Stacking system for intermodal platforms

A stacking and lifting system for cargo platforms comprising:

• a plurality of support posts, each having a proximate end connected to a first cargo platform and a distal end rotatable about the proximate end;
• a plurality of first lifting fitments, each first lifting fitment disposed on the distal end of one of the plurality of support posts;
• and
• a plurality of second lifting fitments, each second lifting fitment positioned over a stacking block extending from one of the plurality of support posts near the proximal end of the support post;
• wherein the distal ends of the plurality of support posts may be rotated from first positions at which each first lifting fitment is substantially parallel to the first cargo platform to second positions at which each second lifting fitment is substantially parallel to the first cargo platform.

A method for converting an intermodal transport platform having four support posts and a load surface from a stowed position wherein a stacking block extending from each of the four support posts positions a standard ISO lift fitment such that it is parallel to the load surface to a haul position wherein the load surface may receive and support a full-width load, the method comprising the steps of:

• retracting a slide lock from each of four slide lock housings, each slide lock housing connected to one of the stacking blocks;
• rocking each of the four stacking blocks toward the center of the load surface such that the standard ISO lift fitments are no longer substantially parallel with the load surface;
• and
• for each of the four support posts, rotating a first end of the support post about a second end of the support post until the standard ISO lift fitment associated with the stacking block extending from the support post is disposed below the load surface.