Drill bit

A method of manufacturing a drill bit, the method comprising:

• providing a piece of bar stock having a first end, a second end opposite the first end, and an axis of rotation extending centrally through the bar stock between the first and second ends;
• cutting the first end of the bar stock to form a first tip angle at an oblique angle measured through the axis of rotation;
• cutting the first end of the bar stock at a second tip angle measured through the axis of rotation to form first tip surfaces and second tip surfaces, each set of first and second tip surfaces positioned on opposite sides of the axis of rotation, the first tip surfaces having the first tip angle, the second tip surfaces having the second tip angle, the second tip angle being smaller than the first tip angle wherein each first tip surface defines a first cutting edge that is continuous and linear along an entire length of the first tip surface and a trailing edge that is angled relative to the first cutting edge, the first cutting edges extending radially outward from the axis of rotation, wherein each second tip surface defines a second cutting edge that is continuous and linear along an entire length of the second tip surface, the second cutting edges extending radially outward from the first cutting edges to the outer periphery of the body, wherein the first cutting edges are angled relative to the second cutting edges within a plane that is perpendicular to the axis of rotation, and wherein an extension line defined by a portion of the trailing edge of each of the first tip surfaces is radially offset from the other of the first tip surfaces within the plane;
• forming a flute in the bar stock between the first and second ends;
• and
• forming a shank at the second end of the bar stock.