Greetings all,
First off, I'd like to thank Ben Davis for providing the space, since my other account is a bit screwy right now...
Yesterday, I ran my '91 SE-R on a dyno. Here's my list of modificiations:
-Cone filter ("POP" Charger)
-HotShot 3rd Generation Header
-Catco high-flow catalytic converter
-Bosal mid-pipe (~1 7/8 ID, stock replacement)
-Flowmaster 50-series 3-chamber muffler, dual 2" outlet (very loud)
-Jim Wolf Technology S4 Cams
-Jim Wolf Technology ECU (not the S3/S4 cam program)
-Timing at 15° BTDC
The chart can be found here:
http://laf.cioe.com/~benbobbo/Slow_SE-R_Dyno1.jpg
I'm quite surprised at the results. I expected much less. Anyhow, as you can see, my peak torque is a bit low, but I'd expect that with low compression on two cylinders. Regardless, the torque curve is quite flat from ~4500-6800 RPM, then it falls off fast. Still, I think there's enough torque just before the fuel cut to justify making 7750 RPM a valid shift point at the drag strip (although my results so far don't support this theory, hehe.)
There's probably a bit more power left. For example, I'm still using the "standard" ECU, and I don't have cold-air intake. Also, for those who have good compression, there's a possibility that even more power can be gained.
Questions? Comments? Doubts (I'm still surprised, heh)?
First off, I'd like to thank Ben Davis for providing the space, since my other account is a bit screwy right now...
Yesterday, I ran my '91 SE-R on a dyno. Here's my list of modificiations:
-Cone filter ("POP" Charger)
-HotShot 3rd Generation Header
-Catco high-flow catalytic converter
-Bosal mid-pipe (~1 7/8 ID, stock replacement)
-Flowmaster 50-series 3-chamber muffler, dual 2" outlet (very loud)
-Jim Wolf Technology S4 Cams
-Jim Wolf Technology ECU (not the S3/S4 cam program)
-Timing at 15° BTDC
The chart can be found here:
http://laf.cioe.com/~benbobbo/Slow_SE-R_Dyno1.jpg
I'm quite surprised at the results. I expected much less. Anyhow, as you can see, my peak torque is a bit low, but I'd expect that with low compression on two cylinders. Regardless, the torque curve is quite flat from ~4500-6800 RPM, then it falls off fast. Still, I think there's enough torque just before the fuel cut to justify making 7750 RPM a valid shift point at the drag strip (although my results so far don't support this theory, hehe.)
There's probably a bit more power left. For example, I'm still using the "standard" ECU, and I don't have cold-air intake. Also, for those who have good compression, there's a possibility that even more power can be gained.
Questions? Comments? Doubts (I'm still surprised, heh)?