Previously: Correct, LC sensor in LCR housing, LCR housing is 16% larger. 219 x 16% = 35. 219 + 35 = 254g/s.
254 x 1.25 = 317.5bhp. (
car made 317.3bhp on the Wallace dyno with wavy boost)
Now, new peak airflow log done today: 236.53g/s running 1.7 BAR of boost and slightly less timing advance at 5.25 degrees (
previously ran 6 degrees)
236.53 x 16% = 37.84. 236.53 + 37.84 = 274.38.
274.38 x 1.25 = 342.97bhp, call it 343bhp!
Boost is much more stable with the Forge UNOS, holds 1.7 BAR well and drops to 1.5 BAR at the redline. If that bhp is correct then I'm very happy, calculation was bang on before.
This is with new Forge intercooler, JBS manifold, Fluidampr crank pulley and Forge UNOS boost controller, running 1.7 BAR of boost and 5.25 degrees of advanced timing with WMI. Also not forgetting the porting and polishing work I did to the cylinder head which should
help pull more air in too.