Quote:
Originally Posted by S/ST 3040
The engine is +.060" 340 w/9.24:1 compression, OEM 596 castings w/1.88" IN valve, roller cam, Victor 340 manifold and Holley 950 carburetor.
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so based on this, I stated this in post #6 without knowing anything about his cam...
Quote:
Originally Posted by 1320racer
you have an engine combo that maybe makes 500+HP and 400+ ft/lbs. torque at probably around 5000 RPM.
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knowing that anybody today can put together a 1.5HP/cu.in bracket type engine with out of the box parts. Well I was wrong. The OP has somehow manage to throw this engine together using these junk heads that don't flow 200cfm and the way wrong cam he chose resulting in an engine that only makes about 1 HP/cu.in. not to mention that the 8700 RPM he's buzzing this grenade to is ~ 2500 RPM past peak HP!
As I stated previously, his current cam is about 40 degrees too big at .050 and we have no clue to how much lift or the LSA. Installing the right cam with ~40 degrees less duration at .050 will make ~ 100 more ft./lbs torque at peak and ~ 60 more HP at peak and peak RPM will be lowered by ~300. This engine will require a shift point of ~ 6200, a converter that flashes to ~ 5000 RPM and be geared to trap ~ 6800 RPM. More importantly it will accelerate his 2600 lb. bucket of bolts quicker and faster than it's current performance!