<p>Copper Metal Matrix Composites (CuMMC) overcome the constraints of pure copper by providing high strength, wear resistance, and corrosion resistance while maintaining excellent electrical and thermal conductivity. CuMMC is thus a promising material for a wide range of applications including heat exchangers, resistance welding electrodes, and maritime components. This study was aimed to fabricate silicon carbide reinforced copper matrix hybrid composite with addition of 1%Gr and 2%Cr to enhance good wettability between molten copper and solid reinforcement. Five samples were synthesized using stir casting with varying weight percentage of silicon carbide (0,3, 6, 9 and 12 wt.%) at 500&#xa0;rpm stirring speed, 30-min stirring time and 1200 ⁰C stirring temperature. Porosity percentage, hardness, electrical conductivity, compression strength and corrosion resistance properties of fabricated samples were investigated and analyzed. Test results demonstrated that the addition of SiC-Gr-Cr improved hardness and corrosion resistance when compared to commercial copper. The addition of SiC-Gr-Cr up to 12%wt enhanced compression strength, although when the amount of reinforcement approaches 15% (12% SiC-1%Gr- 2%Cr) wt., the compressive strength of the composite decreased due to an increased in brittleness. Improving these qualities can benefit industries such as aerospace, automotive and maritime industries.</p>