musicaldoc
Full Access Member
I need some explanations about how differentials are working on Liberty.
I'm referring to a SELEC-TRACK system with LSD rear differential. What's going on in the front shaft when 2 wheels on the same side encounter a slippery surface and start spinning?
With a QUADRA-DRIVE II system all the torque would be transferred to the wheel which has grip, even if it is only one. What about SELEC-TRACK ?
I have perfectly understood the differences between Part-time and Full-time 4WD linking or not the front and rear shafts speeds, but what's going on with left and right wheels spinning at different speeds on the cars (like Liberty) that doesn't have a Quadra-Drive II rerouting of torque ?
I'm trying to say that driving a Liberty on a road where I find ice that starts spinning the right wheels and, worst condition, both rear wheels (thus neutralising the rear LSD), what's going on with the front left wheel? Will it stay still or will it take me out of the ice (or mud or whatsoever)?
Thanks to all
I'm referring to a SELEC-TRACK system with LSD rear differential. What's going on in the front shaft when 2 wheels on the same side encounter a slippery surface and start spinning?
With a QUADRA-DRIVE II system all the torque would be transferred to the wheel which has grip, even if it is only one. What about SELEC-TRACK ?
I have perfectly understood the differences between Part-time and Full-time 4WD linking or not the front and rear shafts speeds, but what's going on with left and right wheels spinning at different speeds on the cars (like Liberty) that doesn't have a Quadra-Drive II rerouting of torque ?
I'm trying to say that driving a Liberty on a road where I find ice that starts spinning the right wheels and, worst condition, both rear wheels (thus neutralising the rear LSD), what's going on with the front left wheel? Will it stay still or will it take me out of the ice (or mud or whatsoever)?
Thanks to all