contact with the inner side 112 as shown in fig2 3 and 5 in fig2 3 and 5 the spring tabs 138 and 140 exert an axial bias on the motor unit 104 toward the hook portions 152 and 162 along the longitudinal axis 168 accordingly the end 126 of the motor unit 104 is forced against the outer side 110 of the support structure thus the motor unit 104 and the support surface 102 are axially clamped between the ends 184 and 186 of the hook portions 152 and 162 additionally the alignment tabs 154 156 164 and 166 each exert a cross axis force on the motor unit 104 and the lower arm portions 150 and 160 exert a cross axis force on the support structure 102 thus the motor unit 104 and the support structure 102 are clamped in cross axis directions furthermore the positioning of the alignment pin 124 within the alignment bore 118 inhibits any rotation of the motor unit 104 with respect to the support structure 102 thus the motor support system 100 maintains the output drive shaft 121 of the motor unit 104 aligned axially radially and rotationally with respect to the support structure 102 advantageously the holder 106 may be integrally formed of sheet spring steel using a progressive die with no post operation fabricating steps required disassembly of the motor support system 100 is accomplished essentially by reversal of the foregoing process during removal however the biasing force of the latch arms 144 and 146 toward the longitudinal axis 168 must be overcome to remove the holder 106 from the support structure 102 and.