Grumpy,
Here is our (son & I) proposed setup. It will be in a 3300-3500#, 1956 Ford F100 pickup.
The idea is to build a good street motor (425 ish HP) with the potential to up
the power later by going to a hyd roller or juice (not more than 100 shot) if desired. It appears to be similar to Rumrumm's
build.
What do you think?
Trans: TH350, 2000-2500 stall
Rear end: Ford Explorer 8.8, 3.73 ratio, Traction Lok, 31 spline axels & 3.25" tubes
Engine:
Summit 350/383 4 bolt block, bored/honed, decked, align bored, clearanced for H beam rods.
Powerhouse Stroker Kit
Cast crank
5.7" I beam rods, with ARP bolts
KB hypereutectic pistons, 1.433 comp ht.
Pressed pins
Moly rings
Elgin E-920-P cam (Identical to Lunati Bracket Master II, # 00010) 292/292, 230/230, .480/.480,
LSA 109, 2* ground in, 74* overlap. The CC 280 is on a 110 LSA with 60* overlap
Chose a single pattern cam due to the better than average (84.5% E/I average) flow of the heads on
the exhaust side
Powerhouse/Avenger aluminum heads 190cc, 64cc chmbr, angle plug
.100 - 64/61, .200 - 128/115, .300 - 181/150, .400 - 227/190, .500 - 260/209, .600 - 277/227
The heads do not flow quite as good as the AFR 190 on intake at .300 & .400 (14 & 13cfm, respectively less) but flow better
on exhaust (7 - 19 cfm) across the board.
Plan on doing a minor bowl blend and polish up chambers and piston tops
Quench will be .043" to .045", CR: Static 10.7:1, Dynamic 8.1:1
Powerhouse SS, Rocker arms, full roller 1.5
Summit Street/Strip billet distributor w/vacuum adv., w/Summit Street/Strip coil and MSD 6AL
Accel adjustable vac adv, to allow for 32-36* total with vac adv adj for 52* at light cruise
Professional Products aluminum (airgap) dual plane intake manifold
Holley 3310-2, 750cfm, vac secondaries
Headers, 1-5/8" hugger type to fit engine bay
Here is our (son & I) proposed setup. It will be in a 3300-3500#, 1956 Ford F100 pickup.
The idea is to build a good street motor (425 ish HP) with the potential to up
the power later by going to a hyd roller or juice (not more than 100 shot) if desired. It appears to be similar to Rumrumm's
build.
What do you think?
Trans: TH350, 2000-2500 stall
Rear end: Ford Explorer 8.8, 3.73 ratio, Traction Lok, 31 spline axels & 3.25" tubes
Engine:
Summit 350/383 4 bolt block, bored/honed, decked, align bored, clearanced for H beam rods.
Powerhouse Stroker Kit
Cast crank
5.7" I beam rods, with ARP bolts
KB hypereutectic pistons, 1.433 comp ht.
Pressed pins
Moly rings
Elgin E-920-P cam (Identical to Lunati Bracket Master II, # 00010) 292/292, 230/230, .480/.480,
LSA 109, 2* ground in, 74* overlap. The CC 280 is on a 110 LSA with 60* overlap
Chose a single pattern cam due to the better than average (84.5% E/I average) flow of the heads on
the exhaust side
Powerhouse/Avenger aluminum heads 190cc, 64cc chmbr, angle plug
.100 - 64/61, .200 - 128/115, .300 - 181/150, .400 - 227/190, .500 - 260/209, .600 - 277/227
The heads do not flow quite as good as the AFR 190 on intake at .300 & .400 (14 & 13cfm, respectively less) but flow better
on exhaust (7 - 19 cfm) across the board.
Plan on doing a minor bowl blend and polish up chambers and piston tops
Quench will be .043" to .045", CR: Static 10.7:1, Dynamic 8.1:1
Powerhouse SS, Rocker arms, full roller 1.5
Summit Street/Strip billet distributor w/vacuum adv., w/Summit Street/Strip coil and MSD 6AL
Accel adjustable vac adv, to allow for 32-36* total with vac adv adj for 52* at light cruise
Professional Products aluminum (airgap) dual plane intake manifold
Holley 3310-2, 750cfm, vac secondaries
Headers, 1-5/8" hugger type to fit engine bay