Apparatus and method for land clearing and preparation

A land preparation tool comprising:

• a tool body having a longitudinal axis, the tool body comprising a first imaginary plane and a second imaginary plane, the first and second imaginary planes intersecting orthogonally at the longitudinal axis, wherein the tool body comprises:
• a concave cutting surface tapering from a proximal midpoint to a distal edge comprising a circular blade, wherein the cutting surface is symmetrical about the first imaginary plane and the second imaginary plane;
• a multi-faceted surface mounting interface disposed on the tool body opposite the cutting surface, wherein the mounting interface comprises a plurality of beveled surfaces defining a first pair of V-shaped surfaces and a second pair of V-shaped surfaces, wherein a first apex of the first pair of V-shaped surfaces is disposed in the first imaginary plane and a second apex of the second pair of V-shaped surfaces is disposed in the secondary imaginary plane;
• and
• a channel disposed into the mounting interface and extending into the tool body.

A land preparation apparatus, comprising:

• a rotatable drum;
• a plurality of tool holders arranged on the rotatable drum, wherein each tool holder comprises a connection interface;
• a plurality of land preparation tools, wherein each land preparation tool is configured to connect with a tool holder of the plurality of tool holders and wherein at least one land preparation tool comprises a tool body having a longitudinal axis, the tool body comprising a first imaginary plane and a second imaginary plane, the first and second imaginary planes intersecting orthogonally along the longitudinal axis, wherein the tool body comprises:
• a concave cutting surface tapering from a proximal midpoint to a distal edge comprising a circular blade, wherein the cutting surface is symmetrical about the first imaginary plane and the second imaginary plane;
• a multi-faceted surface mounting interface disposed on the tool body opposite the cutting surface, wherein the mounting interface comprises a plurality of beveled surfaces defining a first pair of V-shaped surfaces and a second pair of V-shaped surfaces, wherein a first apex of the first pair of V-shaped surfaces is disposed in the first imaginary plane and a second apex of the second pair of V-shaped surfaces is disposed in the secondary imaginary plane;
• and
• a channel disposed into the mounting interface and extending into the tool body.