Oh for Christ's sake ... 🤦🤦
Y'know ...table tennis is a really bloody confounding sport sometimes.
At the risk of sounding like a complete bell-end, It seems I may have potentially spoken too soon, about speaking too soon, about the Kirin 3.
It might not be quite as crap as my first initial play test indicated.... I noticed something late tonight that requires further inspection, and a whole lot of play testing to understand WTF is going on here....
Regardless of how good the Kirin 3 might (or might not) actually be, just like the T-100 with its weird-arse "new kind of hardness" sponge layer, i can safely say the Kirin 3 is also bloody weird!!
We all know the physics of how TT rubbers work right?
We all know don't we, that the sponge is like a one layer of springs, the top sheet another, and the two layers work together to push the ball forwards, while partially gripping the ball at the same time, so the ball spins on it's way out.?
And we all know, that to increase speed you need to push the ball deeper into the sponge so that it pushes the ball forward with more elastic propulsive force... I mean, that's right isn't it?
And we all know right, that to maximize that forward elastic force, you need to hit the ball on your FH side with a semi-open bat angle, because otherwise you won't engage the sponge fully and the pimples work less effectively.
And we also all know right, that the bat angle can't be too closed, as this increases the risk of slippage, and it also means that most of the forward propulsive force is not behind the ball, and your shot isn't efficient, and forward speed is diminished.
We all know these things to be true don't we?
So why hadn't someone told the Kirin 3 that?
Because clearly it doesn't know.
Can someone please explain to me how a rubber can be QUICKER at propelling a ball through the air, when you hit the ball with a very closed racquet angle, and you're NOT engaging the sponge?
Note I didn't say "spinner"... I said 'quicker'.
I was driving the ball with the Kirin 3 just then, in the standard manner, after changing it from the original test blade, to the experimental flexy model.
.. And it's performance still sucked. The sponge was stiff as packing box cardboard, the top sheet was stiff as grippy shoe leather. the sponge didn't want to compress, there was no quality on the ball...just a really bad scene.
But the I closed the bat angle a bit more.
No other changes, no harder hitting, no extra brushing to create spin... I just altered the angle of the bat's incline, to make contact with more of the top of the ball.
I was trying to see if the ball would slip on the rubber.
It didn't slip.
It accelerated.
...I'm sorry -- what???
The goddamn ball started flying faster through the air. And decent spin appeared out of nowhere. And the ball got a bit of arc to it.
I REDUCED the surface area of impact, I REDUCED the amount of forward force going into the ball. I DIDN'T swing harder. I DIDN'T brush the ball more during the stroke. I DIDN'T transfer weight any better...
I just increased the angle of the bat, as if I was facing heavier topspin. THATS IT.
And the ball accelerated, even despite me making slightly thinner contact.
I don't know how such a thing is possible.
But I'm no longer at the table trying to figure it out.
I'm in bed, feeling confused.
I'll have another hit tomorrow or the day after, and see if it does it again.
If it does, I will also do my best to figure out how such a thing is possible.
Stay tuned... And confused.