Abstract: An improved axe maul apparatus that uses minimum resistance penetration points to initiate the primary split of the block of wood which allows for less sticking once the axe maul enters the block of wood. A series of rounded ribs provide an area of less resistance as the axe edge enters the block of wood and then the flaring wedge forces the split edge of the blocked wood to be rapidly exploded apart. The areas between the rounded ribs are carved out to further minimize the resistance encountered by the apparatus.

Abstract: The assembly comprises a plurality of blades that can be positioned by sliding the blades over the vertical head of the splitter. The vertical head has a series of support ribs that will allow positioning the blades a various heights on the head and have a forward tilt to the blades. The blades project outward from the head and contact the wood first. The blades are designed to provide a plurality of contact points that have a small area of contact with the wood. This results in minimum resistance to the blades entering the wood. The blades have a number of flaring ribs on the blades to increase the splitting force of the woodsplitter. A collar on the blades around the slot that the vertical head slides through forces the wood being split away from the head itself. The rear edge of the blades rest upon support platforms to maintain the angle of the blades.