How To Gain TQ
Engine
TSP Cam: 228/232 .588/.595 110+4 | MTI Lid | K&N w/Removed Air Silencer | P&P TB | TB Body By-Pass | Bump Stop Mod | 160 T-Stat | ASP Pulley
Exhaust (3" True Duals Under The Axel)
QTP LTs | Custom 3" O/R H Pipe | Flowmaster 1 Chamber Mufflers | GMMG Tips
With my cam, my car has no UMP to it under 3K... What can i do to gain some TQ back? Still on stock 3.42s too
Thanks
and yeah.. gears... Mine actually makes some nice TQ under 3k (I think).. But seems to flatten out for a second at 3000. Even w/ the stock cam.
You got heads?? That could be some of the issue.
and yeah.. gears... Mine actually makes some nice TQ under 3k (I think).. But seems to flatten out for a second at 3000. Even w/ the stock cam.
You got heads?? That could be some of the issue.
Trending Topics
The H pipe will out flow any y pipe set up. But i were to heads, yes i would get TSP Ls6 heads, and mill them like someone said to raise the DCR.
Keep the ideas coming
The Best V8 Stories One Small Block at Time
Engine
TSP Cam: 228/232 .588/.595 110+4 | MTI Lid | K&N w/Removed Air Silencer | P&P TB | TB Body By-Pass | Bump Stop Mod | 160 T-Stat | ASP Pulley
Exhaust (3" True Duals Under The Axel)
QTP LTs | Custom 3" O/R H Pipe | Flowmaster 1 Chamber Mufflers | GMMG Tips
With my cam, my car has no UMP to it under 3K... What can i do to gain some TQ back? Still on stock 3.42s too
Thanks
You picked up peak torque and peak hp numbers with the TSP cam evidently at the expense of sub-3000 rpm torque and drivability. This is a common thing. If you looked at the average torque from say 2200-4200 and compared that to stock you probably would see the problem.
Tell your cam designer how you want the car to perform and how you drive it. A cam could be spec'd that gave you more average torque from ~2200 up and still gave good average hp. You might be down a few ponies at peak, so bragging rights might be less, but the car could be much more fun to drive, and perhaps quicker overall.
Peak dyno numbers sell a lot of cams. More's the pity.
I'd say leave it until you get a set of heads with the best overall flow numbers and smallest runner for that flow (especially low and mid lift) and bump the compression as high as P to V will allow. I've had my cam for some time now waiting for things to be finished up and while i've been waiting i've seen several cars make good numbers hp and tq wise wise with a decent set of heads and more compression (static and dynamic).
You picked up peak torque and peak hp numbers with the TSP cam evidently at the expense of sub-3000 rpm torque and drivability. This is a common thing. If you looked at the average torque from say 2200-4200 and compared that to stock you probably would see the problem.
Tell your cam designer how you want the car to perform and how you drive it. A cam could be spec'd that gave you more average torque from ~2200 up and still gave good average hp. You might be down a few ponies at peak, so bragging rights might be less, but the car could be much more fun to drive, and perhaps quicker overall.
Peak dyno numbers sell a lot of cams. More's the pity.
As soon as the car hits 2800 RPMs hold on, cause the fvker is going. But under that no TQ at all. And the car has no drivability issues at all. with the exception of the bucking every now and then, but i learned not to be in that RPM range.
Get heads, mill them if you can with that cam.
Gears will make the car feel stronger at Low RPM's.
Why get rid of the cam?
If i get heads i will mill them.
Yes gears will be next year

Gears. As a test I'm switching from 3.42 to 3.90 in the next few weeks, so I'll let ya know.
HP/TQ from 2800 rpm's up is about as good as it gets.
Good luck..WeathermanShawn..





