Results 86 to 102 of 121
11-02-2004, 07:48 PM #86
Best adviseOriginally Posted by taneepak
This is the best advise on tension. We have been trying this out. We started from 21LB compare to 22LB and now we are comparing a Ti-swing SX at 23LB to the other one at 24LB. As we like 24LB more, the next time will be 24LB compare to 25LB.
Serious Badders might consider testing this out rather than just stick with theories.
11-02-2004, 09:54 PM #87
Everything being relative...
I second Taneepak's suggestion. Given that everybody's swing and ability is different, one must find the optimal tension for himself. For the pros, 30lbs tension doesn't give them power, rather it's the feel and control they're looking for in that setting since hitting hard is pretty much standard among them anyway. To hit harder, technique ( and timing) becomes alot more important than strength.
11-03-2004, 09:06 AM #88
Low Tension : Most likely for short and very near net shots... with a little touch on the bird to land there however not suitable for smashing but clear not sure... and bad sound for smashes...
High Tension : Mainly used for smashes and good sound ... More strength needed though...
11-04-2004, 11:06 AM #89
I swear, someone's going to get a Ph.D. for figuring this out conclusively, and he'll say "I'd like to thank all those BF'ers who contributed to my thesis..."
11-06-2004, 12:49 AM #90
its quite interesting to see how many different explainations there are for each side.
personally, i always thought...
high tension = control, feel, accuracy.
lower (not low) tension = power oriented.
when you are looking for "feel," tight is better, isn't it? when something is loose and sliding around, it robs you of that sensation.
what i can relate that to is a tight fitting pair of silk gloves, as compared to a very very very loose ill-fitting pair of gloves.
the tight skin-tight pair will obviously offer you more tactile feel, would it not?
the lower tensions on the other hand, as all objects with tensile properties, will generate this "trampoline" effect that people refer to. its just like an elastic and shouldn't require any explaination.
the ideal tension obviously lies on the user, as there are so many subjective factors (listed dozens of times throughout BF).
the choice of tension lies generally as a gradient.
moving in one direction will sacrifice the other.
moving towards lower tensions, gives power, sacrificing feel/accuracy, while moving towards higher tensions will compromise power, to gain this increased accuracy.
there is a range within this gradience that is most ideal for an individual.
this range will produce the best power and accuracy for this particular individual.
now this is based on everything spoken of earlier, the largest being strenght of the user.
if the player can generate massive power, (s)he does not need to rely on this trampoline effect to aid in generation of power, thus, their range increases, allowing them to use higher tensions, despite of that at the expense of trampoline aid.
we, the normal user, will require help from more flexible shafts, perhaps longer racquets, lower tensions, to generate this acceptable amount of power, since we don't have the mad leet skills to pull of super smashes with technique, since arm strength just doesn't cut it.
this arm strenght can only take you so far, since as someone on this board said once "the shuttlecock weighs next to nothing, and the racquet, weighs a little more than next to nothing, so it doesn't take muscles to smash hard."
04-17-2005, 11:03 AM #91
Personally What I think was.....
String it around 25lbs - 28lbs for pros, as the tension definitely drop to 25lbs in 1 to 2 weeks time. For begineer, string it at 18lbs - 22lbs to train on your hand power 1st then string it 2lbs more everytime you think you had become better... I felt that 22lbs is rather lousy, as I'm a advance player. It doesn't really generate power with my 18lbs - 22lbs string UNLESS you turn your hand way back and jump smashing the cork. 22lbs also drop its tension in 1 month for me, it also produced the dingding sound which doesn't sound stiff enough. Btw, my current string is bg65 which is really thick 0.70mm that doesn't really do well in feel, power, impact BUT it is good in durability which is not my preferences. For high feel, impact, good control, i advise you people to string bg66(0.66mm) or bg68ti(0.68mm) or bg85(0.67mm).
I would appreciate if anyone could correct my explaination above.
