Hybrid composites are materials made by mixing two or more different types of fibers into a single matrix. Hybrid composites are more advanced than other fiber-supported composites, and they may be used in a larger range of applications. Hybrid composites' performance is a weighted sum of the individual parts, with a more favorable balance between intrinsic benefits and disadvantages. The advantages of one type of fibre may be able to compensate for features that are lacking in other types of hybrid composite materials. As a result, effective material design could help establish a cost-performance balance. The orientation of the fibers, their content and length, the layering patterns of the two fibers, their intermingling capacities, the fiber-to-matrix interface, and the failure strain of single fibers can all influence the properties of a hybrid composite. Hybrid composite materials are crucial in the production of automotive and aerospace parts. Manufacturers have been compelled