bundled together and pre compressed in length between the support structures when assembled the conductor portions of the harness assembly form a birdcage shaped dynamic bundle wherein the middle of the conductor portions bow away from conductor portions on the opposite side of the bundle this pre compression creates a birdcage shaped configuration that allows the bundle to bend as the conductor portions straighten this occurs when the gimbal rotates relative to the bulkhead the bending motion creates relatively little damage to the conductor strands as compared the excessive torsion forces affecting conventional loop shaped wire harness assemblies application_number US 48109200 A description illustrative embodiments and exemplary applications are described below with reference to the accompanying drawings in order to disclose the advantageous teachings of the present invention as will be explained below the present invention is unique in its ability to reduce the emi problem described above as compared with existing harness assembles by minimizing the movement of the wire forming the bundles known u201c twist cap u201d wire arrangements require relatively long wires and incorporate a geometry which requires the wires to fold and slide over one another as the gimbal navigates across a specified angle this movement is quantified as d u2245 2 u03c0d u00f8 360 where d is the diameter of a twist cap and u00f8 is the gimbal angle navigated an average diameter for a twist cap housing including 30 40 conductors is about 2 inches for a twist cap navigating 180 degrees d movement of the wires equates to about 6 inches by comparison the present invention employs conductors undergoing movement of between 0 050 inches and 0 100 inches as can be readily understood the.