A latch mechanism (320; 420) configured to engage a mating pin , comprising: a latch frame ; a latch arm (322; 422) pivotally mounted to the latch frame at a pivot axis ; and a bias member (372; 472) configured to apply a load (F) to a proximal end (344; 444) of the latch arm (322; 422) in a transverse direction generally perpendicular to the pivot axis and to bias the latch arm (322; 422) from rotating in a first rotational direction (376; 476) about the pivot axis and from rotating away from the mating pin , wherein the latch frame includes a first frame wall and a second frame wall connected to a back plate , wherein the latch arm (322; 422) is pivotally mounted to the first frame wall and to the second frame wall via a first spindle extending through an elongate slot of the latch arm , which elongate slot enables the latch arm to both rotate about the pivot axis and translate in a longitudinal direction that is generally parallel to the back plate , wherein a first latch arm stop (384; 484) is connected to the latch frame and configured to stop the latch arm (322; 422) from rotating in the first rotational direction (376; 476) following a first rotational movement in the first rotational direction (376; 476) and a second latch arm stop (386; 486) is connected to the latch frame and configured to stop the latch arm (322; 422) from rotating in a second rotational direction (380; 480) following a second rotational movement in the second rotational direction (380; 480), and wherein the latch mechanism further comprises a latch handle (342; 442) coupled to the proximal end (344; 444) of the latch arm (322; 422) via a second spindle , a latch arm hook (366; 466) disposed at a distal end (368; 468) of the latch arm (322; 422) and configured to engage the mating pin , and a connecting arm having a first end pivotally connected to the first spindle and a second end pivotally connected to a proximal end of the latch handle (342; 442). a latch frame ; a latch arm (322; 422) pivotally mounted to the latch frame at a pivot axis ; and a bias member (372; 472) configured to apply a load (F) to a proximal end (344; 444) of the latch arm (322; 422) in a transverse direction generally perpendicular to the pivot axis and to bias the latch arm (322; 422) from rotating in a first rotational direction (376; 476) about the pivot axis and from rotating away from the mating pin , wherein the latch frame includes a first frame wall and a second frame wall connected to a back plate , wherein the latch arm (322; 422) is pivotally mounted to the first frame wall and to the second frame wall via a first spindle extending through an elongate slot of the latch arm , which elongate slot enables the latch arm to both rotate about the pivot axis and translate in a longitudinal direction that is generally parallel to the back plate , wherein a first latch arm stop (384; 484) is connected to the latch frame and configured to stop the latch arm (322; 422) from rotating in the first rotational direction (376; 476) following a first rotational movement in the first rotational direction (376; 476) and a second latch arm stop (386; 486) is connected to the latch frame and configured to stop the latch arm (322; 422) from rotating in a second rotational direction (380; 480) following a second rotational movement in the second rotational direction (380; 480), and wherein the latch mechanism further comprises a latch handle (342; 442) coupled to the proximal end (344; 444) of the latch arm (322; 422) via a second spindle , a latch arm hook (366; 466) disposed at a distal end (368; 468) of the latch arm (322; 422) and configured to engage the mating pin , and a connecting arm having a first end pivotally connected to the first spindle and a second end pivotally connected to a proximal end of the latch handle (342; 442). <EOS>