correct me if i am wrong, but wouldnt an ix with 4.10's be able to put more torque to the front wheels if the backs were slipping and visa versa?
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Torque split is preset but sun gears in the t-case, and remains the same no matter what final drive ratios are.
Everyone mis-understands thinking/reading that the torque changes ,it does not, only thing that changes is lockup via the viscous coupling . Torque split is always 60/40 as set by the sun gears
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88 E30M3 X2
89 325IX
92 R100GS/PD
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Originally posted by 2002tiiguy View Postbut, lets say the viscous coupling can transmit 150 ft lbs of torque, thats 150 ft lbs to either the front or rear, multiplied by the differential ratio, therefore the 4.10 ratio differential would have more torque available correct?
Are you going to enter a FWD racing class?
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the VC doesn't really "transmit" torque. It essentially locks the front/rear output shaft speeds together so that one end can't spin faster than the other end. it's not possible for more torque to be sent to one end or the other than what the planetary gears are set to.
But yes, whatever the 40% split to the front ends up being, having a higher multiplication from the 4.10 will result in more being put down. Personally, I'm a fan of shorter gears and a higher redline..
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Originally posted by nando View Postthe VC doesn't really "transmit" torque. It essentially locks the front/rear output shaft speeds together so that one end can't spin faster than the other end. it's not possible for more torque to be sent to one end or the other than what the planetary gears are set to.
But yes, whatever the 40% split to the front ends up being, having a higher multiplication from the 4.10 will result in more being put down. Personally, I'm a fan of shorter gears and a higher redline..
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Originally posted by nando View Postthe VC doesn't really "transmit" torque. It essentially locks the front/rear output shaft speeds together so that one end can't spin faster than the other end. it's not possible for more torque to be sent to one end or the other than what the planetary gears are set to.
Example: If the rear tires were on ice and had zero traction while the front tires were on dry pavement... the rear tires will start to spin while the front tires won't. This will create a speed difference across the VC which causes it to transmit torque from the rear output of the T-case up to the front output.
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Originally posted by nando View Postthe VC doesn't really "transmit" torque. It essentially locks the front/rear output shaft speeds together so that one end can't spin faster than the other end. it's not possible for more torque to be sent to one end or the other than what the planetary gears are set to.
But yes, whatever the 40% split to the front ends up being, having a higher multiplication from the 4.10 will result in more being put down. Personally, I'm a fan of shorter gears and a higher redline..
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Originally posted by 2002tiiguy View Post^^ this is what i was talking about, actual numbers, not percentages and personally i am as well, but i already have one screamer 74 2002tii 70mph @4k approx
40% is only relevant when the rear wheels have traction.
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