Monster Power Performance Bolt-on TWIN TURBO Dyno #\'s
As reported by Paolo Castellano.....
"We got the car to the dyno today and were pleased that Larry @ Sound Performance was able to squeeze us in today as he was busy getting some cars done and taking care of business to go out of town!
This power you are about to see is with the smallest turbos we will be offering with our bolt-on system.
It is an .81AR T-04 turbine housing with a 58mm compressor wheel on the inducer side.
We ran 5.75 PSI on a stock motor (except for roller rockers) through a 3" rear exhaust.
I will post the RWHP before the RWTQ for Chad: 744 RWTQ and 648 RWHP(Oops!)
Larry put in only 15 degrees of timing at the torque peak and ramped it up from there to no more than 20 degrees by the upper RPM range.
With a voltage booster on the stock fuel system, the air to fuel ratio was a steady 11.3:1.
We saw no hint of running out of fuel at this power level.
The air inlet temperatures were about 102 degrees.
What I really like about this dyno graph is:
1. The area under the curve.
2. The slope of the curve, they are very gradual and should make for very nice driveability.
3. We had 660+ RWTQ @ 3000 RPM and still had 593 RWTQ @ 5700 RPM.
4. From 3000 RPM to 5700, we had 581 AVERAGE RWHP and 690 AVERAGE RWTQ
5. The RWHP is pretty constant from 4600-5700 RPM
6. The RWTQ is fairly constant from 3600-4600 RPM
Well here is the graph, Enjoy!"
As reported by Paolo Castellano.....
"We got the car to the dyno today and were pleased that Larry @ Sound Performance was able to squeeze us in today as he was busy getting some cars done and taking care of business to go out of town!
This power you are about to see is with the smallest turbos we will be offering with our bolt-on system.
It is an .81AR T-04 turbine housing with a 58mm compressor wheel on the inducer side.
We ran 5.75 PSI on a stock motor (except for roller rockers) through a 3" rear exhaust.
I will post the RWHP before the RWTQ for Chad: 744 RWTQ and 648 RWHP(Oops!)
Larry put in only 15 degrees of timing at the torque peak and ramped it up from there to no more than 20 degrees by the upper RPM range.
With a voltage booster on the stock fuel system, the air to fuel ratio was a steady 11.3:1.
We saw no hint of running out of fuel at this power level.
The air inlet temperatures were about 102 degrees.
What I really like about this dyno graph is:
1. The area under the curve.
2. The slope of the curve, they are very gradual and should make for very nice driveability.
3. We had 660+ RWTQ @ 3000 RPM and still had 593 RWTQ @ 5700 RPM.
4. From 3000 RPM to 5700, we had 581 AVERAGE RWHP and 690 AVERAGE RWTQ
5. The RWHP is pretty constant from 4600-5700 RPM
6. The RWTQ is fairly constant from 3600-4600 RPM
Well here is the graph, Enjoy!"