Formula 1's move towards AI-controlled power unit management, particularly with the 2026 season regulations, introduces a complex element that could significantly impact the next installment of Codemasters' F1 game series. This shift, designed to manage intricate hybrid power units, has already led to conspicuous issues in real-world racing.
Recent incidents highlight the unpredictable nature of this AI integration. A software glitch attributed to wet weather conditions at Sepang caused 22 cars to lose throttle control on a warmup lap, necessitating a pre-race software update. Lewis Hamilton reported needing to restart his engine to regain control. Similarly, Valtteri Bottas's retirement at Baku was later revealed to be a result of the energy deployment system malfunctioning during a 'super-clipping' event, where the car unexpectedly reduces throttle to harvest energy.
These events underscore how much of the current F1 car's operation is beyond direct driver control. Lando Norris experienced this firsthand when the battery deployment system activated unexpectedly, causing him to overtake Lewis Hamilton, only to then be vulnerable on the subsequent straight. Norris described this as taking "too much control away from the driver," a sentiment echoed by Charles Leclerc, who likened the artificial power surges to a "mushroom in Mario Kart."
Codemasters has historically prided itself on simulating the sport's details, from tire wear to engine map modes and the introduction of features like DRS and ERS. The current F1 games typically allow players significant control over battery harvesting and deployment, even with driving aids enabled. However, the real-world phenomenon of AI auto-deployment, with its bugs and unpredictable outcomes, poses a direct challenge to the game's pursuit of realism.
Simulating the 2026 F1 car's AI-driven energy deployment accurately could result in a game that feels "buggy and broken" experience for players. This could mean cars slowing unexpectedly on straights despite full throttle or experiencing erratic power surges, potentially leading to situations where one driver's AI performs better than another's, impacting race outcomes.
The 2027 season may see regulation changes aimed at rebalancing energy harvesting during braking and deployment on straights, potentially making the racing more conventional. However, the effectiveness of these changes remains uncertain, requiring significant testing and rapid adaptation from Codemasters. The developers will need to finalize the game's handling model based on the real-world cars' performance under these new regulations, a process complicated by the need to balance the experience for both elite online competitors and casual players.
One potential avenue for Codemasters is the 'My Team' mode, introduced in F1 25, which allows players to vote on regulation changes. If this feature were expanded to include options for AI battery deployment, it could offer a way for players seeking a more traditional driving experience to opt out of the AI-controlled systems, at least until the real sport solidifies its approach.