Simulation Technology in F1 - Simulation is crucial for advancing F1 car development, categorized into real-time driver-in-the-loop and offline simulation [1] - Offline simulation, using virtual models, operates up to 10,000 times faster than real-time, enabling extensive iterations [2] - Careful modeling is essential in offline simulation to prevent creating cars that are undrivable in real life [2] - Lower-cost simulators are becoming more accessible, accelerating technology and benefiting F1 from the ground up [3] Cost and Accessibility of Simulators - Entry-level simulators, including a seat, pedals, and computer, start around $5,000 [4] - Mid-range simulators can range from $10,000 to $20,000, offering good steering representation but typically lack motion [5] - High-end simulators can cost $1 million, and advanced versions range from $12 million to $16 million [5] Impact on Driver Development - Next-generation drivers are growing up with simulator experience, exemplified by F1 drivers like Lando Norris and F1 Academy stars like Abby Pulling [4] - Increased access to improved simulation technology is shaping the development of future F1 drivers [4] Regulatory Context - F1 is preparing for new regulations in 2026 that will significantly alter car design and engineering with hybrid technology [3] - Extensive trial and error through simulation is paramount in adapting to the upcoming 2026 regulations [3]