hs on the side of the disk set 100 facing toward the main gearset hs and always rotates at the rotational speed of the first input element of the main gearset hs in this case for example formed by the coupled sun gears s 1 _hs s 2 _hs and biases the disk set 100 associated with it axially toward the transfer gearset vs when the clutch a is being engaged referring to fig5 a fourth example transmission design according to the present invention will now be explained which is based on the transmission design according to the invention described in detail with reference to fig4 but with an alternative design of the structural group comprising the fifth and sixth shift elements e f compared to fig4 as in fig4 the clutches e and f form a structural group easily preassembled from the standpoint of production technology and comprising the input elements 520 620 of clutches e and f in this case for example both made as outer disk carriers the servomechanisms 510 610 of the two clutches e and f and the disk sets 500 600 of the two clutches e and f in contrast to fig4 however the clutch e is spatially arranged radially over the clutch f in particular with the disk set 500 of clutch e radially over the disk set 600 of clutch f the input element or outer disk carrier 620 of clutch f is made geometrically in the form of a pot open in the direction of the main gearset hs whose hub is connected in a rotationally fixed manner with the drive.