Technocrats and researchers are attracted to the Polymer Matrix Composite (PMC) material due to its predominant mechanical properties. It has been observed from the literature survey that, use of any of the natural fibers alone from the available category like, Bast fibers e.g. jute, kenaf etc., Leaf fibers e.g. Sisal, Banana etc, Grass fibers e.g. Bamboo, Bagasse, Corn etc., Seed fibers e.g. cotton, Kapok etc., fruits fibers e.g. coir, palm etc. etc. as reinforced elements with matrix for composite not proven enough in strength for the proposed application due to its inbuilt characteristics. That limitation motivated me to do work on hybrid composites. Research is needed to find the better combination of the blend from the decided wt % configuration of fibers. In this paper, by taking the blend of natural fibers (Jute and kenaf) with a synthetic fiber (Glass fibers) with epoxy resin as matrix has been consider for the composite material preparation and its mechanical properties has been reveal as per American Society for Testing and Materials (ASTM) standard. The aim of the current work is to find a better wt % configuration out of the decided. Seven laminates of different configurations have been prepared by taking bidirectional woven fabric with the help of compression molding method. The tensile strength of the hybrid specimen shows maximum ultimate tensile strength 102.10 Mpa and Young’s Modulus 6706.90 MPa at maximum force of 7.70 kN.The flexural strength of the hybrid specimen composite shows maximum flexural strength 225.30 MPa. The impact strength of the hybrid material is 11.43 J/M.The hybrid composite material shows the more than 100,000 cycles. This is the highest among the seven examined configurations.