Dodge Journey: Disassembly
Fig. 229: Snap Ring At Output Shaft
1. Using Snap Ring Pliers (1) remove the snap ring (2) from the output shaft # 2.
Fig. 230: Bearing From Cluster Shaft
2. Using a press, blocks, Bearing Splitter P-334 and an appropriate spacer (2) press sixth gear and case side bearing (3) from shaft.
Fig. 231: Bearing Cage & Spacer Cluster
3. Remove sixth needle bearing cage (1) and spacer (2) from output shaft # 2 (3).
Fig. 232: Snap Ring At Output Shaft #2
4. Remove the snap ring (1) from the output shaft # 2 (3).
Fig. 233: Fifth Gear & Five/Six Synchronizer
5. Use Bearing Splitter P-334 (3), Blocks (4) and a press remove fifth gear and five/six synchronizer (2).
Fig. 234: #2 Bearing & Spacer
6. Remove fifth needle bearing cage (2) and spacer (1) from output shaft (3).
Fig. 235: Output Shaft & C-Clip
7. Remove the C-clip (1) from the output shaft (3).
Fig. 236: Output Shaft #2 & Reverse Synchronizer
8. Use Bearing Splitter P-334 (4), Blocks (5) and a press to remove reverse gear and reverse synchronizer (3) from the output shaft # 2.
Fig. 237: Output Shaft #2 & Needle Bearing
9. Remove the reverse needle bearing (1) from the output shaft # 2 (2).
Fig. 238: Output Shaft & Bellhousing Side Bearing
10. Using a Press (1) and Splitter 1130 (2) to remove the bellhousing side bearing (3) from the output shaft # 2(5).
Assembly
Fig. 239: Output Shaft #2 & Needle Bearing
1. Install the reverse needle bearing (1) onto the output shaft # 2 (2).
Fig. 240: Synchronizer
NOTE: Pay attention to the direction when inser ...
See also:
Valves, intake and exhaust
Description
The valves are made of heat resistant steel, and have chrome plated stems to
prevent scuffing. The four valves
per cylinder (two intake and two exhaust) are actuated by roller rocker a ...
Diagnosis and Testing
SUSPENSION AND STEERING
CONDITION
POSSIBLE
CAUSES
CORRECTION
Front End Whine On Turns
1. Defective Wheel
Bearing2. Incorrect Wheel
Alignment
3. Worn Tires
...
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 ...