98mstanggt said:
LOL I thought mind u spreading a lil knowledge in my thread plus a stall is kinda my next install so I need 2 know as much as possible but I always thought stalls that high was for Drag cars or something...... And higher stall affect gas or anything
You have torque converter lockup in gear's 3 and 4. So the stall speed isn't noticeable, say for instance, you are cruising at 45 mph on a city street in 3rd, obviously you are not at 4000 rpms, BUT the beauty of a modern trans is that it will lock the converter at a cruise, effectively neutralizing the stall speed, you'll be at 2400 or whatever you cruise at normally. That said, city mileage will still suffer a bit, probably 3-4 mpg, hwy mileage should remain the same, assuming you are not an on and off the gas driver, in which case the converter would lock and unlock repeatedly.
The reason for the higher stall, and higher than what most people are used to (like your local shop, hot rod guy, dad, etc), is that you have a mid weight car with a small cube engine. With little cubes, the only ways to go fast are boost it, spray it, or spin it. You have chosen to spin it, but you can't make that 300 rwhp acrossed the rpm range, you've chosen fairly large duration cams, which again, lend themselves to rpm, not low end grunt.
Basically you need to get the car up to about 4500 rpm before it really start's to move out, whereas Justin, for example, only needs to get up to about 3500 before he scoots off. So you can either leave it stock, in the gearing, and the converter, and just have a sluggish dog that takes off like you hit the nauzzzz button at 4500, or, you make changes to hide the car's lack of bottom end. Use it's strengths and cover the weaknesses. With a 4.10-4.30 gear in your car and 4k converter, it will hit just below where your powerband really starts so quick, no one will ever know it makes less power than stock below 3500, lol.