Overview

Learning Modules: Module 1: Introduction to All-Terrain Vehicles (ATVs) History and evolution of ATVs Types and applications of ATVs Safety considerations and regulations for ATVs Module 2: Chassis Design and Construction Fundamentals of chassis design for ATVs Material selection and considerations Tubular frame construction techniques Integration of chassis components and subsystems Module 3: Suspension System Design Suspension types for off-road vehicles Independent front and rear suspension systems Spring and damper selection and tuning Impact of suspension geometry on vehicle dynamics Module 4: Steering and Handling Steering system components and types Steering geometry and Ackerman principle Handling characteristics of ATVs Tuning steering response for optimal performance Module 5: Braking Systems Brake system principles and components Disc and drum brake systems Hydraulic braking system design Brake force distribution and efficiency Module 6: Powertrain and Transmission Engine selection and considerations for ATVs Transmission options and gear ratios Drive systems: 2WD, 4WD, and AWD Power delivery and torque characteristics Module 7: Tires and Wheels Tire selection for off-road applications Tire construction, tread patterns, and sizes Wheel design and considerations Tire pressure and traction management Module 8: Electrical Systems and Components Wiring and electrical system design Lighting and auxiliary systems for ATVs Battery selection and management Integration of electrical components Module 9: Dynamic Analysis and Simulation Modeling and simulation techniques for ATVs Optimization of vehicle dynamics for performance and safety Handling characteristics and stability analysis Off-road terrain simulation and analysis Module 10: Fabrication Techniques Welding techniques and best practices Machining and assembly of ATV components Fabrication considerations for ATVs Customization and modification techniques Integrating various subsystems and components to build the complete ATV. Conducting physical tests to validate the design and evaluate performance.