Spin is created from the friction between the ball and the rubber. If there is less distance of friction between the ball and the racket, there will be less spin produced. Applying this principle to the float (no spin) serve, where the opponent contact with the upper part of the bat, if the bat continues to go downward, there is minimal friction distance between the ball and the rubber, which is why there will hardly be any spin produced. Hope this helps!
When the ball hits the top of the bat it has no 'roll' distance on the rubber so very little or no spin. When it contacts the bottom of the rubber it has a LOT of roll distance so great spin generation, lots of backspin. Try this in your own serves and you'll see the difference as your opponent struggles to read it 😊
Unfortunately this is wrong. The only thing you have to focus on is the direction of the racket during the contact with the ball. Other things don't matter.
![How to Receive Serves Without Worrying About Spin.[Table Tennis]](/img/n.gif)
From 1:41 to 1:46, it should be the side underspin serve instead of no spin serve. Sorry about the mistake.🙌🏻
Is it possible to edit the video at that point, it was really confusing to me at first before I read the comments
This is the best spin educational video i have ever seen .
This was extremely helpful for me to progress my table tennis, thank you.
🙌🏻🙌🏻
Nice one..
I hear my ancestor telling in my head then decide which spin it is 😂
Reading Who spin the ball and how he spin it also important
Informative videos ...Can anybody tell me the background music that is used he in this video? 🤗
Sleeper from Steve Adams
I don't really get why the position on the racket determines if it is underspin or no spin. Doesn't it depend on the movement?
Spin is created from the friction between the ball and the rubber. If there is less distance of friction between the ball and the racket, there will be less spin produced. Applying this principle to the float (no spin) serve, where the opponent contact with the upper part of the bat, if the bat continues to go downward, there is minimal friction distance between the ball and the rubber, which is why there will hardly be any spin produced. Hope this helps!
Thank you very much! This helps! @@rationalttanalysis
When the ball hits the top of the bat it has no 'roll' distance on the rubber so very little or no spin. When it contacts the bottom of the rubber it has a LOT of roll distance so great spin generation, lots of backspin.
Try this in your own serves and you'll see the difference as your opponent struggles to read it 😊
Ok
Unfortunately this is wrong. The only thing you have to focus on is the direction of the racket during the contact with the ball. Other things don't matter.
ma longs serve is illegal