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How is the belt joined together?
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Originally Posted by filtersweep
(Post 5123172)
How is the belt joined together?
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Originally Posted by lvleph
(Post 5123048)
Let's see if this works.
Sheldon Brown I want to see his opinion belt drives. I didn't even think about the issue of looping the belt through the chainstays. |
Threads that would be started... Does anyone make a white studded belt to match my white studded belt?
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Originally Posted by asymptotic
(Post 5123348)
Here is an entry in The Glossary.
I didn't even think about the issue of looping the belt through the chainstays. |
Originally Posted by asymptotic
(Post 5123348)
Here is an entry in The Glossary.
I didn't even think about the issue of looping the belt through the chainstays. |
Originally Posted by zip22
(Post 5123638)
you can see how spot addressed the issue in the picture. there seems to be a small piece in the dropout that is removable.
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no more skiddin? wouldn't this be slip happy all day long on a fix? just seems like the rubber teeth wouldn't hold up well against anything that won't coast...
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Given that rubber belts are used as timing belts in engines, also known as the things that keep the pistons and rods nice and separate, I wouldn't worry too much about the belt's sturdiness.
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It shouldnt slip. They use belt drives on high powered motorcycles and they dont slip at all.
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Originally Posted by deathhare
(Post 5123718)
It shouldnt slip. They use belt drives on high powered motorcycles and they dont slip at all.
ps - all the high hp bikes I know of, from I4's to vtwins, use chains (drive systems). Ive built and seen high hp cars with timing belts be fine but, as of late, many newer cars are now produced using chains |
Originally Posted by Tangsooyuk
(Post 5123730)
They also dont suddenly change direction at speed.
Yes they do. Except it isnt for stopping power..its launching power. Which on a bike is about 100 times more than the friction of some 23c tire skidding on the street at 20mph.
Originally Posted by Tangsooyuk
(Post 5123730)
Ive built and seen high hp cars with timing belts be fine but, as of late, many newer cars are now produced using chains
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Originally Posted by Tangsooyuk
(Post 5123730)
They also dont suddenly change direction at speed. Im now extremely curious as to what would happen. Id think it would immediately flex and not work too well.
ps - all the high hp bikes I know of, from I4's to vtwins, use chains (drive systems). Ive built and seen high hp cars with timing belts be fine but, as of late, many newer cars are now produced using chains |
Originally Posted by HelluvaStella
(Post 5123827)
The f*ck they do. When a big ol' bike (any belt driven one will do, let's say a Buell. Look it up for details) goes from all out acceleration to engine braking, that's a sudden change of direction. So there. *smiley*
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Originally Posted by DonPenguino
(Post 5123715)
Given that rubber belts are used as timing belts in engines, also known as the things that keep the pistons and rods nice and separate, I wouldn't worry too much about the belt's sturdiness.
Timing belts keep the pistons and the valves seperate (most of the time)
Originally Posted by HelluvaStella
(Post 5123827)
The f*ck they do. When a big ol' bike (any belt driven one will do, let's say a Buell. Look it up for details) goes from all out acceleration to engine braking, that's a sudden change of direction. So there. *smiley*
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Originally Posted by dmotoguy
(Post 5123883)
There is no change of direction (the motor doesnt spin backwards) All the power the motor puts out is transferred thru that belt alone to the back wheel of the motorcycle. |
Originally Posted by dmotoguy
(Post 5123883)
There is no change of direction (the motor doesnt spin backwards)
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Originally Posted by HelluvaStella
(Post 5123827)
The f*ck they do. When a big ol' bike (any belt driven one will do, let's say a Buell. Look it up for details) goes from all out acceleration to engine braking, that's a sudden change of direction. So there. *smiley*
I never said belts cannot handle massive amounts of stress, I just said "I think it would flex and not work too well" when suddenly thrown in the opposite direction.
Originally Posted by deathhare
(Post 5123923)
All the power the motor puts out is transferred thru that belt alone to the back wheel of the motorcycle.
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Originally Posted by Tangsooyuk
(Post 5123963)
You would obviously first brake, rev match, down shift, repeat as need to carry corner speed etc. All of which would lessen the stress.
. You can ride like an idiot all you want and itll last. I know people that do it everyday. |
Harleys and Buells make less than 100hp. If you put a belt on a 140hp motorcycle and take it to the track, it will disintegrate upon launch. Maybe not right away, but it will fail fairly soon. I know because I have drag raced many Harleys, from 80hp to over 300hp.
Even though the bicycle belt is smaller, the design is similar, but I highly doubt this would ever be a problem on a bicycle. Most people are pretty low power, and skidding a skinny ass high pressure rear tire doesn't really take all that much force. Az |
isn't the vrod belt drive and around 125 horsepower? theres also the new buell 1125R with 146 horsepower that is belt drive.
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any updates photos,user report? something,no noises, no lube,great!
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Originally Posted by filtersweep
(Post 5123172)
How is the belt joined together?
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Originally Posted by zip22
(Post 5123638)
you can see how spot addressed the issue in the picture. there seems to be a small piece in the dropout that is removable.
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heres how the jericho bike from the older thread dealt with the problem
http://img.photobucket.com/albums/v7...2/jericho1.jpg or you can just make the frame so the chain stays (belt stays?) are above the belt http://www.ixibike.com/images/detail_p10.jpg http://www.ixibike.com/ixigallery.htm |
you vulcanize it once inside the triangle
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