Formula 1 cars are some of the most technologically advanced machines in the world, built with incredibly strong, lightweight materials. Then why do they seem to break at the lightest touch? In many races, drivers often break their front wings or other parts of the car with minor contact, even at low speeds. One of the main materials used in these cars is carbon fiber, famous for its exceptional strength-to-weight ratio. But if carbon fiber is so strong, why do parts of F1 ca

In Formula 1, even the angle of a single suspension rod can affect the entire design of the car. While the angle is critical to the car’s overall design, there is no single way of confronting this problem. In fact, two different suspension designs oppose each other. They're called push-rod and pull-rod suspension. Although push-rod and pull-rod suspension systems perform the same basic function, their different layouts create major trade-offs in packaging, aerodynamics, cente

Steering is one of the most basic actions in driving, yet in Formula 1 it becomes an incredibly precise engineering challenge. The steering system has to be lightweight, precise and incredibly strong. Everything has to work together so the steering gives the driver extremely detailed feedback through the steering wheel. What makes an F1 steering system different is not just how quickly it turns the car, but how accurately it connects the driver to the tires and the track.