GF26.00-P-0003-03MCC Automated Manual Transmission Shift Lever Positions, Force Distribution Course

GF26.00-P-0003-03MCC Automated Manual Transmission Shift Lever Positions, Force Distribution Course

Neutral (N position)
In the transmission's N position none of the shift collars are engaged with an idler gear.







a Shift fork 1/3
b Shift fork 5
c Shift fork 2/4
d Shift fork R







1st gear
The power flows from the input shaft via the fixed gear of 1st gear (1) to the idler gear of 1st gear (2). The shift fork 1/3 (a) slides the internal toothing of the shift collar 1/3 (3) into the idler gear of 1st gear (2). The torque of the idler gear of 1st gear (2) is now passed on to the main shaft (4) and from there to the differential (5).







2nd gear
The power flows from the input shaft via the fixed gear of 2nd gear (6) to the idler gear of 2nd gear (7). The shift fork 2/4 (c) slides the internal toothing of the shift collar 2/4 (8) into the idler gear of 2nd gear (7). The rotation of the idler gear of 2nd gear (7) is now passed on to the main shaft (4) and from there to the differential (5).







3rd gear
The power flows from the input shaft via the fixed gear of 3rd gear (9) to the idler gear of 3rd gear (10). The shift fork 1/3 (a) slides the internal toothing of the shift collar 1/3 (3) into the idler gear of 3rd gear (10). The rotation of the idler gear of 3rd gear (10) is now passed on to the main shaft (4) and from there to the differential (5).







4th gear
The power flows from the input shaft via the fixed gear of 4th gear (11) to the idler gear of 4th gear (12). The shift fork 2/4 (c) slides the internal toothing of shift collar 2/4 (8) into the idler gear of 4th gear (12). The rotation of the idler gear of 4th gear (12) is now passed on to the main shaft (4) and from there to the differential (5).







5th gear
The power flows from the input shaft via the fixed gear of 5th gear (13) to the idler gear of 5th gear (14). The shift fork 5 (b) slides the internal toothing of shift collar 5 (15) into the idler gear of 5th gear (13). The rotation of the idler gear of 5th gear (13) is now passed on via the fixed gear of 5th gear (14) to the main shaft (4) and from there to the differential (5).







Reverse gear
The power flows from the input shaft via the fixed gear of reverse gear (16) the sliding gear of reverse gear (17) to the reverse gear (18).
The shift fork R (d) slides the sliding gear of reverse gear (17) into the external toothing of reverse gear (18).
The rotation of the reverse gear (18) is now passed on to the main shaft (4) and from there to the differential (5).