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An apparatus for reducing the stresses placed on a cantilevered component mounted to a rigid frame includes cushioned bushings coupling the cantilevered component to a rigid frame. As the cantilevered component is loaded due to bending moments, the cushioned bushings flex and cushion the cantilevere

An apparatus for reducing the stresses placed on a cantilevered component mounted to a rigid frame includes cushioned bushings coupling the cantilevered component to a rigid frame. As the cantilevered component is loaded due to bending moments, the cushioned bushings flex and cushion the cantilevered component. The cantilevered component is retained within the bushing using hardware that allows the cantilevered component to float as needed to further reduce stresses and strains thereon.

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1. A reel mounting assembly for use with a tillage implement comprising: a mounting arm having a housing and configured to be coupled to a frame of the tillage implement, the housing extending along an axis;a cushioned bushing retained within the housing;a spindle pivotably coupled to the housing su

1. A reel mounting assembly for use with a tillage implement comprising: a mounting arm having a housing and configured to be coupled to a frame of the tillage implement, the housing extending along an axis;a cushioned bushing retained within the housing;a spindle pivotably coupled to the housing such that the spindle floats relative to the mounting arm;a reel coupled to the spindle and configured to rotate about the spindle; andwherein the cushioned bushing is configured to flex to reduce stress on the spindle during operation. 2. The assembly of claim 1 wherein the cushioned bushing is comprised of composite materials. 3. The assembly of claim 1 further comprising hardware coupling the spindle to the housing, and wherein the hardware prevents rotational movement of the spindle. 4. The assembly of claim 1 further comprising a reel mounting arrangement coupling the reel to the spindle, wherein the reel mounting arrangement includes bearings that allow the reel to rotate about the spindle, and wherein the reel mounting arrangement further includes a hub mounted to the spindle so that a gap is formed between the hub and the housing. 5. The assembly of claim 4 wherein the housing includes at least one pair of opposed openings and the cushioned bushing includes at least one pair of opposed openings that align with those of the housing, and further comprising at least one pin received within the aligned openings to interconnect the spindle and the housing. 6. The assembly of claim 5 wherein the spindle includes an opening aligned with the openings of the housing and the cushioned bushing. 7. A tillage implement comprising: a frame having a tow bar adapted to be coupled to a prime mover;a mounting arm coupled to the frame;a reel adapted to pulverize crop residue present on a field surface; anda spindle arrangement extending along an axis and pivotably coupling the reel to the mounting arm so as to prevent rotational movement of the spindle arrangement about the axis, wherein the spindle arrangement includes flexible components configured to flex when the spindle arrangement is loaded due to bending moments. 8. The tillage implement of claim 7 wherein: the spindle arrangement includes a spindle;the flexible components include a bushing made of flexible material;the spindle is mounted to the mounting arm; andthe bushing provides cushioning for the spindle when the spindle is loaded due to bending moments. 9. The tillage implement of claim 8 wherein the mounting arm includes a housing and the bushing is retained within the housing, and further comprising a pin passing through the housing, bushing, and spindle to couple the spindle to the housing. 10. The tillage implement of claim 9 wherein the spindle is retained within the housing in a manner allows limited floating of the spindle relative to the housing. 11. The tillage implement of claim 7 wherein the reel includes a hub that is mounted to the spindle arrangement, and wherein the spindle arrangement includes a bearing assembly that allows the huh to rotate about the spindle. 12. The tillage implement of claim 7 wherein the spindle arrangement includes a spindle that is cantilevered from the mounting arm. 13. An agricultural implement comprising: a frame configured to be towed by a towing vehicle;a member extending along an axis, the member being a spindle and being cantilevered from and interconnected to the frame so as to prevent rotational movement of the member about the axis and to allow for pivotable movement of the member relative to the frame;a bushing disposed between the member and the frame, and formed of cushioning material that is configured to flex and cushion the cantilevered member when the cantilevered member is loaded due to a bending moment; anda reel adapted for tillage of a field surface, the reel being mounted to the frame by the spindle and being rotatable about the spindle. 14. The implement of claim 13 wherein the reel includes a hub adapted to be mounted to the spindle, and further comprising an adaptor interconnected between the hub and the spindle, the adapter including bearings that allow the adaptor to rotate about the spindle.