Which Fishing Line Casts the Farthest: Braided Fishing Lines

The fishing line is as important as the fishing rod and bait. Especially if you are considering professional fishing or if you want to take this hobby seriously and fish with the right equipment, you need to pay attention to some points when choosing a fishing line. You can choose the line you will use according to the color of the water and the line, as well as the depth of the water. Lines with different features have many brand and price alternatives. One of the most important points in choosing the line is how far it can be cast. So, do you know which fishing line casts the farthest?

You can cast your fishing line to the farthest distance using braided fishing lines. Braided fishing lines are one of the primary preferences of the master anglers with their features such as technology and physical features, very high pulling value, strength, and a very high feeling due to its almost zero flexibility. Its biggest advantages are that it increases the success rate in catches with the use of fishing line in much thinner thicknesses, because of its low flexibility, it makes even the smallest fish strokes feel immediately and makes the hunt more enjoyable during the fight with fish. It is an indispensable type of line that is increasing day by day and is indispensable for hunts with spin hunting, jigging, and surf fishing. It is also a must for professionals and tournaments as it increases the range of your fishing rod in spin and surf type hunting.

Braided Fishing Lines: Advantages and Terminology

After the 1980s, the use of rope fishing is starting to gain popularity again, especially in Japan. Braided line usage has increased since 1990 with the introduction of the gel-spun process and aramid fibers such as Spectra, Kevlar, and Dyneema. Superline and microfilament braided lines are very thin and strong. And there are braided lines that are 10 times stronger than steel wire.

All braided lines are produced with synthetic thermoplastic known as polyethylene. Then, with the process called gel spinning, it achieves a structure that is extremely thin and where many fibers are knitted like a net. This is called Dyneema or Spectra. The next process is the coating process, as a result of which the rope fishing line is formed. The advantages of braided fishing lines include:

Higher Pulling Values: Braided lines have many times higher pulls than mono and fluorocarbon lines. For this reason, thanks to the use of thinner lines than monoline, the visibility is reduced and we can wrap more lengths of line in our fishing reel.
Longer Range Shooting Opportunity: Braided lines will be useful in reaching much longer distances, especially when used with rods and machines suitable for rope fishing. This is a great advantage for you, especially if you are hunting from the shore!
Low Memory: Braided lines do not take the shape of the fishing line and reel thanks to their low memory. Therefore, you can use it safely for longer.
Resistance to Sun Rays: It is not immediately affected by sunlight and salt. As for advice to you; Whenever you come from the sea, you can wash the line by pouring fresh water on the head where the line is wrapped without leaking water into the machine. This process will benefit the life of the rope line.
Precision: Since a braided fishing line does not have a flexible structure, the slightest movement at the end of the fishing line will make you feel. It gives great results especially in hunts that require a leash.
Easy Fight with Big Fish: Thanks to its high attractiveness and low flexibility, it provides resistance against big fish and makes it easier for you to hunt.
It sinks fast, reaches farther, and lowers the bait deeper, especially in deep water hunting. It is not affected by sunlight.

On the other hand, the disadvantages of braided fishing lines include:

Difficult Knot Holding: Braided lines are difficult to knot due to their slippery structure. For braided lines, it is necessary to learn special knot techniques that can hold even at low friction.

Difficult Cutting: It is necessary to carry fishing shears to cut the rope lines when needed.
Visibility Under Water: Requires you to use a fluorocarbon or monofilament leader, as the chance of being visible under the sea is higher than mono.
Less Resistance Against Friction: It is less resistant to friction than mono.
Light Drag Adjustment Due to Low Stretching Feature: Since it does not have a stretching feature, it should be used with a lighter drag setting. Otherwise, we will not give the fish the time necessary to swallow the food thoroughly.

The terminology of Braided Fishing Lines

Standard Braid – Typical braided fishing line.
Fused Braid – Braided line with a molecularly modified and heat-treated core. Fused knitted lines are harder and more durable. It is especially recommended for spin hunting.
Hollow-Core Braid — This line style features a specially spaced core to combine with a leader line. Easily used with mono or fluorocarbon leader.
Polyethylene – Synthetic thermoplastic which is the main material of the thread lines.
Gel-Spinning – The process of twisting polyethylene into each layer of braided lines.
Dyneema — twisted braided line manufactured by the Dutch company DSM.
Spectra — Twisted line manufactured by the American company Honeywell.

