Oops. no editing and no PM's (I run other forums as well so I'm not really surprised Lex - that's cool). email me [email protected]
It's accepted there is a loss through the drive train. That loss varies from 15% - 30% depending on who I ask (and it's ALWAYS different...lol). Let's take 25% as an optimistic value.
230 reaches the wheels so I would divide 230 by 75 and multiply by 100 = 306 fwkw. 306 kw = 410hp. So...
If you think there is a 25% loss through the drive line that lowers the power at the flywheel down to 306 fwkw or 380 fwhp.
If you think there is only a 20% loss through the drive line that lowers the power at the flywheel down to 287 fwkw or 380hp
If you think there could be up to a 30% loss of power through the drive line that ups the flywheel power to about 328kw or 439hp.
The pulley is 145mm crank and 56mm Blower. A 2.58 ration. With a 6,500 rpm engine redline I'll be spinning it to 16,770 rpm. Max is 14,000, real max is 16,000 and the really really real max is about 19,000 but that's only because things start to get too hot under there which is where the water injection comes in.