A timberjack including a handle, and a jacking stand coupled to the handle, the jacking stand comprising a first portion and a second portion, wherein the first portion is arranged to engage the ground, and wherein the second portion is coupled to the first portion and extends downwardly from the handle to elevate a portion of the handle from the ground.
1. A timberjack comprising:
a handle defining a first end, a second end and including:
a steel sheath disposed proximate the first end of the handle and defining a first axial end, a second axial end opposite the first axial end, and a first axial aperture with a solid linear core disposed therein;
a grip disposed proximate the second end of the handle;
an exposed fiberglass sheath disposed defining a third axial end, a fourth axial end opposite the third axial end, and a second axial aperture with the solid linear core disposed therein, wherein the third axial end of the fiberglass sheath abuts the second axial end of the steel sheath and the fourth axial end of the fiberglass sheath abuts the grip, and wherein the steel sheath, fiberglass sheath and grip are linearly aligned along a plane of the handle;
a hook operatively coupled to and extending from the handle, wherein the hook is configured to engage and receive a log through rotational movement of the handle; and
a jacking stand coupled to the handle, the jacking stand comprising at least two members arranged such that the jacking stand is configured to structurally support and elevate a log received by the hook.
2. The timberjack of claim 1 , wherein the jacking stand further comprises at least three members including a center member, a cross-member and a lateral member and the jacking stand is configured to provide leverage for pivoting the handle about the cross-member.
3. The timberjack of claim 2 , wherein the center member, the cross-member and the lateral member are arranged in the same plane that is a different plane than the plane of the handle.
4. The timberjack of claim 2 , wherein the lateral member forms a first acute angle with the center member and a second acute angle with the cross-member and the first acute angle is different than the second acute angle.
5. The timberjack of claim 2 , further comprising an ear attached to the underside of the steel sheath and the jacking stand is attached to the ear and extends at a right angle from the handle.
6. The timberjack of claim 5 , further comprising an ear attached to the top side of the steel sheath that is configured to provide a hinge coupling for the hook.