eb_tennis_247
Rookie
This is a question for @TW Professor and serious string/racquet performance experts.
(I am a total tennis R&D “nerd”).
I play with Head Speed Pro 2022 and I love it, especially its feel, stability, mass-based power and control.
If I could add only one more thing to it, it would be a slightly more spin and power to bring it a pinch closer to EZONE 100, which, compared to Speed Pro, has 1525 vs. 1514 rpm, 49.8 vs. 49.4 mph swing speed and 66.84 vs. 66.50 ft. distance as compared to Speed Pro.
I have one frame to experiment with, and I have some spare MSV Focus Hex Soft sets.
These are obviously very small difference on paper (less than 1%) between EZONE 100 and Speed Pro on these three metrics.
I know and understand the impact and immutability of the difference in weight and frame thickness and the impact of those.
So, if I am to string MSV Focus Hex Soft at 48/46 vs. 52/50, do you think I would compensate 1% for spin/distance by a ball grab/trampoline effect of the lower tension, and without a noticeable loss of control?
Is there is a more “scientific” approach to gauge this? (TWU might even have a calculator somewhere).
(I am a total tennis R&D “nerd”).
I play with Head Speed Pro 2022 and I love it, especially its feel, stability, mass-based power and control.
If I could add only one more thing to it, it would be a slightly more spin and power to bring it a pinch closer to EZONE 100, which, compared to Speed Pro, has 1525 vs. 1514 rpm, 49.8 vs. 49.4 mph swing speed and 66.84 vs. 66.50 ft. distance as compared to Speed Pro.
I have one frame to experiment with, and I have some spare MSV Focus Hex Soft sets.
These are obviously very small difference on paper (less than 1%) between EZONE 100 and Speed Pro on these three metrics.
I know and understand the impact and immutability of the difference in weight and frame thickness and the impact of those.
So, if I am to string MSV Focus Hex Soft at 48/46 vs. 52/50, do you think I would compensate 1% for spin/distance by a ball grab/trampoline effect of the lower tension, and without a noticeable loss of control?
Is there is a more “scientific” approach to gauge this? (TWU might even have a calculator somewhere).
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