A tree step for use in climbing a tree while mobile hunting, and as part of a ring of steps while saddle hunting, which can be useful for resisting slippage and movement when a hunter applies side pressure to the step. In general, the tree step includes a unitary body having at least one concave surface for contacting the convex surface of a tree trunk. The concave surface of the tree step can provide a large surface area of contact with the tree. The step also includes a second surface coming together with the first surface at a bend in the unitary body. A strap portion of the unitary body connects and supports the contact surfaces, and includes a hole or opening therethrough for threading a strap or rope.
1 . A ring of steps for saddle hunting, the system ring of steps comprising:
a) a plurality of tree steps for being arranged around a tree trunk for use in saddle hunting;
b) a strap for securing the plurality of tree steps to form the ring of steps around the tree trunk,
wherein each of the plurality of tree steps comprises:
i) a first, concave surface for contacting the surface of the tree trunk;
ii) a second surface for receiving a user's foot when leaning on and moving around the ring of steps secured around the tree trunk, wherein the second surface comprises:
1. a substantially flat top surface;
2. a down-sloping right side;
3. a down-sloping left side; and
4. a down-sloping terminal side, wherein the down-sloping sides of the second surface receive the user's foot at an angle when the user is leaning on and moving around the ring of steps;
iii) a bend linking the first surface and the second surface at a substantially right angle to one another; and
iv) a strap portion supporting the bend, the first surface, and the second surface, wherein the strap portion includes a strap hole for receiving the strap for securing the plurality of tree steps around the tree trunk.
2 . The ring of steps of claim 1 , wherein the down-sloping sides of the second surface comprise a downward angle of between 10 degrees and 60 degrees.
3 . A tree step for use in a ring of steps for saddle hunting, wherein the tree step comprises:
a) a first, concave surface for contacting the surface of a tree trunk;
b) a second surface for receiving a user's foot when leaning on and moving around a plurality of the tree steps secured as the ring of steps around the tree trunk during saddle hunting, the second surface of the tree step comprising:
a. a substantially flat top surface;
b. a down-sloping right side;
c. a down-sloping left side; and
d. a down-sloping terminal side,
wherein each of the down-sloping sides of the second surface receive the user's foot at an angle when the user is leaning on and moving around the ring of steps;
c) a bend linking the first surface and the second surface at a substantially right angle to one another; and
d) a strap portion supporting the bend, the first surface, and the second surface, wherein the strap portion includes a strap hole for receiving a strap for securing the plurality of the tree steps into the ring of steps around the tree trunk.
4 . The tree step of claim 3 , wherein the widest portion of the second surface is wider than the widest portion of the first surface to allow more surface area contact with the user's foot.
5 . The tree step of claim 3 , wherein the down-sloping sides of the second surface comprise a downward angle of between 10 degrees and 60 degrees.
6 . The tree step of claim 3 , wherein the first surface includes a plurality of raised rows separated by a plurality of crevices, each of the plurality of raised rows including at least one raised block for making frictional contact with the tree and resisting side pressure applied to the step.
7 . The tree step of claim 6 , wherein at least one of the plurality of raised rows is arranged in a downward-pointing pattern and includes a plurality of peripheral raised blocks, a plurality of intermediate raised blocks, and a chevron-shaped middle raised block.
8 . The tree step of claim 6 , wherein at least one of the plurality of raised rows includes a protrusion on its peripheral raised blocks, and wherein each protrusion provides an additional frictional point of contact for preventing the step from rolling or otherwise moving when side pressure is applied.
9 . The tree step of claim 7 , wherein the peripheral raised blocks are taller than the intermediate raised blocks, and wherein the intermediate raised blocks are taller than the chevron-shaped middle raised block to create the concavity of the at least one concave surface.
10 . The tree step of claim 1 , wherein the first surface includes a plurality of raised rows separated by a plurality of crevices, each of the plurality of raised rows including at least one raised block for making frictional contact with the tree and resisting side pressure applied to the step.
11 . The tree step of claim 10 , wherein at least one of the plurality of raised rows is arranged in a downward-pointing pattern and includes a plurality of peripheral raised blocks, a plurality of intermediate raised blocks, and a chevron-shaped middle raised block.
12 . The tree step of claim 11 , wherein at least one of the plurality of raised rows includes a protrusion on its peripheral raised blocks, and wherein each protrusion provides an additional frictional point of contact for preventing the step from rolling or otherwise moving when side pressure is applied.
13 . The tree step of claim 11 , wherein the peripheral raised blocks are taller than the intermediate raised blocks, and wherein the intermediate raised blocks are taller than the chevron-shaped middle raised block to create the concavity of the at least one concave surface.