2006 MITSUBISHI LANCER Condition

CROSSMEMBER
POWER PLANT MOUNT32-8
INSTALLATION SERVICE POINTS
>>A<< ENGINE FRONT ROLL STOPPER
BRACKET INSTALLATION
AC005918Front of vehicleHoleAC
Inst
all th e en gine fron t roll stop per b r acket so that it s
hole
point s towards the fro n t side of the vehicle.
>>B<< ENGINE MOUNTING CUSHION
ST
OPPER INST ALLA TION <4G6>
AC304315ABFront of vehicle
Hole Engine mounting
cushion stopper
Inst
all the e ngin e mo untin g cushio n sto pper a s
shown.
CROSSMEMBER
REMOVA L AND INST ALLA TIONM13210032 0036 8
CAUTION
•Before removing the steering wheel and air bag module assembly, always refer to GROUP 52B -
Service Precautions
P.52B-5, Air bag Module and Clock Spring P.52B-194. Also, set the front
wheels so that they are facing straight forward, and remove the ignition key. If you fail to do this,
the SRS clock spring will be damaged, causing the SRS air bag to be inoperative and serious
injury.
•*1: Indicates parts which should be initially tightened, and then fully tightened after placing the
vehicle horizontally and loading the full weight of the engine on the vehicle body.
•
Pre-removal Operation
•Centremember Removal (Refer to P.32-7).
•Front Exhaust Pipe Remova l (Refer to GROUP 15,
Exhaust Pipe and Main Muffler P.15-10).
•Steering Wheel Air Bag Mo dule Assembly Removal
(Refer to GROUP 37, Steering Wheel P.37-17).
•Power Steering Fluid Draining (Refer to GROUP 37,
On-vehicle Service P.37-13).
Post-installation Operation
•Front Exhaust Pipe Installation (Refer to GROUP 15,
Exhaust Pipe and Main Muffler
P.15-10).
•Centremember Installation (Refer to P.32-7).
•Clock Spring Centring (Refer to GROUP 52B, Air Bag
Modules and Clock Spring P.52B-194).
•Steering Wheel Air Bag Module Assembly Installation
(Refer to GROUP 37, Steering Wheel P.37-17).
•Power Steering Fluid Supplying (Refer to GROUP 37,
On-vehicle Service P.37-13).
•Power Steering Fluid Line Bleeding (Refer to GROUP 37,
On-vehicle Service P.37-14).
•Press the dust cover with a finger to check whether the
dust cover cracked or damaged.
•Checking Steering Wheel Position with Wheels Straight
Ahead.
•Front Wheel Alignment Check and Adjustment (Refer to
GROUP 33, On-vehicle Service P.33-6).
*2: Indicates parts which should be temporarily tightened, and then fully tightened with the vehicle
on the earth in the unladen condition.

ON-VEHICLE SERVICE
FRONT SUSPENSION33-6
ON-VEHICLE SERVICE
FRONT WHEEL ALIGNMENT CHECK AND
ADJUSTMENT
M1331000900886
Measure wheel alignment with alignment equipment
on a level surface. The front suspension, steering
system, wheels, and tyres should be serviced to nor
-
mal condition before measuring wheel alignment.
TOE-IN
Standard value:
At the centre of tyre tread: 1 ± 2 mm
Toe angle (per wheel): 0°03' ± 0°06'
AC006074 AD
Lock nut
Clip
1.Adjust the to e-in by undoing th e clip and lock nut,
and turning th e lef t and rig h t tie rod turnbu ckles by
th e same amount (in op posite direct ions).
NOTE: The toe will move out as th e lef t turnbuckle
is turn
ed toward the fro n t of th e ve hicle an d the
right tu
rnbuckle is turned t o ward the rear of the
vehicle.
2. In st all the clip and tighten the lock nut to the
specifie d torqu e .
Ti ghte n ing torque: 40 ± 5 N⋅m
3.Conf irm t hat the toe-in is at the st anda rd value.
4.Use a turn ing ra dius gaug e to check tha t the
steering ang le is at the st an dard value .
STEE R I N G AN G L E
St andard va lue:
Inner
wheelsInvite39°30' ± 1°30'
Intense (LH
drive vehicles)33°40' +1°00'/−2°00'
Intense (RH
drive vehicles)37°00' +1°00'/−2°00'
Outer
wheels
(reference)Invite32°30'
Intense (LH
drive vehicles)28°46'
Intense (RH
drive vehicles)30°00'
TO E-OUT ANGLE ON TURNS
To check the stee ring linkage, e s pe cially af ter the
vehicle has been invo
lve d in an accid ent or if an a cci
-
dent is pres umed, it is advisab le to check th e toe-ou t
angle
on tu rns in addition to the wh eel a lig nmen t.
Conduct this test on th e lef t tu rn as we ll a s on the
right turn.
St andard va lue:
ItemSpecification
Toe-out angle on turns (inner
wheel when outer wheel at 20
°)
21°42' ± 1°30'
CAMBER, CASTER AND KINGPIN
INCLINA
T ION
St andard va lue:
ItemInviteIntense
Camber0°05' ± 0°30'*−0°05' ± 0°30'*
Caster2°45' ± 0°30'*2°55' ± 0°30'*
Kingpin
inclination12°30' ± 1°30'12°40' ± 1°30'
NOTE: *: Diffe rence between right and lef t wheels
must be less than 30'
NOTE: Camber and caster are prese t at th e factory
and cannot be adjust ed.
CAUTION
Never subject the wheel bearings to the vehicle
load when the driveshaft nuts are loosened.
NOTE:
AC001079
MB991004
AB
For vehicles with aluminium wheels, attach the cam-
ber/caster/kingpin gauge to the driveshaft by using
special tool wheel alignment gauge attachment
(MB991004). Tighten the special tool to the same
torque 245
± 29 N⋅m as the driveshaft nut.

