Abstract: The motion system includes a frame to which a decoy or decoys are secured. The frame is then deployed beneath the surface of the water in the target area. The frame is thus suspended by the floating decoy or decoys beneath the surface. In one exemplary embodiment, the frame forms a parallelepiped structures. The parallelepiped structure may have a square or rectangular or other type of parallagram cross-sectional outline. In another exemplary embodiment, the frame may form a collar with pivoting legs. The frame also includes a mounting system for a motor. In one embodiment, the mounting system comprises an internal brace extending between opposite sidewalls. The brace may alternatively extend diagonally between opposing corners from a single sidewall. In another embodiment, the brace is formed by the frame itself. The brace secures the motor to the frame. The motor may be fixed or mounted in a pivotal configuration.

Abstract: The motion system includes a frame to which a decoy or decoys are secured. The frame is then deployed beneath the surface of the water in the target area. The frame is thus suspended by the floating decoy or decoys beneath the surface. In one exemplary embodiment, the frame forms a parallelepiped structure. The parallelepiped structure may have a square or rectangular or other type of parallagram cross-sectional outline. In another exemplary embodiment, the frame may form a collar with pivoting legs. The frame also includes a mounting system for a motor. In one embodiment, the mounting system comprises an internal brace extending between opposite sidewalls. The brace may alternatively extend diagonally between opposing corners from a single sidewall. In another embodiment, the brace is formed by the frame itself. The brace secures the motor to the frame. The motor may be fixed or mounted in a pivotal configuration.