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Mon, July 2023:59Business/PolicyInfra & costInfra & cost guide

F1 Belgian GP: Machine Learning Algorithms Are Ruining the Sport

Decision Brief

What changedAt the Belgian Grand Prix, teams' self-learning AI energy management systems slowed cars, leading to driver complaints about degraded racing.
Why it mattersThe opaque and unpredictable AI energy system caused one car to lose straight-line speed, resulting in a crash, highlighting negative impacts of machine learning on fairness and spectacle under current F1 rules.
Who should careAll AI builders
Affected stackNo specific stack identified
Source confidenceMedium · Reliable media or first-hand reporting

At the 2026 Belgian Grand Prix, Mercedes driver George Russell's car was notably slower on straights than his teammate and others. The cause was traced to the team's self-learning AI energy management system, whose operations were opaque to the driver. With battery capacity of only 4 MJ, tiny deployment differences led to power loss. Russell eventually collided with Hamilton while attempting an underpowered overtake. Drivers widely complained that current F1 cars rely solely on the ICE in high-speed corners (about 450-500 bhp), akin to Formula 3 power, making driving unenjoyable. Verstappen said, 'This isn't F1, it's boring to drive.' Despite Antonelli winning again, the race was lackluster, revealing how poorly 2026 rules suit classic tracks like Spa. For F1 teams and drivers, while AI energy management optimizes allocation, its opacity and unpredictability undermine fairness and driver confidence. Over-reliance on machine learning may degrade race quality and spectator experience.

Summary basis: full article readCompiled from the source scope noted above; the original remains authoritative.

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