The study evaluates the performance of a hybrid epoxy composite reinforced with nano alumina and carbon fiber. The composite is fabricated using hot compression moulding technology with an applied pressure of 100 psi for 5 minutes. The epoxy matrix is blended with 5 wt% nano alumina and carbon fiber at different volumes (0, 10, 15, 20 wt%). The composite with 5 wt% nano alumina and 20 wt% carbon fiber exhibited the best mechanical properties, including an impact strength of 7.8 J/cm², microhardness of 26 HV, and flexural strength of 42 MPa, outperforming the unreinforced epoxy composite. The study highlights the superior adhesive bonding strength and mechanical behavior of the hybrid composite, making it a promising material for various applications.The study evaluates the performance of a hybrid epoxy composite reinforced with nano alumina and carbon fiber. The composite is fabricated using hot compression moulding technology with an applied pressure of 100 psi for 5 minutes. The epoxy matrix is blended with 5 wt% nano alumina and carbon fiber at different volumes (0, 10, 15, 20 wt%). The composite with 5 wt% nano alumina and 20 wt% carbon fiber exhibited the best mechanical properties, including an impact strength of 7.8 J/cm², microhardness of 26 HV, and flexural strength of 42 MPa, outperforming the unreinforced epoxy composite. The study highlights the superior adhesive bonding strength and mechanical behavior of the hybrid composite, making it a promising material for various applications.