Wrightster, I guess getting extra power is not the only reason I am building the engine. The other reasons are:
1: Self satisfaction of stripping an engine, understanding its nuances in detail, selecting which parts to replace/upgrade, fabrication and then having the pride (hopefully!) if it works.
2: The new build will extend the rev range a lot, which is quite a benefit when you only have 5 gears to stir...
3: I love ground up thinking, using first principles (such as basic physics and logic) to analyse and experiment and this is a great project to do such a thing...
Having said all that though, its easy to use 300 BHP on the road in my car in the dry. To demonstrate this fact, I can only really wheel spin the car on good tarmac in first gear, once in second gear the car only squirms a bit. This is less wheelspin than an average reps FWD road car, thus implying that my car is underpowered traction-wise in comparisson. I regularily find myself reving up to the full powerband on a dry day, and wanting quite a lot more, particularily on straights and mild curves where I don't really feel pinned to the seat. Anyway, tuning to approx 430 BHP is only a little bit more really, big power 2 Ltr UK cars these days are running round with 500 to 700 BHP and in the States its moderately common to run 1000 to 1500 BHP (out of V8s admittedly), though having said that humble (yet amazing) X20XEVs have been tuned to 1400 BHP on methanol too.
Edited by Nev, 29 November 2009 - 06:45 PM.