Front Wheel Alignment |
When using a commercially available computerized wheel
alignment equipment to inspect the front wheel alignment, always
position the vehicle on a level surface with the front wheels facing
straight ahead.
Prior to inspection, make sure that the front suspension and
steering system are in normal operating condition and that the tires are
inflated to the specified pressure. |
B - A > 0: Toe in
B - A < 0: Toe out |
1. |
Loosen the tie rod end lock nut. |
2. |
Remove the bellows clip to prevent the bellows from being twisted. |
3. |
Adjust the toe by screwing or unscrewing the tie rod (A). Toe
adjustment should be made by turning the right and left tie rods by the
same amount.
|
4. |
When completing the toe adjustment, install the bellows clip and tighten the tie rod end lock nut to specified torque.
|
Camber angle :
LH : -0.5°± 0.5
RH : -0.8°± 0.5° |
Caster angle : 4.38°±0.5° |
Rear Wheel Alignment |
When using a commercially available computerized wheel
alignment equipment to inspect the rear wheel alignment, always position
the vehicle on a level surface.
Prior to inspection, make sure that the rear suspension
system is in normal operating condition and that the tires are inflated
to the specified pressure. |
B - A > 0: Toe in
B - A < 0: Toe out |
1. |
Loosen the nut holding the assist arm cam bolt (A). |
2. |
Adjust rear toe by turning the rear assist arm cam bolt (A)
clockwise or counter clockwise. Toe adjustment should be made by turning
the right and left cam bolt by the same amount.
|
3. |
When completing the toe adjustment, tighten the nut to specified torque.
|
1. |
Loosen the nut holding the rear lower arm cam bolt (A). |
2. |
Adjust rear camber by turning the rear lower arm cam bolt (A)
clockwise or counter clockwise. Rear camber adjustment should be made
by turning the right and left cam bolt by the same amount.
|
3. |
When completing the rear camber adjustment, tighten the nut to specified torque.
|
Description and Operation
Description
Automatic transaxle system relies on various measurement data
to determine the current control status and extrapolate the necessary
compensation values. These values are used to con ...
Active ECO operation
Active ECO helps improve fuel efficiency by controlling certain engine and transaxle
system operating parameters. Fuel efficiency depends on the driver's driving habit
and road condition.
Wh ...
MTS Antenna Components and Components Location
Components
...