Dodge Journey: Removal
Fig. 60: Support Module With Jack
- - DRIVELINE MODULE
- - TRANSMISSION JACK
NOTE: Rear suspension and drivetrain design require this procedure to be performed on a "drive-on" hoist, as the front and rear suspension needs to be compressed to ride height to facilitate rear halfshaft removal.
1. Make sure transaxle is in Neutral (N) position.
2. Raise vehicle on hoist.
3. Remove exhaust system center hanger (at propeller shaft bearing/support).
4. Disconnect exhaust system at rear-most hanger and lower at least 254 mm (10 in.). Support system with suitable wire or rope.
5. Drain differential lubricant to prevent fluid spillage upon removal.
6. Support driveline module (1) with transmission jack (2) (or equivalent).
Fig. 61: Removing /Installing Propeller Shaft
7. Apply alignment index marks (4) on the rear axle flange (5) and rubber coupler (1).
8. Remove three rear propeller shaft rubber coupler to rear axle input flange retaining bolts (3).
Fig. 62: ECC Electrical Connector
9. Unplug ECC electrical connector.
Fig. 63: Seal Protector
- - HALFSHAFT
- - SEAL PROTECTOR
10. Using suitable screwdriver, partially dislodge halfshafts (1) from differential. Install Seal Protector 9099 (2) to protect seal upon disassembly. Clean tool and seal area to prevent debris intrusion.
Fig. 64: RDA To Crossmember Bolts
11. Remove the RDA - to - crossmember mounting bolts (1).
Fig. 65: Rear RDA Module-To-Crossmember Bolt
12. Remove the rear RDA module-to-crossmember bolt (2).
Fig. 66: Secure Propeller Shaft to Exhaust
- - PROPELLER SHAFT
- - EXHAUST SYSTEM
- - STRAP
13. Lower driveline module assembly just enough to facilitate removal of halfshafts from differential. Make sure Seal Protector 9099 engages seal.
14. Disconnect propeller shaft (1) from driveline module and secure to exhaust system (2) or support with jack stand.
CAUTION: Do not allow the propeller shaft to hang from the vehicle unsupported. Damage may occur to the joint, boot, and center bearing from over-angulation.
15. Remove driveline module assembly.
Operation, Diagnosis and Testing
OPERATION The primary benefits of All Wheel Drive are: Superior straight line acceleration, and cornering on all surfaces Better traction and handling under adverse conditions, resulting in ...Installation
Fig. 67: Seal Protector - HALFSHAFT - SEAL PROTECTOR 1. Install driveline module to transmission jack. Secure module to jack. 2. Using Seal Protector 9099 (2), load halfshafts to differe ...See also:
Diagnosis and Testing
Video
VIDEO SYSTEM DIAGNOSIS
CONDITION
POSSIBLE
CAUSES
CORRECTION
NO VIDEO (DVD
PLAYER WILL NOT LOAD OR EJECT)
1. Fuse inoperative.
1. Check fuses. Replace fuse ...
Description
Fig. 1: Front Suspension Components
This vehicle has a gas pressurized MacPherson strut type front suspension
design.
Each side of the front suspension consists of these major components:
...
Assembly
Fig. 65: Remove Input Shaft Bearing Cup
NOTE: Always use ATF on all moving parts during this assembly
procedure.
1. Use Bearing Cup Remover 9664 (2) and appropriate Slide Hammer (1) to
r ...