Design, develop and simulation of Go-kart

Document Type: Persian


1 Department of Mechanical Engineering , Khomeinishahr Branch, Islamic Azad University, Isfahan, Iran

2 Islamic Azad University, Khomeinishahr Branch


Today, the expansion of the Federation of Automobile racing car increases the competition of Go-kart. Go-kart is one of the best and safest car racing competitions. A history of nearly a century in the world. Go-karts are tiny car that can be controlled with good stability on the road and curved path for drivers bring excitement and exhilaration. Stability and control when crossing the road bend are the important parameters in designing Go-karts that the designer should always keep in mind. In this paper, the Go-kart vehicle is simulated in numerical software and then the simulation is versified with experimental test with a Go-kart that is developed in Islamic Azad university, Khomeinishahr Branch. 


[1] Guglielmino, E., Guglielmino, I. D., Mirone, G. (2000).Caratterizzazione num erico-sperim entale di un go-kart da com petizione. Atti Del XXIX-Convene AIAS, 2000, pp.57-68, Lucca.

[2] Mirone, G. (2003). Multi-body modification of a go-Kart with flexible frame: simulation of the dynamic behavior and experiment validation. Proc. JSAE Int. Body Engineering Conf. 2003.

[3] Ponzo, C. and Renzi, F., Parametric multi-body analysis of kart dynamics.  The 30th FISITA World Cong. 2004, Barcelona, Spain.


[4] Muzzupappa, M., Matrangolo, G.,Vena, G., Experimental and numerical analysis of the go-kart frame torsional behavior.  XVII Ingegraf–XV ADM. 2005, Seville.


[5] Biancolini, M. E., Cerullo, A. and Reccia, L., Design of a tuned sandwich chassis for competition go-kart. Int. J. Vehicle Design, vol.44, 2007, pp.360-378.

[6] Cianetti, F., Di Pietro, G., Guglielmino, E. and La Rosa, G. (). Structural optimization of a composite material racing-car body. 4th Int. Conf. New Design Frontiers for More Efficient, Reliable and Ecological Vehicles, 1994, Firenze.


[7] Kim , K.C., Kim , C.M., Analysis process applied to a high stiffness body for improved vehicle handling properties. Int. J. Automotive Technology, vol.8, 2007, pp.629-636.


[8] Lee, J. H., Yoo, W. S., Predictive control of a vehicle trajectory using a coupled vector with vehicle velocity and sideslip angle. Int. J. Automotive Technology, vol.10, 2, 2009, pp.211-217.

[9] Jazar, R., Vehicle Dynamic theory and application, Springer, 2011.

[10] Mirone, G., Multibody elastic simulatio0n of a Go-kart correlation, International Journal of Automotive Technology, Vol. 11, No. 4, 2010, pp. 461−469.