QUOTE(r_towle @ Oct 14 2011, 11:09 AM)
So, do tell.
What is the combo that puts that out at the wheels.
And how high in the RPM's do you need to go to see that?
Rich
Built a 2.4 with "nickies" that ended up with a billet Scat crank and rods, J&E pistons, Len Hoffman heads (Pauter roller rockers), ceramic lifters, web cam. Raby specified the internals, i.e., the type of rods, bearings, crank, cam, lifters and heads. He also supplied the components. Paul Sauer built the motor, including all the special machining on the rods to clear the cam, in a blue printed 1.7 case and also specified and assembled everything outside including the external oiling system, fuel injection, linkage, all the filters (oil and gas), fuel system (75 psi) and electronics and all the other “stuff” that goes into a performance engine. Neal Harvey and Roger Crawford did the initial dyno work using a Link ECU.
We went through two stages. The first being the initial dyno mapping up to 6100 RPM’s where we experienced valve float due to incorrect valve springs. The second stage was after we pulled the heads and sent them back to Len Hoffman to install dual valve springs. After the second stage we did a chassis dyno run with Vic Sais completing the fuel map. Vic got 175 hp at the rear wheel and the same amount of torque. The engine now twists to 7,000 before significant roll over, I run it to 6,500 before I employ the Link rev limiter. The engine runs VP race fuel. Maximum torque shows up at five grand, but it pulls like crazy from 3000.