As a general rule, you would need to have good strength if you wish to tie your string at 27 lbs or above. For average players, 22-26 lbs will be good enough. Over-loose string will cause the string bed to be too bouncy, and hence make the control of your shot execution harder.
Beside above, what tension do professional badminton players use?
Most factory strung rackets come strung at about 18lbs – 20lbs. At the high end, some professional players have their rackets strung in excess of 30lbs. For the majority of players, between 20lbs and 30lbs is normal between a range of beginners to advanced players, including some professionals.
Hereof, what is the best tension for smashing?
For the average player, the best tension would be 24-27 pounds of tension. This is a nice middle ground where the strings are tight enough to have a good feel but also slack enough to make generating power in smashes and other shots efficient.
What is the highest tension in badminton?
LI-NING US-930 (String Tension Up to 37 LBS) Black Strung Badminton Racquet (Pack of: 1, 84 g)
When it comes to the actual tension, most manufacturers recommend stringing elastic materials like nylon or natural gut around 50-60 lbs. If using a stiffer string like polyester, drop the tension to avoid arm injuries.
Snipping the strings is important because of the tension on the strings and the stress placed on the frame by the strings. When a string breaks, it immediately loses tension and the strings around it loosen up as well. This results in a string bed with varying tension that exerts uneven forces on the racquet.
A higher tension will provide more power and control only if you can consistently hit the sweet spot. … As a player becomes more consistent and has good technique, they will benefit more from a higher tension because the shuttle will travel off the string bed faster, giving them control of the shuttle.
The higher your string tension, the more control you’ll have while the looser your string tension, the more power. Here are the above tension ranges again, but adjusted for power or control: Nylon/Gut: 50-60lbs (22.5-27kg)
To calculate the tension of a string in pounds use the formula below, inserting the three variables described above: T (Tension) = (UW x (2 x L x F)2) / 386.4 To convert the result into Newtons, simply multiply by 4.45. If you know what tension you want the string to have, you can calculate the string unit weight.