06-23-2005, 09:53 PM #92
same with me!
yes i believe its the same with me. I have mine strung to 23 and i really think it all goes down to how flexible a player is. I used to have mine at 21 only and when i strung mine to 23 i only had to practice on my drop shots for only about 2 weeks to get a good feel of a high tensioned racket and of course my smash was stronger as before with more accuracy.
Originally Posted by aldous
06-24-2005, 04:42 AM #93
The trampoline effect of low tension is supposed to give you power. Is this true. I don't quite agree. Trampoline effect is at best unpredictable, good when you hit the shuttle at the very centre of the stringbed but terrible awy from the centre. Keep in mind the sweet spot is not in the centre, it is above the centre and here the trampoline effect is uneven.
Tensions of at least 25lbs, preferably in the range of 27-31lbs, will give you real power and control.
06-24-2005, 05:04 AM #94
The "trampoline effect" is present at all tensions. The difference with a higher tension is:
- smaller sweetspot
- trampoline effect is a more rapid but more powerful rebound, and a smaller overall displacement (hence more power for people with fast swings, less power for those who can't swing fast enough to make the strings "trampoline" at all)
If the trampoline effect was not present, then badminton racket strings would be like a flat piece of wood
06-24-2005, 05:38 AM #95Originally Posted by taneepak
Do you mean if you were to consistently hit the shuttle at exactly the same place on the racquet, you would get different results from each shot?
Or do you mean that, away from the centre, a small difference in where you hit the shuttle can have proportionately larger differences in the result of the shot?
06-24-2005, 05:40 AM #96Originally Posted by Gollum
i.e same energy but smaller time = more power.
06-24-2005, 11:09 PM #97Originally Posted by Neil Nicholls
10-06-2005, 03:57 AM #98
Relationship of string tension and power
It seems to me that none of you have discussed the temperature and climatic condition of the location of play. Higher temperature and humidity will allow for higher string tension. Take Gosen GS-80 for example, it can be strung up to #24 in summer or #22 in Winter in Vancouver, Canada. The same string can string up to #27 or #29 in Hong Kong.
Different brand will have different tolerant. Gosen GS-80 can go up to #24 very comfortably, but Hi-Qua B696 cannot; #18 seems to be better with this string.
Technique is an important factor. In this case, timing is very important to generate power. If you hit the shuttle to early too soon, you'll not generate power at all. Many players play both nylon and feather shuttles. This is not recommended because these shuttles have different trajectories. The landing distance between the two types of shuttles can be more than two feet.
Racquet shape of course is another factor as well. The larger the sweet spot, the lesser the power. This is simple mathematics.
11-08-2005, 06:54 AM #99
hmm, for me its basically this (and i've read it in a couple of sites, by the pro's themselves)
lower tension = more power, less control
higher tension = less power, more control
this is because i've played with racquets at 20-22lbs tension and i could hit it quite far
and today i've just tried a 24lbs tension racquet and i discovered that my lob shots were weak but the control on the racquet was heavenly
how the heck does pros play at 30-32lbs is baffling to me
they must have gorilla hands
11-08-2005, 07:35 AM #100Originally Posted by strinq
02-10-2006, 02:34 PM #101
Without a doubt there is an optimal tension for power that depends on swing speed and probably on the weight of the shuttle as well.
Think of power as the sum of two vectors. If you swing slow and your tension is high, you won't generate any trampoline effect so it will be like hitting the shuttle with a plank of wood at the extreme.
Generally speaking, lower tension will produce more power but only to a point. If you swing really fast and tension is too low, the trampoline will still be winding up when your swing is completed.
What you want is the trampoline rebounding vector to add to your swing vector to product maximum net speed and this depends on the individual, swing length, swing speed, racquet flex, where on the strings you hit it, weight of the shuttle etc.
02-10-2006, 04:21 PM #102
Don't forget two other important factors: thickness of string and weather temperature. My 0.70mm string works perfectly alright @24/26 in summer time. In winter, a 0.68mm string can only take up to @18.
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