Possibly getting an MS3 cam
Some people are more tolerant of larger cams then others so you will get mixed opinions. I am just stating what seems to be the general consensus for the LS1 over the last 19yrs. Not really a new topic here and a search would pull up hours of reading material.
Some people are more tolerant of larger cams then others so you will get mixed opinions. I am just stating what seems to be the general consensus for the LS1 over the last 19yrs. Not really a new topic here and a search would pull up hours of reading material.
Some people are more tolerant of larger cams then others so you will get mixed opinions. I am just stating what seems to be the general consensus for the LS1 over the last 19yrs. Not really a new topic here and a search would pull up hours of reading material.
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for 500 whp you need a killer set of heads, ported fast intake, light weight valve train, true dual exhaust with 1 7/8 headers, EWP, UDP, very efficient drive train...etc.
460-480whp would still take all of this plus a mild cam shaft instead of the MS3.
You might hit 430-440 on a generous dyno cam only with a ported fast and TD exhaust.
for 500 whp you need a killer set of heads, ported fast intake, light weight valve train, true dual exhaust with 1 7/8 headers, EWP, UDP, very efficient drive train...etc.
460-480whp would still take all of this plus a mild cam shaft instead of the MS3.
You might hit 430-440 on a generous dyno cam only with a ported fast and TD exhaust.
Checkout texas speed stage 1 dyno sheet here:
http://www.texas-speed.com/images/media/225230.jpg
Stage 3 dyno sheet here:
http://www.texas-speed.com/images/me...Cam231.236.jpg
Stage 1 cam is a 225/230 112LSA which means 3.5 degrees crank overlap
Stage 3 cam is a 231/236 111LSA which means 11.5 degress crank overlap
Stage 1 makes 560hp, stage 2 makes 569hp. So 9hp difference peak.
Now look at the low end of things The stage 1 cam makes a minimum of 10-20hp more than the stock LS3 cam from 2200 RPM up. At 4500rpm and up it makes up to 80hp more than stock.
Time for the stage 3 cam. It makes nearly stock power until 4500rpm or so.
The torque curves tell the same story.
Ultimately the 225/230 on a 111LSA is what I chose. The small 225/230 will be much more driveable and make MORE POWER than the big cam under 4500RPM. Considering I problably will shift this thing around 6000RPM at the track, the big cam didn't look like it would do much for me. The degrees of overlap is what really did it for me. The big cam would sound a little gnarlier, but drive like garbage at low RPM.
225/230 112 still sounds great