Carrier — the layer that makes up each layer of multi-ply rope lines. For example, each layer of an 8-layer braided line is called a carrier.
Pic – the point of intersection of each braided polyethylene with another
Pics per Inch (PPI) – The point of intersection per inch. The more PPI, the smoother the rope.

Fake baits used with braided lines include:

Flipping: Thanks to its low stretch and strength, it works particularly well in grasslands and pastures with shallow vegetation.
Surface fakes
Drop shot technique
Rotary spoons

Braided Fishing Lines: How to Cast Your Line to the Farthest Distance

Fishing is an indispensable passion for many people. For diving and underwater sports professionals dealing with fishing, equipment use and time management are extremely important. The efficient use of equipment makes fishing both functional and enjoyable and saves you time. A fishing line is an indispensable equipment that increases efficiency in fishing. This equipment included in sports accessories is perfect for making your job easier while fishing. Before examining the fishing line in detail, which is among the most basic accessories of fishermen, it is necessary to talk about its place and function in the fishing gear.

Fishing line, which is one of the materials required for fishing consists of nylon or hair thread. You need to pay attention to 2 basic features of the line you will buy; The first is that it does not break and is flexible. There is a certain power weight that the lines can carry. These appear on the line in pounds or KG. While creating your fishing gear, we should choose the fishing line by looking at these features. When you go to open sea fishing to catch very large fish, steel-bodied fishing lines should be preferred.

Thanks to the flexibility of the fishing line, which is the other feature to be searched, catching the fish becomes much simpler and more practical. The fish that take the bait comes to the fishing line and if the fishing line is flexible, it absorbs the load of the fish, but if it is not flexible, the fish’s struggle and pulling power may damage the fish, your hand, or the rod. It should also be emphasized that the line color is also important because the fish must not see the line.

When a fishing rod is considered as a mechanism consisting of a hook, body, and auxiliary materials, the fishing line corresponds to the body in this definition. There are five different types of fishing line, which has a very important place in the use of fishing rods. The line types that can be listed as monofilament line, rope line (braided line), fluorocarbon line, fly line, and steel wire manage to address the different needs of fishermen. The braided rope fishing line, which is among the most preferred fishing line types, has very important usage advantages. However, there are a few basic points that need to be considered in order to get better results from using braided line.

You need to know very well the hunting technique and the features of the place you prefer to hunt. Otherwise, fishing can become more difficult for you, regardless of which line you use. A braided fishing line produced with synthetic thermoplastic, also known as polyethylene, reaches a very thin structure where many fibers are knitted like a net thanks to the gel spinning process. Then the coating process is started and the fishing line is revealed. Standing at a remarkable point in terms of line types and features, the equipment is one of the products with the highest pulling power among the fishing line types.

As a matter of fact, the advantages of braided fishing lines are not limited to this. Long-distance shooting opportunities, low memory, resistance to sunlight, sensitivity, and easy fight against big fish are among the advantages of braided lines. Braided rope fishing line types, which have a low memory advantage, can be used safely for a long time since they do not take the shape of the fishing rod and winding machine (reel). The main advantages of fishing with the braided line are expressed as the equipment sinking faster than other types, reaching farther and lowering the bait much deeper, especially in deepwater fishing. The braided fishing line is also not affected by salt.

Braided fishing line prices vary according to the quality of the material from which the accessory is produced. Here, the main factor that determines the price is the durability of the fishing line types. The stretch of the material used is also very important in terms of fishing line prices. As the stretch of the rope approaches the ideal level, fishing line prices increase. Plastic pulley models, which are another equipment used with fishing machines, also have different price options. For the equipment in question, the quality of the production material plays an important role in determining plastic pulley prices.

The process of wrapping the fishing line into the fishing reel is quite easy. First of all, you need to decide where you will fish with the line because it is recommended to use different tricks in fresh water and seas. First, you place the fishing reel on the rod. Then you wrap the fishing line by passing the rope through the rings. What you need to do to tie the line is stated as tying the swivel knot after the first round with the help of the fishing line apparatus. The most important thing at this point is that the first knot you tied should be very tight. After tying the first knot tight enough, you prevent the fishing line or rope from losing its function during the return. After completing these steps, your fishing reel and fishing line are ready for use.

