Regarding drift adjustment, in fact, no matter whether you are a novice or a veteran, I personally think that this aspect of drift adjustment is relatively difficult, especially when the novice is just getting started. I have seen many old fishing friends easily adjust the float that is most suitable for them on the water. The drift direction is impressive at first glance; but for novices, the steps to adjust the drift are numerous and cumbersome, making it difficult to master.

Actually, our bleaching adjustment does not mean that we have to use the most complicated method every time. Instead, we should learn one bleaching method and then use this method to adjust other bleaching methods. method, which will help us master it faster.

For example, the following person, when you see his bleaching process, you may find it cumbersome at first, but when you learn the basic principles of bleaching , you will find that you don’t need to be anxious. This bleaching adjustment process is still very simple. The important thing is that the 5-step bleaching adjustment method introduced below can be understood by even a novice!

Step 1: Find the bottom

Purpose: Find out the water depth, Bottom hook, bottom barrier, bottom quality and fish conditions

Finding the bottom is the first and most important step in drift adjustment.

The purpose of finding the bottom is to find the water depth, bottom hook, bottom barrier conditions, bottom material and fish conditions. By finding the bottom, we can learnThe actual conditions at the bottom of the water are used to adjust the position of the float according to the actual conditions.

When looking for the bottom, we need to adjust the float to the bottom first, and then slowly pull the float up until the float comes out of the water .

By the height of the float out of the water, we can judge the water depth. By adjusting the position of the float, we can judge the bottom hook, bottom barrier and bottom quality. At the same time, we can also observe Go to the water to see if there are fish conditions. If there are fish conditions, it means the place is suitable for fishing.

Step 2: Pull down the float to determine the half-water depth

Pull down The distance of the float should be 1.5-2 times the length of the sub-line

The second step in adjusting the float is to pull down the float to determine the half-water depth. The distance of the pull-down float should be between 1.5-2 times the length of the sub-line.

This can ensure the accuracy of bleaching adjustment. Specifically, If the length of the sub-line is between 50-80cm, then the distance of the pull-down float should be between 80-100cm. If the length of the sub-line is greater than 80cm, thenThe distance of the pull-down float should be within the range of 160cm or less.

The third step: Determine the adjustment. The specific operation ideas are as follows

Idea 01: Understand the relationship between bait weight and fishing purpose

Mesh adjustment refers to the state of the float in the water. Mesh adjustment mainly refers to the fishing mesh. The fishing mesh refers to the state of the fishing group at the bottom of the water, while mesh adjustment refers to the state of the float in the water.

Bait weight = the buoyancy generated by the float in the water, fishing eye = the distance between the float and the water surface.

Fishing mesh = fishing mesh – double bait weight, mesh adjustment = fishing mesh + double bait weight.

Idea 02: Clarify the relationship between eye adjustment and fishing eye, and master the basis of float adjustment

Fishing eye refers to float The longer the fishing eye, the longer the distance between the float and the bottom; the farther the distance between the fishing eye and the water surface, the longer the fishing eye. The smaller the pressure produced by the water surface on the float, the lower the sensitivity of the float. If the fishing eye is too short, the distance between the float and the bottom will be closer, the pressure on the water surface will be greater, and the sensitivity will be higher.

Step 4: Weigh the bait, a key step to ensure accurate fishing methods

Why weigh the bait?

Weighing the bait is a key step to ensure accurate drift adjustment. If we do not weigh the bait, we will not be able to clearly understand the status of the two baits at the bottom of the water, resulting in accurate drift adjustment. Therefore, it is very necessary to weigh the bait.

Steps to weigh the bait: Place the bait ball in the water and weigh the bait.

The steps for weighing bait are very simple. First, we need to prepare a tool that can weigh the weight, such as an electronic scale or a spring scale.

Then we weigh the bait ball in the water. By weighing the bait, we can understand the status of the bait ball in the water and adjust the position of the float according to the actual situation

Step 5: The process of finding the bottom and determining the fishing purpose

Prerequisite: You can judge the fish and find the fishing spot where the fish should be fished. Points include fish layer, fish species, fish nature and fish mouth

Before determining the fishing purpose, we need to find the bottom first. The purpose of finding the bottom is to determine the bottom conditions, including water depth, substrate, obstacles, etc.

By finding the bottom, we can determine the best fishing destination to improve the success rate of fishing. When adjusting the mesh, you can directly look at the relative position of the line group and the float. The float has a trend. For example, if the float sinks, it means that the bait weight is too light, so the float needs to be raised. The more the float enters the water, the shorter the floating fishing mesh is. Extend the length of the float.

In summary, the process of adjusting the float includes five steps: finding the bottom, pulling down the float to determine the half-water depth, determining the mesh adjustment, weighing the bait, and finding the bottom to determine the fishing mesh. We can accurately adjust the position of the float to achieve the best fishing effect.