The forging process of automobile connecting rod for graphene reinforced aluminum matrix composite was conducted with various forging temperatures, forging forces and forging ratios, and their wear resistance was tested and analyzed. The results show that the wear resistance of automobile connecting rod for graphene reinforced aluminum matrix composite increases first and then decreases with the increasing forging temperature from 350 ℃ to 500 ℃, forging force 4 kN to 10 kN and forging ratio from 8.6 to 23.2 respectively. Compared with forging temperature 350 ℃, forging force 4 kN and forging ratio 8.6, the wear volume reduces 46%, 39% and 41 %  at forging temperature 425 ℃, forging force 8 kN and forging ratio 15.4. The analysis of result shows that the optimized forging temperature, forging force and forging ratio are 425 ℃, 8 kN and 15.4 respectively.