dropping out of VTEC when shifting
And my own video I made a few years ago: 
http://video.google.com/videoplay?do...68549530359473
You can see I start the shift at 56mph. That's right about 8000rpm. Next, you can see the clutch starts to engage once the engine has dropped to 7400rpm or so. The entire time the clutch is slipping, so even though the revs are dropping the car is still accelerating. It fully engages at about 63mph and 6400rpm. If I had just maintained speed rather than continued to accelerate, the clutch would have engaged at 56mph, which would be about 5800rpm, out of VTEC.

http://video.google.com/videoplay?do...68549530359473
You can see I start the shift at 56mph. That's right about 8000rpm. Next, you can see the clutch starts to engage once the engine has dropped to 7400rpm or so. The entire time the clutch is slipping, so even though the revs are dropping the car is still accelerating. It fully engages at about 63mph and 6400rpm. If I had just maintained speed rather than continued to accelerate, the clutch would have engaged at 56mph, which would be about 5800rpm, out of VTEC.
Originally Posted by JLEEzAP2' date='Mar 21 2007, 01:29 AM
If we(ap2's) drop out of vtec on our redlines shifts, then why is it that the AP1 isn't faster then the AP2?
Imagine if the AP2 could stay in VTEC the whole time? It would absolutely SMOKE the crappy 2.0L AP1 motor.






