Disclosed is a backpack cot, operating from a backpack position for hiking to a cot position for sleeping. The backpack cot has a frame. The frame includes a plurality of rigid members and a plurality of hinges for unfolding the backpack cot from the backpack position to the cot position. The backpack cot has a sleeping surface. The backpack cot also has a combination storage container and flotation device, for sealing contents of the container and for serving as a life preserver. The backpack cot may also have a carriage area for holding the storage container, a pair of shoulder straps, a waist belt, and a padded back which, together comprise the sleeping surface in the cot position.

Disclosed is a backpack cot, operating from a backpack position for hiking to a cot position for sleeping. The backpack cot has a frame. The frame includes a plurality of rigid members and a plurality of hinges for unfolding the backpack cot from the backpack position to the cot position. The backpack cot has a sleeping surface. The backpack cot also has a combination storage container and flotation device, for sealing contents of the container and for serving as a life preserver. The backpack cot may also have a carriage area for holding the storage container, a pair of shoulder straps, a waist belt, and a padded back which, together comprise the sleeping surface in the cot position.

A portable vessel includes a hard shell front hull section, a hard shell aft hull section, a flexible water tight material hull section affixed to the front hull section and the aft hull section in a water tight manner, the material section forming the middle portion of the hull of the vessel, and a tension-adjustable frame assembly. Tensioning of the frame assembly during assembly of the vessel causes tensioning of the material hull section from a less than taught state to a taught state about the frame assembly and wherein the disassembled components of the vessel may be configured into a backpack configuration for portage by a user.

A portable vessel includes a hard shell front hull section, a hard shell aft hull section, a flexible water tight material hull section affixed to the front hull section and the aft hull section in a water tight manner, the material section forming the middle portion of the hull of the vessel, and a tension-adjustable frame assembly. Tensioning of the frame assembly during assembly of the vessel causes tensioning of the material hull section from a less than taught state to a taught state about the frame assembly and wherein the disassembled components of the vessel may be configured into a backpack configuration for portage by a user.