Low Trajectory Rapid Deceleration Fishing Method

I will write about the difference between bass that are just below the water's surface and bass that are in a little deep water. Example of the Reaction of Bass in a Little Deep Water For example, suppose a bass at a depth of 80 cm is facing 6 o'clock. 1. Throw the voluminous lure with an ultra-low trajectory so that it passes from directly in front of the bass to behind it. 2. When the trajectory of the lure passes over the bass head, the bass body twitches. 3. The bass body moves and at the same time, it rises a little. 4. Repeat step 1 and the bass will float just below the water surface. 5. By the time the bass rises to just below the water surface, their activity has already increased, so as long as don't miss a cast, the bass will bite. This is an example of when succeeded in getting the fish to bite, but the bass activity was not very high.  If the bass are highly active in this situation, they may suddenly rise to just below the water surface and bite the lure with

If you find a school of bass just below the surface, put down your spinning tackle and try this method immediately. You will see very interesting reactions from the bass. For example, I know of a clearwater field where bluegills fry congregate near the shore for short periods in the fall, and schools of migrating bass can be seen preying on them. Here, I would like to explain how schools of bass migrating just below the water's surface will react to this method, assuming such a situation. Schools migrate close to the shore, so will be fishing from the shore while following the school. Also, assume that the direction of movement of the herd is 3 o'clock. 1 . Throw the voluminous spinnerbait with a low trajectory and pass directly above the school while rapidly decelerating. 2 . In a school, bass whose predatory instincts have been stimulated and bass whose predatory instincts have not been stimulated collide with each other. 3 . There's chaos in the school. 4 . After landing