The polymer-based hybrid composite's aim to permeate several sectors is inescapable. Among other purposes, the hybrid polymer matrix composite was aimed for cars and utility components. The type of reinforcement and its selection shape the composite's nature. Researchers are currently concentrating on employing natural fibres to reinforce hybrid polymer composites and increase natural fibre mechanical properties. As stated in this study, natural fibres are replacing conventional fibres like glass, aramid, carbon and others to improve quality. Vehicles, aircraft, military, packaging utility products, construction, and so on have proved that natural fibres are a viable alternative to synthetic fibres. These polymer-based hybrid composites have considerable limitations. It tried to sum up everything. Adding high strength-to-weight natural fibres to polymer composites increases mechanical properties.

Nowadays, people have developed a dependence on composite materials and have begun to employ them for a variety of reasons. Natural fibre composites are lightweight, eco-friendly, renewable, affordable, biodegradable, and sustainable. Natural fibres outperform synthetic or man-made fibres in terms of performance. Natural fibre reinforced polymer composites have grown in popularity in recent years due to their advantages over typical synthetic materials. There have been numerous academics exploring natural fibre composite/resin composites in recent years.