It turns out that when pulling ball up, you should pay attention to approach from side to side. Pulling billiard ball halfway does not require much effort. It turns out that this is a footwork problem.

It turns out that when pulling ball up, you should pay attention to approach from side to side. Pulling billiard ball halfway does not require much effort. It turns out that this is a footwork problem.

Pulling billiard ball halfway requires using upper waist strength. This must be done while lifting, otherwise body will be blocked.

Click on me to watch video tutorial

In this tutorial episode, Wu Di mainly explains how to adjust footwork of reverse spin ball with a pull forward halfway from the stage. For more details, check out this episode's tutorial video. .

It turns out that when pulling ball up, you should pay attention to approach from side to side. Pulling billiard ball halfway does not require much effort. It turns out that this is a footwork problem.

1. Adjusting footwork when pulling ball

(1) Front and rear leg adjustment

Pull reverse spin ball and adjust your footwork to match your coordinates. The angle of backspin ball must be greater to side than topspin ball. The ball forms a corner. It should be noted that when a person rushes forward, he should not rush straight ahead, but should tilt his body to side.

It turns out that when pulling ball up, you should pay attention to approach from side to side. Pulling billiard ball halfway does not require much effort. It turns out that this is a footwork problem.

(2) Hand-Hip Coordination

Most ineligible balls have some backspin. During game, there will be no such situation as a back to front throw. With little effort, fingers and wrists create an arc that can provide a consistent ball hitting speed.

It turns out that when pulling ball up, you should pay attention to approach from side to side. Pulling billiard ball halfway does not require much effort. It turns out that this is a footwork problem.

The crotch needs to be pressed, and arm and crotch are consistent. Don't be afraid of low point of ball, and point down, but you don't have to push all people down.

It turns out that when pulling ball up, you should pay attention to approach from side to side. Pulling billiard ball halfway does not require much effort. It turns out that this is a footwork problem.

2. Beat control

(1) What is rhythm

There is also a rhythm under feet of person playing ball, and rhythm cannot be changed. After changing rhythm, rhythm will not match. The fastest limit.

It turns out that when pulling ball up, you should pay attention to approach from side to side. Pulling billiard ball halfway does not require much effort. It turns out that this is a footwork problem.

(2) Rhythm must be free-flowing

The sense of rhythm can actually be very fast, but precondition for speed is to be able to control it freely. The most important thing about a sports car is not how fast it goes, but whether it has brakes.

It is impossible to lose continuity just because of power of cricket, but can rhythm be controlled by itself. No matter how good car is, brakes are indispensable, so rhythm must be controlled freely.

It turns out that when pulling ball up, you should pay attention to approach from side to side. Pulling billiard ball halfway does not require much effort. It turns out that this is a footwork problem.

Some people are very fast with their feet and very good at hitting ball. If they don't hit ball, their game is unstable. This is because their rhythm is too monotonous. It can be fast or only slow, movements of soles of feet are very important. In addition to grasping position of soles of feet, most important function is rhythm, which is more important than position.

It turns out that when pulling ball up, you should pay attention to approach from side to side. Pulling billiard ball halfway does not require much effort. It turns out that this is a footwork problem.

(3) Dynamic ball search

If you are already up before ball flies, you can only pull it up off ground. Since bottom of your feet doesn't move, you can start before ball has left. First, you need to predict position, and second is always Searching for ball in a dynamic situation is different from frequency and rhythm of people looking for ball when ball is moving in a static situation.

A person's speed at beginning is less than at moment of crossing line, because it has already started at moment of crossing line, and in fact it is same when playing ball. Instead of running, I want to turn rhythm upside down, find ball while moving, find position of ball faster and more conveniently.

It turns out that when pulling ball up, you should pay attention to approach from side to side. Pulling billiard ball halfway does not require much effort. It turns out that this is a footwork problem.

(4) Rhythm must be reasonable

The rhythm must be reasonable. If ball arrives in one step, and ball has not yet arrived, then first of all rhythm does not fit, and force stops, and then let it run and run again. It is required to have frequency under your feet and constantly adjust in small steps. Another is that as soon as one step is in place, it is found that ball is not in that direction and needs to be adjusted again.

If there is a time delay between ball and you with one step in place, you won't be able to move at all because your step is always a dead step, and if you choose a small step and make a misjudgment, then movement matches rhythm of ball when many people play, their hands match rhythm of opponent's ball. Actually, this is biggest misunderstanding.

It turns out that when pulling ball up, you should pay attention to approach from side to side. Pulling billiard ball halfway does not require much effort. It turns out that this is a footwork problem.

So, movement of legs must match rhythm of opponent. The rhythm of opponent is fast, and frequency of soles of feet is fast. Steps of this frequency have a large span of motion, a small range of motion, and a rhythmic motion. Moving up in this rhythm is so-called impulse. The soles of feet may not move, but humans are actually dynamic. If soles of feet are only supported, or simply squatted, then soles of feet will lose their strength.

Ping-pong network organized by Liu Baosheng


November 22, 2023