rPGoatBoy
Well-known member
Mine's been out since the beginning of '12. Zero difference in clutch operation or the 1st gear "kerchunk".Has anyone intentionally left out that wire clip? Did it effect your "kerchunk" factor?
Mine's been out since the beginning of '12. Zero difference in clutch operation or the 1st gear "kerchunk".Has anyone intentionally left out that wire clip? Did it effect your "kerchunk" factor?
I'll be damned, I just looked at the clutch fiche for the '09 A and AE models, and the clutch hub, spacer, belleville spring (3,4,& 5) are different part numbers between the models, and you're right, the AE has no wire. Still don't know the purpose of the wire, but now I'm guessing the belleville spring was "tuned" to whatever consistent engagement rate the AE clutch servo operates at. The A model's engagement cushion spring would have to account for the wide variety of its operator's left hands.FWIW, the YCC-S bikes' clutches do not have the wire, and a slightly different back ring. With the clip, the ring is marked "OUT SIDE", without the clip the ring is marked with a white dot.
There may be a difference in their design (why else would they be marked differently?) that could change things if the clip was simply left out.
If the only reason for the clip was simply as an assembly aid, why don't the YCC-S bikes have it?
I'm not arguing with anyone about this, simply throwing in the thought that there may be unwanted consequences leaving the clip out.
Yeah. I had sort of come down to the same thing.Hmmm, 3500 rpm is definitely not flogging it. And your not really anywhere near peak power there either.
When it happens, do you sense a slight temporary increase in engine rpm like would occur with a clutch slip?
Or could it be a brief engine misfire? We really haven't had any experience with any ignition misfiring in third Gens up till now, but with the new ignition design maybe you are leading the way into new territory?
I disagree. I also disagree with my own suggestion about the plugs being the problem. Both because LKLD said that the engine rpm rises slightly when it happens, If either of the above situations occurred (either a misfire or Traction Control intrusion) it would result in a drop in power delivery, and so there would be no increase in rpm at all, if anything a slight decrease. (traction control is able to detect wheel spin before it would be sensed as an rpm increase by the rider)I don't think that the friction plates have a problem.Sounds that the tire loses traction and the TC did its job.I wouldn't buy anything..Sounds normal to me,but this is only my thought...
Because a hard upshift in 2nd might happen at 55 to 65 miles per hour but the same upshift in 3rd would be about 85 to 90 miles per hour, which not everyone is going to do on the street. Most of us, even in a hard pull through the gears, will shift shorter with higher speed, just to keep from running out of room to ride safely.If the friction plates are worn out,or and the metal plates,or and the spring,why doesn't it in the 3th,4th,5th..?
I believe if you are in 3rd or 4th with relatively low rpms if there is a problem in the clutch plates when you open hard and fast the throttle you will feel the clutch slippage.Because a hard upshift in 2nd might happen at 55 to 65 miles per hour but the same upshift in 3rd would be about 85 to 90 miles per hour, which not everyone is going to do on the street. Most of us, even in a hard pull through the gears, will shift shorter with higher speed, just to keep from running out of room to ride safely.If the friction plates are worn out,or and the metal plates,or and the spring,why doesn't it in the 3th,4th,5th..?
Mostly, though, the gap from first to second, the change in ratio, is the biggest of any of the other shifts, i.e. the biggest RPM drop after the shift.
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