Technical and Brand Features of Braided Fishing Lines That Allow Them to Be Cast Farthest

Today, the biggest problem for the industry and users in the world is that the thickness of the rope (braided) lines is higher than the declared and the pull values are shown above the reality. Today, most companies still cannot make very efficient thickness measurements. Some companies make adjustments in thicknesses based on the reel filling capacity of the line, while some companies offer real thickness products to the market using laser measurement techniques (climax, Daiwa). The biggest problem in measurement systems occurs if the structure is not completely round, the diameter is given by taking the average value. Moreover, even this measurement is not fully efficient, the structure still cannot be measured with full efficiency.

In the near future, Eftta will start to approve the rope lines, so I think companies will organize themselves a little. The system continues in the same way now. Make sure, as always, it is thicker than it says on most braided lines and their pulling strengths are less than their labels. High quality and good companies of the world have always tried to protect their thickness and pull values in both rope and normal line. It is best to continue shopping from the brands you trust. Especially the Japanese market is very sensitive in this regard, the values given in PE values are very different from other markets in terms of fineness.

The Japanese have been using the GOU measurement PE standard since 2010. It takes measurements from 3 different places and takes an average. The Japanese have been using the JAFS standard created by JAFTMA since 2010 (GOU MEASUREMENT system). In addition, Dyneema (UHMWPE ultra-high molecular weight polyethylene fiber) with a certain quality is the product of a Dutch company called Royal DSM, which was produced in 1979, and is also produced under license by Toyoba in Japan. Dyneema fiber is produced with the “gel spinning” technique. Again, the quality Spectra (HMPE high modulus polyethylene = UHMWPE) is the product of an old American company called Honeywell and the chamber is produced with the same technique.

ZYLON material (a synthetic polymer product) developed by Japanese Toyobo in the 1980s shows higher properties, especially than aramid fiber. Although the sectors where aramid fiber is used are predominant, some companies in the rope fishing sector also manufacture the material as a leader. Since their specific weight is between 1.54gr / cm3 – 1.56g / cm3, they are not very suitable for shooting although they have very strong heat resistance and high friction coefficient. In addition, Zylon material has a sensitivity to UV light, salt, and water.

Dyneema’s elongation range is between 3.5 – 3.8% where Spectra’s is between 2.9 – 3.6%. In addition, there are special braided yarns that can stretch at a higher level, such as the Zilla braid developed together by Spiderwire and Cordura. (Cordura is an elastic light plastic fiber, which was started to be produced by the Dupont company in 1934, referred to as high-strength rayon fiber). Dyneema and spectra are very similar products, one of the most important differences is that Dyneema is more resistant to UV light.

All of these products are materials made of POLYETHYLENE based materials. Polyethylene is a thermoplastic polymer composed of carbon, ethylene, and hydrogen molecules, the raw material of which is a petroleum product. One of the biggest problems is most users know all of the braided lines with PE as Dyneema fishing line, and it is unfortunately abused by some importing companies. Firms print Dyneema on the box for any low-quality polyethylene-based (PE) product, in fact, this is a commercial lie.

Polyethylenes are divided into various classes according to their density and properties. POLYETHYLENE (thermoplastic polymer) has various qualities. It is not possible for every PE-based product to be of the same quality.

UHMWPE (ultra high molecular weight PE)
HDPE (high-density PE)
HDXLPE (high-density cross-linked PE)
PEX (cross-linked PE)
MDPE (medium density PE))
LDPE (low-density PE)
LLDPE (linear bonded low-density PE)
VLDPE (very low-density PE

UHMWPE is the best quality of polyethylene-based fibers. It gives high abrasion resistance, resistance to water and acid, and unique pulling power. It is a material that is 4 times stronger than nylon lines and 4.5 times more than fluorocarbon lines. In addition, aramid fiber (Kevlar) is very resistant to UV.

The tensile strength of the best UHMWPE fiber is 450 kg / mm2 and it is produced by Dyneema company. There are even Dyneema products on the market that carry 2400 UHMWPE fibers at 0.55 mm. High molecular weights mean that polymer chains fit very tightly within the structure. The higher the density of this structure, the whiter the color becomes. This information explains why Dyneema does not hold color, it loses color quickly, its main active ingredient is white in color, and most good fibers are marketed in white.

Deformation of Braided Fishing Lines

Nobody should think that the shelf life of rope lines is infinite, although rope lines last much longer than nylon lines, they have a shelf life. POLYETHYLENE is a thermoplastic polymer and Plastics are semi-organic materials. Oxygen contact may cause these organic fibers to degrade over time. In addition, it is already known that threads are damaged by UV light and there are various studies on this subject.

