1. A MISSILE LOADING AND FIRING DEVICE FOR USE IN A CARRIER HAVING AN ARMORED WALL, SAID LOADING AND FIRING DEVICE COMPRISING A ROTATABLE SUPPORTING SHAFT, A FIRST SETTING MEMBER SECURED TO SAID SHAFT AND EXTENDING OUTWARDLY THEREFROM, A SECOND SETTING MEMBER SECURED TO SAID SHAFT AND EXTENDING OUTWARDLY THEREFROM IN A DIRECTION SUBSTANTIALLY OPPOSITE TO SAID FIRST SETTING MEMBER, A MISSILE FIRING MOUNT PIVOTALLY CARRIED ON THE FREE ENDS OF EACH OF SAID FIRST AND SECOND SETTING MEMBER, SAID MISSILE FIRING MOUNTS ON SAID FREE ENDS OF EACH OF SAID FIRST AND SECOND SETTING MEMBERS BEING MOVABLE VERTICALLY AND LATERALLY INDEPENDENTLY OF EACH OTHER, AND MEANS TO ROTATE SAID SUPPORTING SHAFT FOR PLACING SAID FIRST SETTING MEMBER INTO A FIRING POSITION AND SAID SECOND SETTING MEMBER INTO A LOADING POSITION, AND FOR THEREAFTER PLACING SAID FIRST SETTING MEMBER INTO A LOADING POSITION