The invention provides a blast furnace burden and a method for improving comprehensive feeding grade of a vanadium titano-magnetite blast furnace. The blast furnace burden comprises the components in percentage by weight as follows: 64%-90% of vanadium-titanium sintering ore, 1%-35% of vanadium-titanium pellet, 0-9% of acidic lump ore and 1%-10% of high-grade lump ore, wherein the weight percentage of Fe in the high-grade lump ore is 40%-65%, and the weight percentage of SiO2 is 5%-15%. The invention further discloses the method for improving the comprehensive feeding grade of the vanadium titano-magnetite blast furnace, and the method comprises the step that the blast furnace burden is subjected to blast furnace smelting. According to the invention, the feeding grade of the blast furnace can be improved, the production of the blast furnace is increased, the focal ratio is reduced, and the cost of the blast furnace burden is reduced.