So here is a link to an explanation to how different "Limited Slip" stuff works.
http://auto.howstuffworks.com/differential10.htm
The key comment on the Torsen differential is this:
" However, if one set of wheels loses traction completely, the Torsen differential will be unable to supply any torque to the other set of wheels. The bias ratio determines how much torque can be transferred, and five times zero is zero. "
Seems to me that everything is fine AS LONG AS YOU DONT STOP.
The "Clutch Type Differential" has this pertinent point to make:
" With this limited slip differential, even though the wheel on the ice is not able to transmit much torque to the ground, the other wheel will still get the torque it needs to move. The torque supplied to the wheel not on the ice is equal to the amount of torque it takes to overpower the clutches. The result is that you can move forward, although still not with the full power of your car. "
So I think this is what we all expect with a Limited Slip rear end.
http://auto.howstuffworks.com/differential10.htm
The key comment on the Torsen differential is this:
" However, if one set of wheels loses traction completely, the Torsen differential will be unable to supply any torque to the other set of wheels. The bias ratio determines how much torque can be transferred, and five times zero is zero. "
Seems to me that everything is fine AS LONG AS YOU DONT STOP.
The "Clutch Type Differential" has this pertinent point to make:
" With this limited slip differential, even though the wheel on the ice is not able to transmit much torque to the ground, the other wheel will still get the torque it needs to move. The torque supplied to the wheel not on the ice is equal to the amount of torque it takes to overpower the clutches. The result is that you can move forward, although still not with the full power of your car. "
So I think this is what we all expect with a Limited Slip rear end.
Last edited by a moderator: