view pictorial diagram illustrating a cru latch is depicted in accordance with the present invention the latch 300 is molded from an engineering plastic resin such as acrylonitrile butadiene styrene abs or lexan or an alloy of both as can be seen the front surface is textured and contoured to provide a non slip grip and to be easy to use the latch 300 is also designed for visual and functional clarity the latch 300 uses integral guidance and requires no perforations of the cru wall upon which is mounted which maintains a barrier to radiated emissions that would otherwise emanate from such openings referring to fig4 a rear view pictorial diagram illustrating a cru latch is depicted in accordance with the present invention the present invention is easy to use and has a compact design using a return spring and a pressed in pin on the cru for guidance the return spring 301 is trapped within the body of the latch 300 an alignment track 302 molded into the latch 300 beneath the return spring 301 functions as a track for the pin pressed into the metal body of the cru as described below referring to fig5 a pictorial diagram illustrating the relationship between the latch and the mounting points on a cru is depicted in accordance with the present invention installation of the latch 300 on the cru 500 is simple the alignment pin 501 on the cru 500 is guided into the alignment track 302 below the return spring 301 the alignment pin 501 also does u201c double duty u201d by compressing the return spring 301 resulting in a very crisp and positive feeling latch.