A fastener system (10,200) for attaching two or more parts (102,104,150) to each other, the fastener system comprising: a plurality of nut components (12,212) of varying lengths, each nut component having an opening (22,222) formed through a top portion (18,218) of the nut component and extending into a bottom portion (20,220) of the nut component, and each nut component configured to be inserted into at least a portion of an aperture in a first part and at least a portion of an aperture in a second part; a compression component (14,214) configured to be secured within the aperture in the second part and comprising an opening (32,232) formed from a top end to a bottom end of the compression component, a top notch formed in the top end and defining an interior top diameter and a bottom notch formed in the opening (32, 232) at the bottom end; and a plurality of screw components (16,216) of varying lengths, each screw component comprising a head portion having a head diameter and configured to engage with the top notch formed in the compression component (14, 214), and an elongated portion configured to extend through the opening (32, 232) of the compression component (14, 214) and into the opening (22,222) of the nut component (12, 212) selected from the plurality of nut components, wherein the top portion (18, 218) of the nut component (12,212) is configured to extend into the bottom notch of the compression component (14, 214) and wherein the head diameter of the head portion of each of the screw components (16, 216) in the plurality of screw components is less than the interior top diameter of the compression component (14, 214) such that each screw component (16, 216) can move in a radial direction relative to the compression component (14, 214) during insertion of the fastener system (10, 200) in the first and second parts (102, 104), and a selection of the nut component (12, 212) and the screw component (16, 216) is based on a total thickness of the two or more parts (102, 104, 106). a plurality of nut components (12,212) of varying lengths, each nut component having an opening (22,222) formed through a top portion (18,218) of the nut component and extending into a bottom portion (20,220) of the nut component, and each nut component configured to be inserted into at least a portion of an aperture in a first part and at least a portion of an aperture in a second part; a compression component (14,214) configured to be secured within the aperture in the second part and comprising an opening (32,232) formed from a top end to a bottom end of the compression component, a top notch formed in the top end and defining an interior top diameter and a bottom notch formed in the opening (32, 232) at the bottom end; and a plurality of screw components (16,216) of varying lengths, each screw component comprising a head portion having a head diameter and configured to engage with the top notch formed in the compression component (14, 214), and an elongated portion configured to extend through the opening (32, 232) of the compression component (14, 214) and into the opening (22,222) of the nut component (12, 212) selected from the plurality of nut components, wherein the top portion (18, 218) of the nut component (12,212) is configured to extend into the bottom notch of the compression component (14, 214) and wherein the head diameter of the head portion of each of the screw components (16, 216) in the plurality of screw components is less than the interior top diameter of the compression component (14, 214) such that each screw component (16, 216) can move in a radial direction relative to the compression component (14, 214) during insertion of the fastener system (10, 200) in the first and second parts (102, 104), and a selection of the nut component (12, 212) and the screw component (16, 216) is based on a total thickness of the two or more parts (102, 104, 106).