There are expressions on the products of the companies that they are more resistant to UV light. In fact, the level of exposure to UV light generally determines the lifetime. Harmful UV light destroys the structure of the carbon molecule of the polymers, and a much longer life can be achieved in non-sunlight environments. However, as it is known, harmful UV light is always present in the environment, even if there is little. The high-tech silicone and plastic-based coated ropes produced in the world in recent years are more resistant to friction, better distance, quieter, and higher pulling power.

In technology, this color coating technique is often called plastisol color coating, and thanks to this high-tech color coating, the colors are minimally affected by water. Some companies are trying to increase the life of the rope by using vinyl coatings. example: (Tuf-line, ice line). The vinyl plastisol technique is used by rope line producers. Vinyl is an organic compound bonded with a hydrogen atom, a derivative of ethylene, while another derivative, vinylidene, is formed by combining with carbon atoms. Fluorocarbon (vinylidene fluoride) is a fluoropolymer composed of carbon and fluorine atoms.

Another derivative is called Polyvinyl chloride (PVC) coated. It is used as a coating on coated ropes especially used in carp and ice fishing. These are manufactured with a thick coating in order not to be affected by external factors (mussels, stones, etc.). In addition, today fluoropolymer fibers are used by many companies in line technology. The most widely used fluoropolymer in the industry is TEFLON, a thermoplastic material that was discovered by the Dupont company in 1938, and thus fluoroplastics entered the literature as a branch of thermoplastics.

Teflon is a type of fluoroplastic called POLITETRAFLOROETİLEN (PTFE), it consists of carbon and fluorine atoms. It has the highest operating temperature range among all engineering plastics. It has much higher chemical resistance than other plastics, a low friction coefficient, a structure that is not affected by water, and a non-stick surface. In addition, fluoropolymer (GORE PTFE) fibers developed by Gore serve the industry in the same way. (example; suffix 832 gore fiber)

When these fibers are used in a fishing line; They are the best fibers used in the industry in terms of their sinking structure, providing a great advantage for shooting in windy weather, reducing vibration and noise, preventing water retention, slippery structure, and also preventing abrasion. These fibers can have a lifespan of 30 years. Companies develop different products by combining these fibers with Dyneema spectra fibers. Its most important feature is its low friction coefficient. Fluoroplastic (fluoroplastics) types:

Polytetrafluorethylene (PTFE or TFE) (Teflon fiber, Gora fiber)
polyvinylidene fluoride (PVDF) (fluorocarbon lines)
fluorinated ethylene propylene (FEP), Perfluoroalkoxyethylene (PFA), Polychlortrifluorethylene (CTFE),
poly (ethylene-chlorotrifluoroethylene) (ECTFE),
ethylene tetrafluoroethylene (ETFE),
and polyvinyl fluoride (PVF).

All fluoroplastics, except PTFE, can be molded using normal technologies. They can be processed by pressure-and-sinter methods similar to PTFE powder metallurgy, which has a high melting temperature, or by lubrication extrusion and sintering. It is recommended to use Palomar knots in rope fishing lines all over the world and by manufacturers, and Uni knots in slippery structures.

Casting the Farthest: Use of Leader and Braided Fishing Line

The most preferred range in LRF hunts is the braided rope range up to 0.08mm. 4 layers of braided kendo 0.074mm rope lines are also used. (The more the number of layers, the less water retention will be). The range is 10-20% more than the monoline due to the fact that braided rope can be opened faster (Memory) and has a high water-holding capacity compared to mono line. This is the first reason why braided threads are used. Braided lines are preferred in order to cast the line as far as possible. A second situation is a difference between the line of that thickness and the pulling force. In other words, while the strength of 0.074 braided rope is 3.5 kg, it becomes 2.5 kg for 0.14 mono line (rough).

One of its advantageous parts is the rope, since it is not flexible (let’s say it is around 3-5%), you can feel it in your hand when the fish hits. If your line is flexible, these strokes will be lost due to the flexibility of the line and may reduce the feeling. But rope lines are rarely preferred in LRF hunting. I think the reasons for this are price and not seen as necessary. If you are going to use braided rope, I will talk about Kendo braided again (the most used and affordable); When the fish looks from below, they will be able to see the line lying on the water. (This is more valid for thicker threads. But we use thinner threads for LRF, but let’s keep this criterion in mind.)

