, choosing a line with a smaller diameter but still sufficient strength is crucial. Conversely, in conditions where numerous obstacles such as roots, rocks or shells are present, thicker and stronger lines work better. In these situations, a larger diameter and abrasion resistance are essential to prevent breakage and loss of gear. The size and strength of the fish being caught should also be considered. Catching larger fish requires the use of stronger and thicker lines to withstand the force of the tow. Conversely, thinner and softer lines can be used when catching smaller fish.