Modifying Station Friction Drive To Chain Drive
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Yesterday, I converted my Staton rear friction drive to chain gear drive on "Mr. Hyde", my twin-engined cruiser. Then I mounted that friction drive and a pocketbike engine onto "Girlie", my coaster-bike cruiser.
I had always wanted to use Staton chain drive on "Girlie" but was unaware if Staton's freewheel sprocket and hub would even mount on the cruiser's narrow dropout. I didn't want to buy the extra HD hub and 16Tsprocket anyway.
So I'm staring at the friction roller from the back of the bike. The rear wheel is an old chrome Spookytooth with 12g spokes and a 36T sprocket. It is a reminder of an unsuccessful attempt to mount a Happy Time engine on a girl's bike.
Peering intently for a long time under the friction drive assembly, the idea crawled out and bit me in the face...
Staton friction drive conversion to chain drive!
If I remove the engine and friction roller, a jackshaft can be created by sliding a 3/4" shaft and a 10T sprocket in its place under the housing. This sprocket lines up and chains to the 36T wheel sprocket. The shaft then extends less than 1" out the right side of the aluminum housing and supports another 10T sprocket. This cog is chained to the third 10T sprocket mounted onto the 5:1 gearbox, which is bolted onto your engine of choice. The Staton aluminum housing is drilled and slotted to mount your engine. Spacers under the engine adjusts the gearbox's chain tension, the Staton support rods adjusts the 36T's chain tension and the Staton front mounting bracket aligns the jackshaft's sprocket with the 36T cog.
The entire conversion might cost $100, as compared to maybe $500+ for
the Staton drive, HD hub and sprocket. It'd be cheaper and lighter with Staton quality components and engineering(mostly).
What do you guys think?
__________________
Honey, it's just a bicycle. and i REALLY need it to excercise, and to ride it to work.(hehe)
--------------------------------------------------------------------------------
Yesterday, I converted my Staton rear friction drive to chain gear drive on "Mr. Hyde", my twin-engined cruiser. Then I mounted that friction drive and a pocketbike engine onto "Girlie", my coaster-bike cruiser.
I had always wanted to use Staton chain drive on "Girlie" but was unaware if Staton's freewheel sprocket and hub would even mount on the cruiser's narrow dropout. I didn't want to buy the extra HD hub and 16Tsprocket anyway.
So I'm staring at the friction roller from the back of the bike. The rear wheel is an old chrome Spookytooth with 12g spokes and a 36T sprocket. It is a reminder of an unsuccessful attempt to mount a Happy Time engine on a girl's bike.
Peering intently for a long time under the friction drive assembly, the idea crawled out and bit me in the face...
Staton friction drive conversion to chain drive!
If I remove the engine and friction roller, a jackshaft can be created by sliding a 3/4" shaft and a 10T sprocket in its place under the housing. This sprocket lines up and chains to the 36T wheel sprocket. The shaft then extends less than 1" out the right side of the aluminum housing and supports another 10T sprocket. This cog is chained to the third 10T sprocket mounted onto the 5:1 gearbox, which is bolted onto your engine of choice. The Staton aluminum housing is drilled and slotted to mount your engine. Spacers under the engine adjusts the gearbox's chain tension, the Staton support rods adjusts the 36T's chain tension and the Staton front mounting bracket aligns the jackshaft's sprocket with the 36T cog.
The entire conversion might cost $100, as compared to maybe $500+ for
the Staton drive, HD hub and sprocket. It'd be cheaper and lighter with Staton quality components and engineering(mostly).
What do you guys think?
__________________
Honey, it's just a bicycle. and i REALLY need it to excercise, and to ride it to work.(hehe)