Info Added 2017-04-18
CONSTRUCTION
Drive force input into the differential is redirected 90 degrees and output to the propeller shaft by the transfer.
A side-to-side split transfer case made of aluminum is used to achieve a compact and lightweight construction.
A unit ball bearing is used for supporting the driven pinion gear to achieve a compact and lightweight construction.
The transfer ring gear and the transfer ring gear mounting case are joined with splines to achieve a compact construction.
The transfer driven pinion gear has an offset structure where it is positioned above the transfer ring gear.
| *1 | Transfer Ring Gear | *2 | Transfer Ring Gear Mounting Case |
| *3 | Drive Shaft | *4 | Transfer Driven Pinion Gear |
| *5 | Transfer Driven Pinion Front Bearing | *6 | Transfer Case |
| *a | Offset | - | - |
OPERATION
Transfer Power Flow
The illustration below shows the flow of power from the transaxle:
| *1 | Transaxle Differential Case | *2 | Transfer Ring Gear Mounting Case |
| *3 | Transfer Ring Gear | *4 | Transfer Driven Pinion Gear |
| *5 | Transfer Driven Pinion Shaft | *6 | Propeller Shaft |
|
Power Flow | - | - |