Design and Analysis of Suspension System for an ATV Using LOTUS Software


Aditya Chavhan
Animesh Hedaoo
Rajat Gode
Ritik Raj Singh
Syed Hamza Ali
Ganesh Shetiye


Suspension System is classified as the most important subsystem of a vehicle as its design is responsible for the dynamic performance, comfort and safety level of the vehicle. This paper focuses on designing the suspension system for an ATV and considers its impact on steering geometry. LOTUS Shark Suspension Analysis software has been used as the prime software tool for the designing and simulation process for the suspension and to study its corresponding effects on the steering geometry. The literature also includes the force calculations that are performed during suspension design. It also sheds light on calculations and design aspects of the steering subsystem as well.

Keywords: LOTUS, Double wishbone, H-arm, Ackerman


How to Cite
Aditya Chavhan, Animesh Hedaoo, Rajat Gode, Ritik Raj Singh, Syed Hamza Ali, & Ganesh Shetiye. (2022). Design and Analysis of Suspension System for an ATV Using LOTUS Software. ARAI Journal of Mobility Technology, 2(4), 386–391.


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