Formula one cars are equipped with over 200 sensors that give a detailed analysis of vehicle performance, allowing F1 engineers to know what to change first, which presents an intense amount of hard work for the engineers to understand what to focus on. This is where AI has made strides in F1 racing games. Formula one engineers spend most of their time starring at data in screens sent from the multiple sensors. AI has eased the gathering and description of a large amount of incoming data from the sensors. It has been used to help engineers understand what the data means in a minimal amount of time. It has made engineers focus their time on making widespread changes in a more efficient and time-saving manner. It is cumbersome for humans to comprehensively analyze the enormous amount of data generated by the F1 car sensors.
AI has been programmed with algorithms that analyze most car sensors’ elements, which combine to provide a complete picture of the car’s performance and its position in every race. AI assistance has also made more strides in propelling the sport’s growth and helping keep the speeding drivers safe. The formula one sports industry is one full of high speed and high tech devices, the capacity of human error in operating or fixing such high tech devices is often high. AI has been programmed to analyze the car’s general condition, including finer details that are easily missed out by humans. These finer details include; the car’s general condition every second, the tire’s condition, which is prone to tear and wear and help the driver know when it is time to make a pit spot. AI advice on when to make pit stops is more effective and well-analyzed compared to engineer advice.
AI has been used in general engineering projects to better the races. AI is often making simulations and analyzing data to find better ways to improve the car’s usability and function. In the aspiring future, AI will be linked to improving and better car performance in F1 races. AI is helping propel F1 to new heights even off the racetrack. It is now being incorporated by top companies that major in building F1 cars to assist during manufacturing and development.
AI will not destroy F1 races; it will better them by building more competitive cars and improving the pit stop changes by helping engineers analyze the sensors faster and efficaciously. The most significant way AI will better F1 racing is by making the racing games safer. Formula one has never been safer; drivers risk their lives every time they drive through the racetracks. AI systems could be programmed to tackle the threat collisions. AI algorithms could also be programmed to provide specific signal warnings to vehicles in dangerously poor conditions. The AI could be programmed to analyze various factors unique in poorly conditioned cars, increasing the likelihood of accidents, such as weary tires, track precipitation, and brake temperature, among others. AI is a huge potential in improving the F1 racing competition and taking the event to a higher and safer level.
