Abstract
All-terrain vehicle (ATVs) is a mature and well-cultivated product with prominent significance all over the world. As these products are made to be driven by hoonigans, safety is the main matter of concern. This research paper conducts a crash test analysis on an All- Terrain Vehicle (ATV) chassis to evaluate its structural integrity and occupant safety during collisions. Using advanced computational modeling and finite element analysis, various crash scenarios like Frontal and Side impact crash (considering the driver’s weight) with a wall, Modal analysis, and Static structural analysis are simulated. The 3D finite element model considers material properties and geometry, analyzing acceleration, displacement, deformation, and stress distribution within the chassis. The study assesses the chassis’s ability to absorb impact energy and protect occupants, examining the effectiveness of safety features like roll cages and seat restraints
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