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with a higher stall torque converter, i understand the difference when taking off. either stab the gas from the brake or left foot brake and load up the converter first. what about when your cruising, say 30 - 40 mph and you step on it and it down shifts, whats the benfit of the tc when rolling?
im getting a 3200 yank next week.?
thanks
don
with a higher stall torque converter, i understand the difference when taking off. either stab the gas from the brake or left foot brake and load up the converter first. what about when your cruising, say 30 - 40 mph and you step on it and it down shifts, whats the benfit of the tc when rolling?
im getting a 3200 yank next week.?
thanks
don
Assuming you have a "lock-up" converter, whatever your rpm's are when "rolling", they will immediately "flash" to the spec listed for the converter when you punch the throttle. Doing so will get your engine up in the rpm range closer to your power range and should increase acceleration.
with a higher stall torque converter, i understand the difference when taking off. either stab the gas from the brake or left foot brake and load up the converter first. what about when your cruising, say 30 - 40 mph and you step on it and it down shifts, whats the benfit of the tc when rolling?
im getting a 3200 yank next week.?
thanks
don
A good T/C (with a high enough Stall) will remove the dead spots in acceleration. Like when you go WOT at 35-40 MPH and your car can't down shift into 1st and you have to accelerate from the bottom of 2nd gear. A high stall T/C also has higher shift extensions than the stock converter, higher shift extension helps your car accelerate faster.