Decoy traversing and rotating system method and apparatus

A decoy motion apparatus, comprising:

• a first track portion having a first channel;
• a second track portion configured to mate with the first track portion, the second portion having a second channel that is aligned with the first channel when the track portions are mated;
• a sled disposable in the first channel and the second channel, the sled including a vertically extending decoy mounting pole rotatably secured to the sled and an arm extending laterally from the mounting pole;
• and
• a dual spool winding apparatus, including a first cable securable to the arm and a second cable attachable to the arm, each cable being independently manually retractable into the winding apparatus to impart both a rotation motion and a traversing motion to a decoy fastened to the mounting pole.

A method of manually providing traversing and rotational movement to a decoy, the method comprising:

• horizontally securing a section of track to the ground;
• disposing a sled on the track section
• disposing a decoy on a vertically extending mounting pole rotataby mounted to the sled;
• threading a first cable and a second cable from a winding apparatus through a first guide loop on a proximal end of the track section;
• connecting the first cable to an arm extending horizontally outward from the pole;
• threading the second cable through a second guide loop on a distal end of the track section;
• connecting the second cable to the arm;
• retracting the first cable via the winding apparatus to rotate the decoy in a first direction and to move the sled in a first direction along the track section;
• and
• retracting the second cable via the winding apparatus to rotate the decoy in an opposing direction and to move the sled in the opposing direction.