LOWER ARM
FRONT SUSPENSION33-11
LOWER ARM
REMOVAL AND INSTALLATIONM1332001600331
CAUTION
*: Indicates parts which should be temporarily tightened, and then fully tightened with the vehicle on
the earth in an unladen condition.
Post-installation Operation
•Check the lower arm ball join t cover for cracks or damage
by pushing it with your finger.
•Front Wheel Alignment Check and Adjustment (Refer to
P.33-6).
AC006097 AD
7
1
3 4
5
108 ± 10 N·m
186 ± 10 N·m*
7
3
6
N
Specified grease :
Multipurpose grease SAE J310,
NLGI No.2 or equivalent
167 ± 9 N·m
6
2
Removal steps
>>A<<1.Self-locking nut
2.Bolt
3.Stabilizer rubber
4.Collar
5.Lower arm bolt
<>6.Lower arm bolt
7.Lower arm assembly
REMOVAL SERVICE POINT
<> LOWER ARM BOLT REMOVAL
AC006133
ADLower arm bolt (front)Transmission jackPiece of wood

ON-VEHICLE SERVICE
REAR SUSPENSION34-6
ON-VEHICLE SERVICE
REAR WHEEL ALIGNMENT CHECK AND
ADJUSTMENT
M1341011000372
Measure wheel alignment with an alignment equip-
ment on level earth.
The rear suspension, wheels, and tyres should be
serviced to the normal condition prior to wheel align
-
ment measurement.
CAMBER
Standard value: −0°40' ± 0°30' (Left/right devi-
ation within 30')
CAUTION
Never subject the wheel bearings to the vehicle
load when the rear wheel hub nuts (self-locking
nuts) or special tool wheel alignment gauge
attachment (MB991014) are loosened.
NOTE:
AC001079
MB991014
AG

For vehicles with aluminium wheels, attach the cam-
ber/caster/kingpin gauge to the trailing arm spindle
by using special tool wheel alignment gauge attach
-
ment (MB991014). Tighten the special tool to the
same torque 175
± 25 N⋅m as the rear wheel hub
nut (self-locking nut).
If camber is not within the standard value, adjust by
following procedures.
1. Disconnect the conjunction of the control link and the trailing arm.
AC006159 AC
Camber adjusting bolt
Lower arm
assembly
2. Carry out adjustment by turning the camber
adjusting bolt (lower arm assembly mounting bolt
which is located on the inner side of the body).
NOTE: .
•LH: Clockwise viewed from the front → (+)
camber
•RH: Clockwise viewed from the front → (−) cam-
ber
•
AC006160 AC
Connecting bolt
The scale has gradations of approximately 14'.
CAUTION
To prevent bushings from breakage, the connect-
ing bolt should be temporarily tightened, and
then fully tightened to 90
± 10 N⋅m with the vehi-
cle on the earth in the unladen condition.
3. Tighten the control link to the trailing arm.
4. After adjusting the camber, the toe should be
adjusted.
TOE-IN
Standard value:
At the centre of tyre tread: 3 ± 2 mm
Toe angle (per wheel): 0°08' ± 0°05'
If toe-in is not within the standard value, adjust by fol-
lowing procedures.
CAUTION
To prevent bushings from breakage, the control
link mounting nut should be temporarily tight
-
ened, and then fully tightened to 120 ± 10 N⋅m
with the vehicle on the earth in the unladen con
-
dition.
AC006145 AD
Control link
Toe adjusting boltControl link

Control link
mounting nut

CONTROL LINK, UPPER ARM AND LOWER ARM
REAR SUSPENSION34-8
CONTROL LINK, UPPER ARM AND LOWER ARM
REMOVAL AND INSTALLATIONM1341004800321
CAUTION
*: Indicates parts which should be temporarily tightened, and then fully tightened with the vehicle on
the earth in an unladen condition.
Post-installation Operation
•Rear Wheel Alignment Check and Adjustment (Refer to
P.34-6).
AC304154
1 2
3
4 5
6
AD
120 ± 10 N·m*
95 ± 15 N·m*
120 ± 10 N·m*
120 ± 10 N·m*
95 ± 15 N·m*
1 2
90 ± 10 N·m* 120 ± 10 N·m*
N
Control link and upper arm
assembly removal steps

<>>>B<<1.Control link
<>>>B<<2.Upper arm assembly
Lower arm assembly removal
steps

>>A<<3.Stabilizer link connection
<>4.Lower arm assembly and trailing arm
connection
5.Shock absorber connection
<>6.Lower arm assembly