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#1
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OK I have been thinking about this. You could probably figure it out mathamaticly by determining the volume of fluid required to move the piston (s) the required distance to apply pressure on the rotor. Also take into account that the single piston calipers need to move the non piston side of the caliper also. I will try to work on some numbers tomorrow if I can. But in my own experiance (motorcycle) the 4 piston calipers require less lever travel than the sliding calipers.
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I love my money pit, uhm, err, I mean my car. 1969 beetle in the works... 2.0 type 4 DTM... 2004 Suzuki GSX-R 1000 crashed www.volksport.net Volksport Kfer Gruppe |
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#2
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well i read another post that said the same thing that I did, actually sort of cut and pasted the sentence in form of a question. Just wanted to see if it made sence.
Either way thanks, as I figured that best way will be to try and see what works for my style of driving and so forth. thanks Rip |
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#3
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Hi
I have just gone backwards (sold my car), went from 4 pots all round back to stock front disks and rear drums, both used stock 19mm MC, I cant believe how spongy the pedal is with stock brakes, not to mention the lack of retardation. The thing to get your head around is that your not moving a hydraulic ram, your just applying pressure otherwise every time you applied your brakes the fluid level would drop and come up when you released the brakes. Steve C
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STI powered 1303 in the works. |
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