AlumL98 (DynoRun.004) vs AFR190 (DynoRun.012)

  Alum L98 AFR190     Alum L98 AFR190  
RPM Torque Torque     HP HP  
3700 336.5 351 14.5   243.5 253.9 10.4
3800 334.4 352.1 17.7   248.3 261.4 13.1
3900 333.2 347.2 14   253.8 264.4 10.6
4000 330.8 350.7 19.9   258.2 273.7 15.5
4100 327.5 346.9 19.4   261.9 277.4 15.5
4200 324.1 343.6 19.5   265.3 281.3 16
4300 319.7 339.3 19.6   267.8 284.2 16.4
4400 315.7 335.8 20.1   270.5 287.7 17.2
4500 310.3 332.1 21.8   271.8 290.9 19.1
4600 304.2 324.5 20.3   272.3 290.4 18.1
4700 298.7 317.1 18.4   273 289.8 16.8
4800 292.2 310.8 18.6   272.6 290 17.4
4900 285.2 303.6 18.4   271.5 289 17.5
5000 278.7 293.3 14.6   270.6 284.8 14.2
5100 273.1 281.4 8.3   270.4 278.6 8.2
5200 265.7 279.2 13.5   268.1 281.8 13.7
5300 259.7 274.3 14.6   267 282 15
5400 252.9 269.6 16.7   264.8 282.3 17.5
5500 246.7 265.9 19.2   263 283.5 20.5
5600 240.9 264.1 23.2   261.4 286.6 25.2
5700 235.8 259.5 23.7   260.4 286.6 26.2
5800 231.8 251.8 20   260.4 282.8 22.4
5900 227.2 243.4 16.2   259.6 278.1 18.5



L98 (TPI (DynoRun.004) vs MiniRam (DynoRun.007)) vs AFR-TPI (DynoRun.012)




ALDL Data from Best AFR Dyno Run (DynoRun.012)

May 1, 2001 - A post-mortum of the gaskets during an intake swap, showed that they weren't sealed properly, and sucking alot of oil into the combustion chambers. This would account for all the knock and erratic dyno numbers..

Last Updated on 4/24/01
By Mike Davis