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A manual marine winch includes a winch line including a wire rope, a pair of spaced side plates, a rotating spool assembly supported between the side plates and including a drum, wherein the drum defines a wire rope stacking space on the drum for storing a single stack of wire rope, and a manually a

A manual marine winch includes a winch line including a wire rope, a pair of spaced side plates, a rotating spool assembly supported between the side plates and including a drum, wherein the drum defines a wire rope stacking space on the drum for storing a single stack of wire rope, and a manually actuated control for spooling and un-spooling the wire rope in the wire rope stacking space on the drum.

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What is claimed is: 1. A manual marine winch comprising: A winch line including a wire rope; a pair of spaced side plates; a rotating spool assembly supported between the side plates and including a drum, wherein the drum defines a wire rope stacking space on the drum for storing a single stack of

What is claimed is: 1. A manual marine winch comprising: A winch line including a wire rope; a pair of spaced side plates; a rotating spool assembly supported between the side plates and including a drum, wherein the drum defines a wire rope stacking space on the drum for storing a single stack of wire rope, whereby the width of the wire rope stacking space is less than twice the diameter of the wire rope whereby the wire rope stacking space is configured to receive a only single stack of the wire rope in a spooled position; and a manually actuated control for spooling and un-spooling the wire rope into and out of the single stack of wire rope in the wire rope stacking space on the drum. 2. The marine winch of claim 1 wherein the drum includes a protecting flange on one side of the drum and a controlling drum gear on the other side of the drum. 3. The marine winch of claim 2 further including a stacking flange which is spaced from the drum gear a distance sufficient to receive only a single width of winch line, whereby the drum gear and the stacking flange define the wire rope stacking space. 4. The marine winch of claim 3 wherein the clearance between the wire rope on the drum centered between the drum gear and the stacking flange is 1-30% of the wire rope diameter on each side of the wire rope. 5. The marine winch of claim 3 wherein the drum further includes a dead wrap area between the stacking flange and the protecting flange. 6. The marine winch of claim 5 wherein the dead wrap area is designed to receive a single layer of wire rope with a plurality of wraps. 7. The marine winch of claim 5 further including a lead in clamp on the drum to receive the lead in end of the wire rope to begin the dead wraps. 8. The marine winch of claim 5 wherein the stacking flange includes a slot that permits the wire rope to pass from the dead wrap area to the stacking area. 9. The marine winch of claim 8 further including a removable hold down bar secured to the stacking flange extending across the slot which prevent the winch rope from pulling out of the winch. 10. The marine winch of claim 1 further including a stacking area cover forming a protective fender. 11. The marine winch of claim 10 further including a protective front plate with rope access slot extending between a front end of the side plates. 12. A pivoted manual marine winch for a barge deck, the winch comprising: A winch line including a wire rope; a pair of spaced side plates configured to be pivotably attached to a barge deck; a rotating spool assembly supported between the side plates and including a drum, wherein the drum defines a wire rope stacking space on the drum for storing a single stack of wire rope, whereby the width of the wire rope stacking space is less than twice the diameter of the wire rope whereby the wire rope stacking space is configured to receive a only single stack of the wire rope in a spooled position; and a manually actuated control for spooling and un-spooling the wire rope into and out of the single stack of wire rope in the wire rope stacking space on the drum. 13. The marine winch of claim 12 wherein the drum includes a protecting flange on one side of the drum and a controlling drum gear on the other side of the drum. 14. The marine winch of claim 13 further including a stacking flange which is spaced from the drum gear a distance sufficient to receive only a single width of winch line, whereby the drum gear and the stacking flange define the wire rope stacking space. 15. The marine winch of claim 14 wherein the clearance between the wire rope on the drum centered between the drum gear and the stacking flange is 1-30% of the wire rope diameter on each side of the wire rope. 16. The marine winch of claim 14 wherein the drum further includes a dead wrap area between the stacking flange and the protecting flange. 17. The marine winch of claim 16 wherein the dead wrap area is designed to receive a single layer of wire rope with a plurality of wraps. 18. The marine winch of claim 16 further including a lead in clamp on the drum to receive the lead in end of the wire rope to begin the dead wraps, and wherein the stacking flange includes a slot that permits the wire rope to pass from the dead wrap area to the stacking area. 19. The marine winch of claim 12 further including a ramp coupled to the side plates of the winch configured to assist the winch to slide over barge deck irregularities. 20. The marine winch of claim 12 further including a physical stop on the winch line that prevents over wrapping of the winch line onto the winch.