This article explores how lateral, longitudinal, and vertical tyre forces interact with weight transfer and aerodynamic load to define a racing car’s handling and stability whilst pushing to the absolute limit.

Chassis stiffness, suspension setup, and tyre dynamics all influence how grip is generated and maintained through corners, under braking, and during acceleration. Even small changes in chassis geometry or tyre load distribution can drastically affect stability, steering response, and predictability at high speeds. By examining the interplay of chassis design and tyre behaviour, motorsport engineers can fine-tune performance to maximise cornering speed without sacrificing control.

For racing teams, drivers, and performance engineers, understanding these forces is key to achieving consistent lap times, safer handling, and an optimised race car. All of these factors ultimately fall under what people only refer to with the broad umbrella term of “aerodynamics in motorsport”, and we are here to help you explore the nuances that are often overlooked elsewhere.

Read our full article below.