86/86lbs because that is where the stringer maxes out.
86/86lbs because that is where the stringer maxes out.
Wear Protection while stringing?86/86lbs because that is where the stringer maxes out.
Never any issues. I wear glasses and the couple times strings broke nothing happened. Forten kevlar broke while stringing but never had ashaway break. Zx once. Thats it. No issues. But I do look away on the first pull usually.Wear Protection while stringing?
Never any issues. I wear glasses and the couple times strings broke nothing happened. Forten kevlar broke while stringing but never had ashaway break. Zx once. Thats it. No issues. But I do look away on the first pull usually.
Good point. In that case I prefer a dt of 56 and often need to restring the crosses when its below 52...Whatever tension produces a string bed DT Reading of 36 N/mm fresh off the Stringing machine - measured at the centre of the sweet spot of the string bed.
As I have always said, Reference Tensions viewed in isolation are meaningless.
Would have been better if he has asked us to list the tension along with the strings and racquet information.
would need to track sw numbers as well...Even that information would be pretty useless unless a player was planning to try the exact same configuration for themselves.
That's why I quoted DT values. DT values are a universal indicator that spans all racquet and string configurations.
And with a bunch of DT values, it is easy to identify whether players prefer softer or stiffer string beds.
In fact, even more valuable would be to identify DT values paired with Player Standard. Those numbers could be used to determine if there is any correlation between the standard of a Player and the stiffness of the string bed they use. (Of course, there would be some variation because not all frames have the same stiffness rating.)
Of course, this whole thread could be a Thought Experiment to identify how many posters actually understand the relevance of Reference Tensions.
either low or extremely high