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The forehand loop against backspin is one of the most powerful strokes in the game. It is also a stroke with which you can produce many variations of speed and spin. Since you are going with the spin already on the ball, this stroke can produce the heaviest topspin in the game.
There are two extremes of the forehand loop against backspin and many variations between the two. The first is the slower and very high spin loop. This stroke produces the highest level of spin, the highest trajectory over the net, the biggest jump forward when the ball strikes the table and the quickest drop towards the floor after it bounces. The second extreme is the fast forehand loop. This stroke produces the most forward speed, a lower trajectory over the net and a ball the travels far from the table after the bounce.
|Element||Slow Loop||Fast Loop|
|Backswing position||Almost straight down||Down and back|
|Timing||As ball begins to descend||At the top of the bounce|
|Ball Contact||Towards the bottom of ball||Center or below|
|Friction vs Force Contact||Almost all friction (Spin)||Equal force and friction|
|Weight Transfer||Almost straight up||Forward towards target|
Set your Newgy Robot to deliver a deep backspin ball to the middle of the table. Start off pushing the ball back with your forehand. Now try dropping your forearm below table height and just brushing up on the ball trying to impart maximum spin. When learning a new stroke, it is best to begin by training the wrist and forearm. As you feel more comfortable begin adding more and more of your body into the stroke. When you produce a good slow loop try changing your starting position to more back and down and try for some fast loops.
(Editor's note: One oft-misunderstood principle of looping is that racket speed must be very high to produce heavy topspin. Even though a loop is described as a slow loop or a fast loop, it does not mean that the racket speed or body motion is slower for one than the other. Both have very high racket speeds and quick body motions. What does differentiate the two is the direction of force. The force on a slow loop is primarily up; whereas, on the fast loop, the direction is primarily forward. This can easily be seen in the second video by comparing the direction of the racket's travel in the slow loop versus the fast loop.