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Then look at the "baby" cams Lingenfelter 211/219 Crane 210/224 could maybe go as big as a GMPP 846. Too go bigger than those I would want too see a compression increase to offset lowend losses.
Then look at the "baby" cams Lingenfelter 211/219 Crane 210/224 could maybe go as big as a GMPP 846. Too go bigger than those I would want too see a compression increase to offset lowend losses.
--Alan
If you want to make the classic overcamming mistake go for it but you should already know why when it does not perform.
Yes you hear people complain of not enough cam but consider A LOT of the folks on this site are inexperianced kids and it is likely a mismatch of parts causing their car too be slow.
Then look at the more experianced guys like Ellis, Alan, and myself just to name a few and we all like the "baby" cams based on RESULTS even if we have moved up too something bigger these days we just know how too make that work too.
KNown a few local f-body guys who went 230+ in the intake on stock head stock shortblock cars, one sold the car shortly thereafter and the other became a garage queen both ended up regretting the big cams because they did not have the compression and porting too support them. Both were M6 4.10 cars.
and www.thunderracing.com is another good place to buy your parts from, theyve been very helpfull for me. great customer service, and quick shipping times.
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If you want to make the classic overcamming mistake go for it but you should already know why when it does not perform.
Yes you hear people complain of not enough cam but consider A LOT of the folks on this site are inexperianced kids and it is likely a mismatch of parts causing their car too be slow.
Then look at the more experianced guys like Ellis, Alan, and myself just to name a few and we all like the "baby" cams based on RESULTS even if we have moved up too something bigger these days we just know how too make that work too.
KNown a few local f-body guys who went 230+ in the intake on stock head stock shortblock cars, one sold the car shortly thereafter and the other became a garage queen both ended up regretting the big cams because they did not have the compression and porting too support them. Both were M6 4.10 cars.
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Think everyone will agree it puts down more than the 360/360 your friend's car made too.
My car went 13.2 with 3.42s and 2800 stall at at over 4200lbs race weight on 87 octane with stock iron heads and 1.5 rockers with the old ZZ4 cam 208/221 .474/.510, was my only car at the time which meant 20+K a year and wisconsin winters. That motor in an f-body would have easily matched your 12.9.
1. Comp Cams 224/230, .503"/.510", 112 LSA (Lift is With 1.5:1 Rocker Ratio
2. Comp Cams "305" Camshaft: 220/230, .510"/.510", 114 LSA (Lift is With 1.5:1 Rocker Ratio)
3. Comp Cams XFI LT1 Camshaft, 230 / 236, .576 / .570 113 LSA,
Just cant make up my mind!
1. Comp Cams 224/230, .503"/.510", 112 LSA (Lift is With 1.5:1 Rocker Ratio
2. Comp Cams "305" Camshaft: 220/230, .510"/.510", 114 LSA (Lift is With 1.5:1 Rocker Ratio)
3. Comp Cams XFI LT1 Camshaft, 230 / 236, .576 / .570 113 LSA,
Just cant make up my mind!
This is not an LS1 where talking about here.
You want to have the correct cam for your application, not the biggest.
Also, Longtube headers paired with a cam work wonders, you should look into that.
Then, after those things, stall it.


