die cut portions 27 and 27a of the front flaps of fig1 corresponds to 11 11a of fig5 in fig1 an open space 31 is created when rear support 30 is bent in for use the open space corresponds to the die cut rear support space 8a of fig6 the panels in fig5 and fig6 are preferred alternate embodiments other panels in fig1 14 18 18a 19 20 20a 21 and 21a illustrate alternate embodiments for the front and rear panels of the magazine that can be made without departing from the function of the rapid racker system in fig5 the curved areas at 10 and 10a allows for easy loading of the packages 16 into a rapid racker magazine such as illustrated in fig1 the curved shape of the storage transfer member arms 6 17 19 22 23 48 49 50 51 52 and 53 where they meet 10 and 10a of the front panel of the magazine forms a guide path for the storage transfer members loaded with packages 16 when the packages 16 are ready to be unloaded onto the rack peg 3 the curved angles of 11 and 11a allow the storage transfer member arm 39 s curved surface to guide the loaded arm 16 out of the supporting means the hole 37 in the storage transfer member arm 6 allows the arm to pass over peg 3 see fig4 at this point the rapid racker magazine is pulled slightly downward and towards the operator in order to transfer the packages 16 onto rack peg 3 fig4 a and 4b best illustrate this transfer step when the storage transfer member is of the type seen in fig7 b the arm.