As for the color thing, you may prefer green rope as you see green while looking at the water, but I think that when the fish looks up, they will see that rope in the blue sky. So the leader will affect your efficiency. Line and visibility are directly proportional to hunting. I personally observed that my yield decreased in the hunts I made without a leader. Also, for the advantage of the leader, the rope can be wrapped in the jighead while shooting (if you are using it without a leader). But when it has a leader, it eliminates this problem because it is harder. Also, since the stretch of the rope is very low, the leader actually provides this stretch and dampens the great pressure on the knot. As the power on the knot decreases, the incidence of bursting from the knot decreases to a bit.

Leader FC lines are usually sold 50 meters. The reason for this is not for you to tie them all in front of you. Leader length is the length of the line you left for shooting so that it does not enter through the loop at the very end of the rod. I think this is around 50-70 cm for me. If it is longer or if this leader is wrapped in the reel, a snag of the rod as it exits its last ring reduces the range of the shot. Therefore, I think it is a trick that those who have a narrow ring at the end of the rod should pay more attention.

While the jighead’s maximum reach is 30 meters (in calm weather), if you connect 50 meters of fluorocarbon (FC) line, you will use an FC line instead of using a rope. As for FC line thickness, I made a 50 cm leader with 0.18mm mono on a 0.074mm mesh. If FC lines are of good quality, they are slightly salty, so you can try the mono line. If I decide to use braided rope, I have to learn knots. The leader knot is important. I liked the tying technique called Blood Knot.

If it gets caught in the jighead when using braided rope, the first place it will break will be the clip connection or knot. I used to be very angry because the lines were breaking off the knot. Let it break from the knot. Because, if the knot does not burst, if you force it with the rod, your rod will break (SEE: The sad end of my amateurishness). If you are using a fishing line, learn the Leader knot well so that when the knot bursts or breaks in your fishing, you can make a leader with the fishing line next to you.

Tip: If the leader ties the knot and both nodes are facing the reed rather than the jighead, that’s an advantage. How? If you carelessly passed the leader knot from the very end ring, so you wrapped it too much, it will not hang when throwing it because the knot ends remain inside. Or in your long leader preferences, it is an advantage to have the node ends facing inward. Finally, if you put the reel head in water when you come home, you can extend the life of the braided yarn.

Using Braided Fishing Line in LRF to Cast the Farthest

A braided rope is a product that is used by wrapping several layers (generally 4 or 8 layers of weave), increasing the shooting range, and holding water according to the winding layer. The less water it holds (the more the layer weave, the less water retention) the less deformed it will be. It is definitely not prolonged. Since it does not stretch, it makes fish strokes feel clearer and more effective. Although 0.06 mm thread is the most ideal for Lrf, it can be used up to 0.10mm. Of course, it should be used by attaching a leader in front of it. When choosing, the priority is the price and the next criterion is the thickness.

Of course, there are a few more criteria, such as the pulling strength and how many layers it is wrapped. 0.06 mm is the optimum used thickness (varies from region to region). The next criterion is that the braided line is 8-fold or 16-fold. This reduces water retention. The less water it absorbs, the more its decay will be delayed, it gives confidence in prey, and the more saltwater deformation is reduced. At the same time, imagine that 16 monolines are wrapped and strengthened by getting strength from each other.

The rope will primarily increase the efficiency (said to affect between 20-40%). You will feel the strokes and all the actions you will give to the tip of the rod more hard and clear. The 50cm leader that you will attach in front of it will provide the feeling in the strokes with its hard structure and invisibility with the proximity of the refractive index to water. If you tie the knots correctly, the feel and range will be higher than the mono line. The disadvantage is that both the rope and the leader are expensive.

A braided line may have a longer life or shorter than a normal line when not cleaned. If you clean it after each hunt, the deformity of the braided rope will be less. But again, it differs very, very much from quality to quality. Just as the maintenance of vehicles varies according to the road and model used, so is the life for fishing lines and braided ropes.

In freshwater, the lines are not deformed with saltwater and can be used for a long time. But ultimately, the line can also be affected under the sun or in the heat due to its structure. Even if not all of them, since it is located on the reel head, it takes that head structure and it starts to create problems in range while throwing the line. I am in favor of changing the lines that have taken the shape of the reel in freshwater. In general, you can extend the life of the fishing line and braided ropes by pouring water on the reel after the hunt, whether it is fresh or saltwater.

Although they say that there is no need for rope in Lrf hunting, the range of LRF shots from the shore is around 30 meters, sometimes the choice of a rope leader for satisfactory results provides a further reach. Also, because the feel of the rope leader duo is higher than mono, it is the reason to be preferred, although the price of monoline is half of the price of the rope.