Dodge Journey: Installation

Differential and Driveline
Fig. 40: Seal Protector

  1. - HALFSHAFT
  2. - SEAL PROTECTOR

1. Install halfshaft to hub/bearing assembly. Install hub nut and washer but do not tighten at this time.

2. Using Seal Protector 9099 (2) , install halfshaft (1) to differential assembly. Clean tool and seal area to prevent debris intrusion.

Differential and Driveline
Fig. 41: Module Mounting Bolt

  1. - BOLT
  2. - DRIVELINE MODULE

3. Raise driveline module into position. Install module mounting bolt (1) .

Differential and Driveline
Fig. 42: Module Mounting Bolts

  1. - BOLT (2)
  2. - DRIVELINE MODULE

4. Install remaining two module mounting bolts (2) .

5. Torque module-to-cradle bolts to 102 N.m (75 ft. lbs.) 6. Torque the halfshaft/hub nut to 160 N.m (118 ft.lbs.).

7. Install wheel center cap.

8. Check and adjust differential fluid level.

SPECIFICATIONS

SPECIAL TOOLS

Differential and Driveline
Fig. 43: Protector, 9099

    Removal
    Fig. 35: Removing/Installing Halfshaft Nut NOTE: Rear suspension and drivetrain design require this procedure to be performed on a "drive-on" hoist, as the front and rear suspensi ...

    Intermediate shaft, gas
    REMOVAL 2.4L 1. Remove the right half shaft. Fig. 44: Intermediate Shaft - 2.4L 2. Remove the three intermediate shaft bolts (1). 3. Remove the intermediate shaft (2). 2.7L 1. Remove the r ...

    See also:

    TOWING A DISABLED VEHICLE
    Without The Ignition Key Front Wheel Drive (FWD) Special care must be taken when the vehicle is towed with the ignition in the LOCK position. Flatbed towing is the preferred towing method. However ...

    Installation
    1. Guide the trailing end of the parking brake cable along the inboard side of the axle trailing arm up to the rear brake caliper. Make sure the cable is routed between the brake line and the tra ...

    Spring(s), valve
    Description The valve springs are made from high strength, chrome-silicon steel. The springs are common for intake and exhaust applications. The valve spring seat is integral with the valve stem ...

    0.0089