Don't really want to read everyone elses posts here cause I already talked for quite awhile about these numbers with Andy. Your car is going to be a LOT faster on the street the way it is dynoing. You actually have torque!....the fact that your torque peaks and drops off instead of running flat indicates you are faster then last year, making more real power.
The reason why the torque drops off now, is actually because you have a bottleneck. head or cam is usually the cause of this unless you have something else seriously wrong.
I became very acquainted with this when someone building the 4 valve version of my motor set to max out the motor on stock heads and cams (but using ethanol to maximize results). I will look for one of his dynos and you can see the engine hitting a brick wall.This only happened when he turned the power up high enough to hit that brick wall in flow.
The fact that the turbo holds boost means the turbo is not maxed out. Slap a bigger spring in man!
Casey (dsm) just went 119mph at the 1/8th on a 62mm compressor wheel at utah 4400' altitude, dyno'd over 700whp on the jet. I think you can still hit 100+mph on that turbo and hit 130 traps.
Here is the dyno I am refering too. Your current setup must have something that is not jiving with the rest. He actually tried adding cams but since the headflow was maxed, the cams just made the turbos spool slower. That was a really interesting dyno which I don't want to look for but its quite true.
The only thing he was able to do was go to a higher % of ethanol and make more torque.
Here he is on E85. See the huge difference in spool and torque (aka he makes less), but no big HP loss? The only power difference in his dynos is caused by a slightly higher content of alky (more energy per pound of air) and probably a few tenths of a degree more timing since he has more cooling in the higher ethanol content fules.
The reason why the torque drops off now, is actually because you have a bottleneck. head or cam is usually the cause of this unless you have something else seriously wrong.
I became very acquainted with this when someone building the 4 valve version of my motor set to max out the motor on stock heads and cams (but using ethanol to maximize results). I will look for one of his dynos and you can see the engine hitting a brick wall.This only happened when he turned the power up high enough to hit that brick wall in flow.
The fact that the turbo holds boost means the turbo is not maxed out. Slap a bigger spring in man!
Casey (dsm) just went 119mph at the 1/8th on a 62mm compressor wheel at utah 4400' altitude, dyno'd over 700whp on the jet. I think you can still hit 100+mph on that turbo and hit 130 traps.
Here is the dyno I am refering too. Your current setup must have something that is not jiving with the rest. He actually tried adding cams but since the headflow was maxed, the cams just made the turbos spool slower. That was a really interesting dyno which I don't want to look for but its quite true.
The only thing he was able to do was go to a higher % of ethanol and make more torque.
Here he is on E85. See the huge difference in spool and torque (aka he makes less), but no big HP loss? The only power difference in his dynos is caused by a slightly higher content of alky (more energy per pound of air) and probably a few tenths of a degree more timing since he has more cooling in the higher ethanol content fules.