does high air pressure throw off wheel balance? The 2019 Stack Overflow Developer Survey...
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does high air pressure throw off wheel balance?
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does high air pressure throw off wheel balance?
The 2019 Stack Overflow Developer Survey Results Are In
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the tire shop balanced my tires at 41 psi, when my recommended psi is 30. I have since lowered it to spec but would this throw off the balance?
tires pressure air
asked 4 hours ago
nachosnachos
335
add a comment |
the tire shop balanced my tires at 41 psi, when my recommended psi is 30. I have since lowered it to spec but would this throw off the balance?
tires pressure air
asked 4 hours ago
nachosnachos
335
add a comment |
the tire shop balanced my tires at 41 psi, when my recommended psi is 30. I have since lowered it to spec but would this throw off the balance?
tires pressure air
asked 4 hours ago
nachosnachos
335
the tire shop balanced my tires at 41 psi, when my recommended psi is 30. I have since lowered it to spec but would this throw off the balance?
tires pressure air
tires pressure air
asked 4 hours ago
nachosnachos
335
asked 4 hours ago
nachosnachos
335
asked 4 hours ago
nachosnachos
335
asked 4 hours ago
nachosnachos
335
asked 4 hours ago
nachosnachos
335
335
add a comment |
add a comment |
2 Answers
2
active
oldest
votes
No. Balance is caused my even weight distributed around a tire.
If there is more weight in one spot tge tire will "wobble" when spun.
Inflating a tire more may alter the diameter, but the weight of the tyre itself is still in the same relative place.
answered 4 hours ago
Sir Swears-a-lotSir Swears-a-lot
1,272512
In theory, it is possible though. Imagine a tire with a hole in the thrad such that inflating it will cause the inner tube to expand in a balloon-like shape there (this does therefore not apply to normal (tube-less) car tires and you won't want this to happen anyway for obvious reasons, but was an often used gag in old black-and-white movies), the symmetry of the wight is influenced by inflating.
– Hagen von Eitzen
7 mins ago
add a comment |
It won't effect wheel balance, but high tyre pressures will give you a much harder ride, so any bumps & stones etc.. even smaller ones may well be felt through the steering wheel and come across as vibration. Lower the tyre pressures to the correct specs, if you still feel that there is a balance issue just have the shop re-check the balance for you.
answered 2 hours ago
OrbOrb
4,604510
add a comment |
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2 Answers
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active
oldest
votes
2 Answers
2
active
oldest
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No. Balance is caused my even weight distributed around a tire.
If there is more weight in one spot tge tire will "wobble" when spun.
Inflating a tire more may alter the diameter, but the weight of the tyre itself is still in the same relative place.
answered 4 hours ago
Sir Swears-a-lotSir Swears-a-lot
1,272512
In theory, it is possible though. Imagine a tire with a hole in the thrad such that inflating it will cause the inner tube to expand in a balloon-like shape there (this does therefore not apply to normal (tube-less) car tires and you won't want this to happen anyway for obvious reasons, but was an often used gag in old black-and-white movies), the symmetry of the wight is influenced by inflating.
– Hagen von Eitzen
7 mins ago
add a comment |
No. Balance is caused my even weight distributed around a tire.
If there is more weight in one spot tge tire will "wobble" when spun.
Inflating a tire more may alter the diameter, but the weight of the tyre itself is still in the same relative place.
answered 4 hours ago
Sir Swears-a-lotSir Swears-a-lot
1,272512
In theory, it is possible though. Imagine a tire with a hole in the thrad such that inflating it will cause the inner tube to expand in a balloon-like shape there (this does therefore not apply to normal (tube-less) car tires and you won't want this to happen anyway for obvious reasons, but was an often used gag in old black-and-white movies), the symmetry of the wight is influenced by inflating.
– Hagen von Eitzen
7 mins ago
add a comment |
No. Balance is caused my even weight distributed around a tire.
If there is more weight in one spot tge tire will "wobble" when spun.
