<BLOCKQUOTE><font size="1" face="Verdana, Arial">quote:</font><HR>Originally posted by Miles B:
Paolo.. no, torque and power are related by RPM. Increase one, the other increases by the same proportion. Think of power as engine-speed-corrected-torque. Ie, produce the same torque at 3000RPM and 6000RPM, and you have double the power at 6000. Double your torque at any engine speed = double the power at that engine speed. You can derive the torque graph from the power graph, given the RPM and a constant for each gear (should be possible from the road speed I guess). I think the dynojets measure the torque and derive the power from it. Or the other way round.. both are just as easy.
John, congrats on the numbers..!! What's next? Bottom end too? Next stop, MVP Supra ey? **** I gotta say that thing is amazing... 3L, 1200 RWHP 8.98 no NOS. Still, the Viper has 8L - you should be able to get there with some bottom end work. Just hope those push rods don't snap :S
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Miles, I understand exactly what you are saying but I think you misunderstood my question. I have seen dyno sheets where Scott Sutker(Too Fast Nitrous) put on a 150 shot. He gained 130 RWHP AND he gained 260 RW LBS/FT. This is why I am curious to see why the 70 shot of nitrous did not yield at least an additional 115 RW LBS/FT. Or maybe it did... This is why I asked to see the dyno sheets before and after the nitrous. Also, I, along with most other members on this board am accustomed to seeing the dyno sheets with HP & Torque based on RPM. This format would make it easier for me to quantify the gains of the turbo/nitrous compared to my stock motor. I am sure I am not the only one seeking this type of information in the calculation of the next/best mod for the car. Paolo