Dodge Journey: Removal
Fig. 393: Removing/Installing Defroster Cover
1. Disconnect the negative battery cable.
2. Using a trim stick remove the defroster cover (1).
Fig. 394: Removing/Installing Screws At Center Stack Cover
3. Remove the screws (1) at the center stack cover (2).
Fig. 395: Removing/Installing Center Stack Cover
4. Remove the center stack cover (1).
Fig. 396: Pulling Center Stack Back
5. Pull center stack (1) back.
Fig. 397: Removing/Installing Ignition Switch Bezel
6. Remove the ignition switch bezel (1) from I/P cover (2).
Fig. 398: Identifying Knee Blocker
7. Remove the knee blocker (2).
Fig. 399: Removing/Installing I/P Cover
8. Remove the I/P cover (3) (if equipped).
Fig. 400: Identifying Electrical Connectors At WIN & Shifter
9. Remove the cluster bezel.
10. Remove the shift knob.
11. Unplug the electrical connectors (3, 4) at the WIN (1) and the shifter (2).
Fig. 401: Removing/Installing Screws At Win
12. Remove the screws (1) at the WIN (2).
13. Remove the WIN to gain access to the lower shifter bolts.
Fig. 402: Identifying Shift Cable At Shifter
NOTE: Ensure the lock tab at the shifter housing (2) is depressed before pulling the cable from the shifter housing.
14. Remove the shift cable (1, 2) at the shifter.
Fig. 403: Identifying Shifter Mounting Bolts
15. Remove the shifter mounting bolts 1 thru 4.
16. Remove the shifter.
Installation
Fig. 404: Identifying Shifter Mounting Bolts
1. Install the shifter mounting bolts and tighten to 20 N.m (15 ft. lbs.) in
the proper sequence as indicated on
drawing.
Fig. 405: Identifying Sh ...
See also:
Description, Diagnosis and Testing
DESCRIPTION
The inner joints of both half shaft assemblies are tripod joints. The outer
joints of both assemblies are Rzeppa
Joints. The tripod joints are true constant velocity (CV) joint assembl ...
Installation
2.4L
Fig. 17: Removing/Installing Ignition Coil
1. Install ignition coil onto spark plug.
Fig. 18: Removing/Installing Ignition Coil Mounting Bolts
2. Install ignition coil mounting bolt, tigh ...
TIRE ROTATION RECOMMENDATIONS
Tires on the front and rear axles of vehicles operate at
different loads and perform different steering, driving,
and braking functions. For these reasons, they wear at
unequal rates.
These effect ...