Inflating a tire more may alter the diameter, but the weight of the tyre itself is still in the same relative place.
answered 4 hours ago
Sir Swears-a-lotSir Swears-a-lot
1,272512
No. Balance is caused my even weight distributed around a tire.
If there is more weight in one spot tge tire will "wobble" when spun.
Inflating a tire more may alter the diameter, but the weight of the tyre itself is still in the same relative place.
answered 4 hours ago
Sir Swears-a-lotSir Swears-a-lot
1,272512
answered 4 hours ago
Sir Swears-a-lotSir Swears-a-lot
1,272512
answered 4 hours ago
Sir Swears-a-lotSir Swears-a-lot
1,272512
answered 4 hours ago
Sir Swears-a-lotSir Swears-a-lot
1,272512
1,272512
In theory, it is possible though. Imagine a tire with a hole in the thrad such that inflating it will cause the inner tube to expand in a balloon-like shape there (this does therefore not apply to normal (tube-less) car tires and you won't want this to happen anyway for obvious reasons, but was an often used gag in old black-and-white movies), the symmetry of the wight is influenced by inflating.
– Hagen von Eitzen
7 mins ago
add a comment |
In theory, it is possible though. Imagine a tire with a hole in the thrad such that inflating it will cause the inner tube to expand in a balloon-like shape there (this does therefore not apply to normal (tube-less) car tires and you won't want this to happen anyway for obvious reasons, but was an often used gag in old black-and-white movies), the symmetry of the wight is influenced by inflating.
– Hagen von Eitzen
7 mins ago
In theory, it is possible though. Imagine a tire with a hole in the thrad such that inflating it will cause the inner tube to expand in a balloon-like shape there (this does therefore not apply to normal (tube-less) car tires and you won't want this to happen anyway for obvious reasons, but was an often used gag in old black-and-white movies), the symmetry of the wight is influenced by inflating.
– Hagen von Eitzen
7 mins ago
In theory, it is possible though. Imagine a tire with a hole in the thrad such that inflating it will cause the inner tube to expand in a balloon-like shape there (this does therefore not apply to normal (tube-less) car tires and you won't want this to happen anyway for obvious reasons, but was an often used gag in old black-and-white movies), the symmetry of the wight is influenced by inflating.
– Hagen von Eitzen
7 mins ago
add a comment |
It won't effect wheel balance, but high tyre pressures will give you a much harder ride, so any bumps & stones etc.. even smaller ones may well be felt through the steering wheel and come across as vibration. Lower the tyre pressures to the correct specs, if you still feel that there is a balance issue just have the shop re-check the balance for you.
answered 2 hours ago
OrbOrb
4,604510
add a comment |
It won't effect wheel balance, but high tyre pressures will give you a much harder ride, so any bumps & stones etc.. even smaller ones may well be felt through the steering wheel and come across as vibration. Lower the tyre pressures to the correct specs, if you still feel that there is a balance issue just have the shop re-check the balance for you.
answered 2 hours ago
OrbOrb
4,604510
add a comment |
It won't effect wheel balance, but high tyre pressures will give you a much harder ride, so any bumps & stones etc.. even smaller ones may well be felt through the steering wheel and come across as vibration. Lower the tyre pressures to the correct specs, if you still feel that there is a balance issue just have the shop re-check the balance for you.
answered 2 hours ago
OrbOrb
4,604510
It won't effect wheel balance, but high tyre pressures will give you a much harder ride, so any bumps & stones etc.. even smaller ones may well be felt through the steering wheel and come across as vibration. Lower the tyre pressures to the correct specs, if you still feel that there is a balance issue just have the shop re-check the balance for you.
answered 2 hours ago
OrbOrb
4,604510
answered 2 hours ago
OrbOrb
4,604510
answered 2 hours ago
OrbOrb
4,604510
answered 2 hours ago
OrbOrb
4,604510
4,604510
add a comment |
add a comment |
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