Fishing for crucian carp generally requires eating more lead and bleaching.

Fishing for crucian carp generally eats 0.8 ~ 2.0 grams of lead drift.

The simplest calculation method is that the lead consumption of the float = (main line+water depth) ÷2. For example, when the water depth of the fishing point is1.0m, the lead consumption of the float of1.0g can be used for the main line, and when the water depth of the fishing point is 2.0m, the lead consumption of the float of1.5g can be used for the main line.

Introduction to floats:

Float is the most basic fishing tool, also known as float, buoy, float and so on. Its main function is to transmit the signal that underwater fish eat bait, and to adjust the fishing layer and mark the fishing point. Commonly used are vertical drift, seven-star drift and horizontal drift. , especially vertical floating.

Bleaching adjustment method:

1, lower hook undercover, hook bottom: lower hook undercover, hook bottom is suitable for catching small crucian carp. When the distance between double hooks is 2 meshes, it can be adjusted to 3 meshes 1 mesh, 4 meshes, 2 meshes or 5 meshes 1 mesh, 5 meshes, 3 meshes or 2 meshes, 5 meshes. The advantage of this drift adjustment method is that there are many stops and the drift stage is very clear.

2. Double hook bed: Double hook bed is suitable for fishing big crucian carp. When the distance between double hooks is 2 meshes, it can be adjusted to horizontally grab 2 or 3 meshes, adjust 1 mesh to grab 3 or 4 meshes, adjust 2 meshes to grab 4 or 5 meshes, and adjust 3 meshes to grab 5 or 6 meshes. This drift adjustment method belongs to blunt fishing and has the advantages of accurate and stable drift adjustment.

3. The lower hook touches the bottom and the upper hook leaves the bottom: the lower hook touches the bottom and the upper hook leaves the bottom, which is suitable for fishing spots with silt or filamentous algae. When the distance between two hooks is 2 eyes, you can adjust 4 eyes to catch 3 eyes, 3 eyes to catch 2 eyes and 2 eyes to catch 1 eye. This drift adjustment method is extremely sensitive, but the drift is chaotic and there are many false signals.