Was very hard to get any spin, as well
You're not wrong, but there are other factors.Spin has more to do with technique, strings are secondary.
For example, Sampras' second serve was recorded at 5,300 RPM with nat gut...
Have you tried shaped polys?I am getting less spin than with poly, thats all
Yup. That's predictable.I am getting less spin than with poly, thats all
What are the tension ranges on your racquet? I would use a higher tension in the mains and a couple of pounds lower in the crosses. My racquet is 50-65 and I use 59# in the mains and 56# is the crosses. If you string gut too tight it loses the playability. Probably over about 62# would be too tight.last setup was gut 50 / poly 47 (16x18)
I want to try full gut
Right now I will just do 50/50
Have you tried shaped polys?
Guys for the umtenth time string tension does not effect power. It does effect launch angle which controls depth. This is the 21 century and it has been tested and proven
I do not think I will continue with full gut at 50 lbs.
It was very stiff for me. Like hitting a board.
Seems very unforgiving like there is almost no sweet spot.
I will go back to gut/poly at 50/47
For Poly, I will use Volkl Cyclone Tour 16
Actually, the lab tests proved that lower tension does increase power. You are perpetuating a myth started by someone who misread a scientific article.Guys for the umtenth time string tension does not effect power. It does effect launch angle which controls depth. This is the 21 century and it has been tested and proven
Depends what type of string. With natural gut, at extremely low tension, it will trampoline with more power.String your racket at 1 lbs and let us know how much power you get.
In reality, the ball won't even bounce of the strings, it will just dribble off the strings
yes the vector component will effect the launch angle. The temperature will effect the compression of the ball, that component is going to increase velocitymore then any of the string tensions you speak of. The major result of tension is the lift angle. There may be a minute differential in speed do to many conditions. The primary source of power is still mass x accelerationActually, the lab tests proved that lower tension does increase power. You are perpetuating a myth started by someone who misread a scientific article.
A lower tension (40 lbs vs 70 lbs nylon) didn’t increase power in the ball frame of reference in a clamped racquet test, but if you translate the ball’s velocity vector with larger launch angle to the court frame of reference, the lower tension does result in a very significant increase in ball speed.
This is because to translate to either the racquet or court frames of reference, you need to add both the normal velocity component and lateral velocity component. In the racquet frame of reference, the lower tension greatly increases the magnitude of the lateral velocity component, so the resultant combined velocity vector has larger magnitude (more power). The player needs to close the racquetface more to harness the extra power, which can be on the order of 10% difference.
Also, even if the impact is completely flat (not oblique), lower tension still increases power by a few %, as demonstrated by the tw professor’s experiments. This is because less energy is dissipated in ball flattening when the stringbed is softer. The strings have higher energy return than the ball, so the softer the stringbed is relative to the ball, the more power.