Perhaps, but put a 2400 stall in a car that has a 1400 stall and it will wake it up at a stoplight. Probably from a deep slumber to REM sleep, but still, you can notice an improvement, even in a stock-ish G-body. Naturally when you start adding power via cam/headers/intake imporovments and gearing, it changes things as you go, but you can still notice a looser converter even if you do nothing else. Again, as I will always preach, build your systems to compliement each other and you will reap the benefits, gain some smiles, and ruin some back tires. And if you do it right, you can still get some decent gas mileage.the amount of desired stall in question here is such a low amount paired along side a power plant that doesn't/wouldn't even bring much to the table to push the stall.you're not going to notice a difference at the level we're talking about.a Stall converter allows the car to launch in it's torque curve to get off the line much harder than a car that has much less stall-If you have an engine that makes 500 Ft Lbs of torque at say, 4,000 RPM, and you want that car to launch as hard as it can off the line, you'll want a stall converter with about 3,800 to 4,000 RPM of stall.build their torque and power at higher RPM's, you'll understand why a higher stall converter is needed.for the hp/tq rpm ranges(smog era 200hp) we're talking about here it's almost moot.
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