vibration from 2500-2800 rpm
#11
#12
#14
Cruising at less than 3000rpm will often result in vibration / lugging. Plus, the throttle is much more responsive at 3500-5000 than it is at 2500 so if you suddenly find yourself needing to giddy up in a hurry, you will have a lot better luck if you are cruising above 3000 than if you are below 3000. For those reasons I never cruise at less than 3000.
#15
Bull. (At least, as far as lugging is concerned. All engines have some harmonic points that cause extra vibration, but that's not the same as lugging.)
When I'm just puttering about I upshift at 3,000 RPM and that doesn't lug a damn thing.
If it was a 100 degree day and I was going up a 10% grade with a 150 pound passenger on the back I might want to keep the revs above 3,000, but for just cruising on level ground she'll be just fine even at 2,300 RPM.
When I'm just puttering about I upshift at 3,000 RPM and that doesn't lug a damn thing.
If it was a 100 degree day and I was going up a 10% grade with a 150 pound passenger on the back I might want to keep the revs above 3,000, but for just cruising on level ground she'll be just fine even at 2,300 RPM.
#16
Bull. (At least, as far as lugging is concerned. All engines have some harmonic points that cause extra vibration, but that's not the same as lugging.)
When I'm just puttering about I upshift at 3,000 RPM and that doesn't lug a damn thing.
If it was a 100 degree day and I was going up a 10% grade with a 150 pound passenger on the back I might want to keep the revs above 3,000, but for just cruising on level ground she'll be just fine even at 2,300 RPM.
When I'm just puttering about I upshift at 3,000 RPM and that doesn't lug a damn thing.
If it was a 100 degree day and I was going up a 10% grade with a 150 pound passenger on the back I might want to keep the revs above 3,000, but for just cruising on level ground she'll be just fine even at 2,300 RPM.
#17
Bull. (At least, as far as lugging is concerned. All engines have some harmonic points that cause extra vibration, but that's not the same as lugging.)
When I'm just puttering about I upshift at 3,000 RPM and that doesn't lug a damn thing.
If it was a 100 degree day and I was going up a 10% grade with a 150 pound passenger on the back I might want to keep the revs above 3,000, but for just cruising on level ground she'll be just fine even at 2,300 RPM.
When I'm just puttering about I upshift at 3,000 RPM and that doesn't lug a damn thing.
If it was a 100 degree day and I was going up a 10% grade with a 150 pound passenger on the back I might want to keep the revs above 3,000, but for just cruising on level ground she'll be just fine even at 2,300 RPM.
Have fun with that!
#19
I have. Again and again and again.
But I'll post the video of perfectly fine up-shifts at 3,000 RPM for a third or fourth time.
The audio is clear that there's no lugging, and you can easily see the RPM dropping to 2,200-2,300 after each shift. The bike does just fine.
But I'll post the video of perfectly fine up-shifts at 3,000 RPM for a third or fourth time.
The audio is clear that there's no lugging, and you can easily see the RPM dropping to 2,200-2,300 after each shift. The bike does just fine.
#20
I have. Again and again and again.
But I'll post the video of perfectly fine up-shifts at 3,000 RPM for a third or fourth time.
Shifting Example - YouTube
The audio is clear that there's no lugging, and you can easily see the RPM dropping to 2,200-2,300 after each shift. The bike does just fine.
But I'll post the video of perfectly fine up-shifts at 3,000 RPM for a third or fourth time.
Shifting Example - YouTube
The audio is clear that there's no lugging, and you can easily see the RPM dropping to 2,200-2,300 after each shift. The bike does just fine.