This info was compiled by member oosacker.
Initial determines how quickly the lock comes in when power is applied to the axles. If a car with front wheel-drive under-steers while accelerating out of a low-speed turn, decrease the front setting. Too high a setting in the rear diff is noticeable by over-steer when accelerating out of a low-speed turn.
Acceleration determines the balance of axle lock when power is applied. Too high a setting on the rear will induce over steer exiting high-speed corners. Too high on the front will induce understeer exiting the same corners.
Deceleration adjustment will ensure both drive-axles resist rotation equally. It is most effective in controlling high torque, rear wheel drive cars when entering a tight corner from high speed.
LSD can be difficult to set up. So I will help.
This is for Front wheel drive cars only.
entering low-speed corners:
---------------------------------------
Problem: Underseer
Solution:
Initial: low
Accel: --
Decel: low
Problem: Oversteer
Solution:
Initial: high
Accel: --
Decel: high
exiting low-speed corners:
---------------------------------------
Problem: Underseer
Solution:
Initial: high
Accel: high
Decel: --
Problem: Oversteer
Solution:
Initial: low
Accel: low
Decel: --
entering med/high-speed corners:
---------------------------------------
Problem: Underseer
Solution:
Initial: low
Accel: --
Decel: low
Problem: Oversteer
Solution:
Initial: high
Accel: --
Decel: high
exiting med/high speed corners:
---------------------------------------
Problem: Underseer
Solution:
Initial: high
Accel: high
Decel: --
Problem: Oversteer
Solution:
Initial: low
Accel: low
Decel: --
Initial determines how quickly the lock comes in when power is applied to the axles. If a car with front wheel-drive under-steers while accelerating out of a low-speed turn, decrease the front setting. Too high a setting in the rear diff is noticeable by over-steer when accelerating out of a low-speed turn.
Acceleration determines the balance of axle lock when power is applied. Too high a setting on the rear will induce over steer exiting high-speed corners. Too high on the front will induce understeer exiting the same corners.
Deceleration adjustment will ensure both drive-axles resist rotation equally. It is most effective in controlling high torque, rear wheel drive cars when entering a tight corner from high speed.
LSD can be difficult to set up. So I will help.
This is for Front wheel drive cars only.
entering low-speed corners:
---------------------------------------
Problem: Underseer
Solution:
Initial: low
Accel: --
Decel: low
Problem: Oversteer
Solution:
Initial: high
Accel: --
Decel: high
exiting low-speed corners:
---------------------------------------
Problem: Underseer
Solution:
Initial: high
Accel: high
Decel: --
Problem: Oversteer
Solution:
Initial: low
Accel: low
Decel: --
entering med/high-speed corners:
---------------------------------------
Problem: Underseer
Solution:
Initial: low
Accel: --
Decel: low
Problem: Oversteer
Solution:
Initial: high
Accel: --
Decel: high
exiting med/high speed corners:
---------------------------------------
Problem: Underseer
Solution:
Initial: high
Accel: high
Decel: --
Problem: Oversteer
Solution:
Initial: low
Accel: low
Decel: --