CONSTRUCTION
This transfer drives the front output shaft (output shaft companion flange sub-assembly) through the transfer idler gear assembly and uses a center differential (No. 1 differential case sub-assembly) that is integrated into the rear output shaft, thus making the transfer more compact.
When the motive force is input via the transfer input shaft, the center differential (No. 1 differential case sub-assembly) distributes the motive force to the front output shaft (output shaft companion flange sub-assembly) and the rear output shaft.
The transfer idler gear assembly has improved tooth surface accuracy to reduce gear noise.
The front transfer case also has an integrated oil pump mechanism.
| *1 | Front Transfer Drive Gear Assembly | *2 | Transfer Input Shaft |
| *3 | Oil Pump Mechanism | *4 | Front Output Shaft (Output Shaft Companion Flange Sub-assembly) |
| *5 | Transfer Counter Gear Assembly | *6 | Transfer Idler Gear Assembly |
| *7 | Rear Output Shaft | *8 | Drive Pinion Companion Flange Sub-assembly |
| *9 | Center Differential (No. 1 Differential Case Subassembly) | - | - |