1. APPARATUS FOR WINDING CONTINUOUS FILAMENTARY MATERIAL INTO WINDING COMPONENTS OF A FILAMENT REINFORCED PRESSURE VESSEL; COMPRISING A CIRCULAR TURNTABLE MOUNTED ON SAID APPARATUS FOR ROTATION ABOUT A VERTICAL CENTRAL AXIS; VERTICAL SUPPORT MEMBERS MOVABLY MOUNTED ON SAID TURNTABLE FOR RADIAL MOVEMENT RELATIVE THERETO; A HORIZONTAL SUPPORT ROD MOUNTED ON AND BETWEEN SAID SUPPORT MEMBERS; A BEARING SLEEVE PIVOTALLY MOUNTED ON SAID SUPPORT ROD AT RIGHT ANGLES THERETO; A SUPPORT SHAFT ROTATABLY JOURNALLED BY SAID BEARING SLEEVE; A WINDING FORM REMOVABLY MOUNTED ON SAID SUPPORT SHAFT; MEANS TO ROTATE SAID TURNTABLE ABOUT SAID CENTRAL AXIS; MEANS TO MOVE SAID VERTICAL SUPPORT MEMBERS TOWARD AND AWAY FROM SAID CENTRAL AXIS; MEANS TO MOVE SAID BEARING SLEEVE ABOUT ITS PIVOT; DRIVING MEANS OPERABLE TO ROTATE SAID SUPPORT SHAFT AND THE WINDING FORM MOUNTED THEREON; BRAKING MEANS NORMALLY ACTUATED TO PREVENT ROTATION OF SAID SUPPORT SHAFT; MEANS RESPONSIVE TO ROTATION OF SAID TURNTABLE TO DEACTUATE SAID BRAKING MEANS AND TO OPERATE SAID DRIVING MEANS TO ROTATE SAID SUPPORT SHAFT, AND AFTER A PREDETERMINED TIME TO ACTUATE SAID BRAKING MEANS TO PREVENT FURTHER ROTATION OF SAID SUPPORT SHAFT BY SAID DRIVING MEANS; AND MEANS TO TRAIN SAID FILAMENTARY MATERIAL IN A HORIZONTAL PLANE TO SAID WINDING FORM.