Racing to Perfection: Engineering the Ultimate F1 in schools car - Aditya Iyer

The creation of the wheel has resulted in one of the greatest inventions known to man, the “motorcar”. The exponential evolution in the field of Automotive Research & Development has led to several incredulous milestones including the birth of racing and subsequently, the most popular motorsport event in the world, Formula One. Marked by its inauguration in 1950, cars have developed and changed philosophies around the regulations, inducing a substantial amount of innovation in various subfields of the vehicle.

Regulations are important in the world of motor racing. It preserves a level playing field between the teams taking part and gives them an equal chance to figure out and produce the “perfect car” for the season. But what factors do engineers consider to produce the perfect car? The primary focus lies on the basic philosophies of aerodynamics and mechanics. The basics are the foundation of any new development that can help improve performance. Formula One demands high speed and high downforce, so attaining the perfect balance between drag and downforce is crucial to succeed.

For creative adaptations of racing, observed in competitions like F1 in schools, which my team will be participating in, the concepts are much more simpler, yet equally advanced. The cars in F1 in schools use a pressurized Carbon Dioxide canister that propels the car forward along a 20m long track and can reach speeds of up to 20 m/s which equates to nearly 72 km/h.

The most crucial factors that affect the performance in this category are: the weight of the car, the wheel systems and the build quality of the car. The lightest car, which is closest to the minimum weight of 50g, has been observed to have a better time. Wheel systems must be light and efficient in transferring the kinetic energy produced and the overall build quality of the car would form a stable platform that can work flawlessly to achieve victories.

Being the Chief Engineer of my team, Neoforza, I work with the team to ensure that the car can be engineered to the limits of the regulations in order to extract the maximum performance from the car.