700 miles, bike more powerful??
#1
700 miles, bike more powerful??
Now that I have more then 700 miles on the bike, it seems to me like its pulling more powerfully, and I have made no modifications so far what so ever. I think I remember reading something like engines do this after they break in, so I can only conclude that its right. Maybe its just in my head, but on the highway Im able to keep the speeds up longer, and it accelerates faster? Am I just LOCO!!
#2
RE: 700 miles, bike more powerful??
Nope! Your as normal as the rest of us!
The ring pack and valves will seal up or "seat" after some run time. The type of time ( break-in schedule) will always be under debate. At any rate the little engine is doing exactly what it should! This is good news for all of us.
The ring pack and valves will seal up or "seat" after some run time. The type of time ( break-in schedule) will always be under debate. At any rate the little engine is doing exactly what it should! This is good news for all of us.
#3
RE: 700 miles, bike more powerful??
Well, I have not been going by the break in procedure listed by Kawasaki. Sorry, I would have gotten killed on the street if I stayed under 4,000 RPMs. But I have not been reving the hell out of it either. I have just been doing what I need to do to get where I'm going. But at about 650 Miles I pretty much started to notice things were more powerful then before. Now as in how much powerful, I don't really know, but its noticable to me.
#4
RE: 700 miles, bike more powerful??
The factory break-in schedules are VERY conservative for many reasons, mostly CYA!
Many of us belive to drive it as your going to ride it, justa s your doing which is proving to be a good thing.
Basicly all of the high spots (peaks/valleys) of the honing profile and the bearing surfaces are are being flatened or rolled over. All in all creating a better seal w/less friction.
Unfortunaltey this cannot be seen easily by looking at the parts and were talking 10th's of microns. It can be only be accuratley measured with a surface trace using a profilometer aa or optical capritor.
Many of us belive to drive it as your going to ride it, justa s your doing which is proving to be a good thing.
Basicly all of the high spots (peaks/valleys) of the honing profile and the bearing surfaces are are being flatened or rolled over. All in all creating a better seal w/less friction.
Unfortunaltey this cannot be seen easily by looking at the parts and were talking 10th's of microns. It can be only be accuratley measured with a surface trace using a profilometer aa or optical capritor.
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