Studying Modern Formula 1 Front Wing at Medium Cornering Speeds Paper No.: 2024-AC-05 Section Research Papers


P. Nimje
R. Kakde


A simulation-based study of three different types of front wing designs used in modern Formula 1 cars was done. The study mainly focuses on the aerodynamic forces that a Formula One car generates mainly the Downforce, the Drag force, & the Lateral force at low cornering speeds. These forces were studied in detail & taking a closer look at how they migrate during the dynamic conditions the car is thrown at various Side Slip (Yaw) Angles, these results were compared with the wing Scuderia Ferrari used in the 1998 formula 1 championship to better understand the inherent problems faced in those previous designs. A brief study of the flow field & flow lines was conducted along with the vortex generation for all three wings. Vortex formation and management is a prominent part of research being carried out for a formula 1 car, so a brief study on the phenomenon of vortex generation & Y250 vortex formation was also carried out. The studies were carried out over typical medium-speed corners where the speed ranges between 150-220 KM/Hr. A study on the effect of the flow field of the top element on the lower element was carried out where the 5th element was removed from each of the three wings & the effect on the downforce & drag value was analysed along with the pressure field.

Keywords: Modern formula 1, Front wing designs, Cornering speeds, aerodynamic forces, Side Slip (Yaw) Angles, Centre of pressure (CoP), Lateral force, CFD, Downforce


How to Cite
P. Nimje, & R. Kakde. (2024). Studying Modern Formula 1 Front Wing at Medium Cornering Speeds: Paper No.: 2024-AC-05. ARAI Journal of Mobility Technology, 4(1), 967–1010.


  1. Katz, J. (2006, January 1). AERODYNAMICS OF RACE CARS. Annual Review of Fluid Mechanics, 38(1), 27–63.
  2. Katz, J. and Garcia, D., "Aerodynamic Effects of Indy Car Components," SAE Technical Paper 2002-01-3311, 2002,
  3. Zhang, X., Toet, W., and Zerihan, J. (January 1, 2006). "Ground Effect Aerodynamics of Race Cars." ASME. Appl. Mech. Rev. January 2006; 59(1): 33–49.
  4. Kellar, W.P., Targett, G.J., Savill, A.M. & Dawes, W.N. An Investigation of Flow field Influences Around the Front Wheel of a Formula 1 Car. Proc. 3rd Int Conf on the Engineering of Sport, 2000, pp 353- 360, June, Sheffield, UK.
  5. Zhang, X., & Zerihan, J. (2004, September). Edge Vortices of a Double Element Wing in Ground Effect. Journal of Aircraft, 41(5), 1127–1137.
  6. Zhang, X., & Zerihan, J. (2003, June). Aerodynamics of a Double-Element Wing in Ground Effect. AIAA Journal, 41(6), 1007–1016.
  7. Zerihan, J., & Zhang, X. (2001, January). Aerodynamics of gurney flaps on a wing in ground effect. AIAA Journal, 39, 772–780.
  8. Zerihan, J., & Zhang, X. (2000, November). Aerodynamics of a Single Element Wing in Ground Effect. Journal of Aircraft, 37(6), 1058–1064.
  9. Aniruddha Patil, Siddharth Kshirsagar, and Tejas Parge, "Study of Front Wing of Formula One Car Using Computational Fluid Dynamics," International Journal of Mechanical Engineering and Robotics Research, Vol.3, No.4, pp. 282-291, October 2014.
  10. Jasinski, W.J., & Selig, M.S. (1998). Experimental Study of Open-Wheel Race-Car Front Wings. SAE transactions, 107, 2549-2557.
  11. Graham Doig, Tracie J. Barber, Andrew J. Neely. The Influence of Compressibility on the Aerodynamics of an Inverted Wing in Ground Effect, ASME Journal of Fluids Engineering, 2011,133(6): 061102.
  12. Doig G, Barber TJ, Leonardi E, Neely AJ. The onset of compressibility effects for aerofoils in ground effect. The Aeronautical Journal . 2007;111(1126):797-806. doi:10.1017/S0001924000001913
  13. Keogh, J., Doig, G. &Diasinos, S. The Influence of Compressibility Effects in Correlation Issues for Aerodynamic Development of Racing Cars, 2012. Proc. 18th Australasian Fluid Mechanics Conference (AFMC), Australasian Fluid Mechanics Society (AFMS), Lauceston, Australia.
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