Fabrication and mechanical characterization of hybrid composite bike safety helmet

Abstract The current work manages the portrayal polymer grid composites consolidating glass fiber and fiber got from coconut. The composite was readied utilizing hand lay-up process and adequate precautionary measure has been taken to guarantee there is homogeneity. The composite is made out of 60% polyester pitch, 10% glass fiber and 30% coconut fiber. Different mechanical tests like miniaturized scale hardness test, rigidity, sway quality test has been completed to describe the composite. The different mechanical properties like thickness, miniaturized scale hardness and rigidity are influenced when the coconut filaments were included. The effect quality and flexural quality of the composite increments while extreme rigidity diminishes. Which can empower us to utilize the composite that is a blend of polyester tar and coconut filaments in a more up to date and more up to date application. Utilizing individual defensive hardware, for example, wellbeing protective caps, at bike rider site, is the last strategy to forestall debacles, and such gear are generally perceived as consumables. Mechanical properties including the effect quality, rigid, flexural quality are watched in this investigation.