Abstract: An exercise saddle tree and method of construction that utilizes the inherent strength characteristics, defined by wood grain, growth rings, and wood type, of natural wood to create a stronger, low-weight saddle tree design. In addition, the present invention alters a standard saddle tree design and form to distribute the concussive force of horse and rider in a more uniform manner across the structure of the saddle tree.

Abstract: The tree of a harness saddle band is formed of an elongated, narrow, thin, strip of resilient plastic material bent into an inverted U-shape having a central bight portion and integral depending leg portions. The bight portion is stiffened to resist bending or flexing of the bight portion. The depending leg portions are resiliently flexible relative to the bight portion for independently bending laterally towards an away from each other and for independently bending longitudinally forwardly and rearwardly of the horse. The junctions between the leg portions and the bight portion are provided with raised ribs which are decreasingly tapered in the direction from the bight portion towards the free ends of the leg portions.