Abstract: A hunting tree stand is disclosed. The hunting tree stand includes a backbone configured to be secured to a tree, an inner radial support beam having a generally arc shape, and a plurality of cantilevered supports extending outwards from the inner radial support beam. In addition, the hunting tree stand includes a pair of adjustment plates disposed on a respective proximate end of the plurality of cantilevered supports and configured to be secured to opposing sides of a lower end of the backbone. A plurality of adjustment apertures are disposed in a curvilinear pattern on the pair of adjustment plates, where the plurality of adjustment apertures are positioned so that an angle of a decking to the backbone can be adjusted relative to the backbone by rotating the decking downwards or upwards and inserting an adjustment pin through a desired adjustment aperture and the lower end of the backbone.

Abstract: A hunting tree stand is disclosed. The hunting tree stand includes a backbone configured to be secured to a tree, an inner radial support beam having a generally arc shape, and a plurality of cantilevered supports extending outwards from the inner radial support beam. In addition, the hunting tree stand includes a pair of adjustment plates disposed on a respective proximate end of the plurality of cantilevered supports and configured to be secured to opposing sides of a lower end of the backbone. A plurality of adjustment apertures are disposed in a curvilinear pattern on the pair of adjustment plates, where the plurality of adjustment apertures are positioned so that an angle of a decking to the backbone can be adjusted relative to the backbone by rotating the decking downwards or upwards and inserting an adjustment pin through a desired adjustment aperture and the lower end of the backbone.