The bicycle frame capable of reducing the wind resistance of the front fork comprises a head tube and the front fork, the front fork comprises an ejector rod, a wind guiding column and supporting rods located on the two sides of a rear wheel, the bottom of the ejector rod and the bottom of the wind guiding column are both connected with the supporting rods, and the ejector rod and the wind guiding column are arranged in a spaced mode. A through hole is formed in the head
pipe, the ejector rod is inserted into the through hole, the air guide column is located on one side of the head
pipe, and the thickness of the air guide column is gradually reduced in the direction away from the head
pipe, so that in the riding process of the bicycle, the air guide column is located in front of the head pipe to
cut air; the bicycle can effectively reduce wind resistance of riding when the bicycle advances, enables riding to be easier, and solves the problem that wind resistance is large due to the fact that wind is
cut by directly adopting the cylindrical outer side wall of the head pipe in the prior art. The outer side wall of the air guide column and the outer side wall of the head pipe are in smooth transition, the original thickness of the head pipe can be kept, and meanwhile the problem that the head pipe protrudes to increase air resistance is solved.