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I have to thank many of the folks on this Forum for advice over the last few months to help me iron out some of the EFI-specific details. Specifically, LD85, ski_dwn_it, grumpyvette, corvetteZ51racer, and 88406 have been very helpful. I hate to single out and then offend by exclusion. There are another two dozen or so folks who have helped along the way, whether they knew it or not. THANKS. :grouphug:
Well Dave, since my '87 is weeks away from coming off the street, I may be getting ready to build that motor you and I have talked about sometime soon here :D I'll probably de-cam and choke it down a bit until I sort out the chassis and suspension stuff at the track...800 crank horsepower might be a bit much to be sorting the chassis with, huh?
Yea, and the engine CorvetteZ51Racer is referring to is building a 454 small-block chevy. That's using the latest World block, which can be bored to 4.25" and will take a 4.00" bore. That's the same bore and stroke as the factory 454 big-block, but buttoned-up in a small-block.
Who would have thought metallurgical engineering would excite us so? :conehead
Yea, and the engine CorvetteZ51Racer is referring to is building a 454 small-block chevy. That's using the latest World block, which can be bored to 4.25" and will take a 4.00" bore. That's the same bore and stroke as the factory 454 big-block, but buttoned-up in a small-block.
Well, actually I was thinking of running a 4.250" bore and a 3.750" stroke to get a 427 SBC that spins like a 383. The simulation I ran with engine analyzer pro, with my cam, a set of Brodix Track 1 CNC heads, a custom intake, and 2" primary headers, I got ~790 crank horsepower, and so far, all of the engines we've spec'd on EA Pro first have come out to within a few HP on the engine dyno.