Formula 1 is currently going through a challenging phase when it comes to on-track spectacle, with races often becoming predictable and affected by “super clipping” moments that disrupt the natural flow of racing. The FIA is actively working on potential solutions, and one proposal is gaining traction, aiming to fundamentally change how electric power is managed in modern F1 cars.
The FIA proposal: less battery, less recharge
The most discussed solution involves reducing both the amount of electric energy available per lap—effectively lowering battery capacity—and limiting the recharge capability. The main goal is to eliminate the “super clipping” phenomenon, those moments when cars dramatically slow down halfway down a straight because electrical energy is either depleted or being artificially managed to recover charge.
“This change would significantly reduce this super clipping anomaly,” explains engineer Riccardo Romanelli. The idea is to allow cars to accelerate for longer periods on straights, relying primarily on energy harvesting under braking to recharge the battery in a more natural and less artificial way.
The consequences: slower but more consistent cars
This adjustment would inevitably lead to a reduction in overall power output. Riccardo Romanelli did not hide his concerns about this direction: “We are thinking about internal combustion engines that, as someone said, are like small engines, because in terms of displacement and specific power, we are truly heading toward a Formula 1 that is below the average level now reached by top-tier motorsport categories.”
The issue is not only about entertainment but also about safety. The engineer pointed to the Suzuka incident as a clear example of how dangerous speed differentials caused by super clipping can be. The FIA, which has always prioritized safety, has likely recognized the risks introduced by this regulatory combination.
A failure in regulatory planning?
The key question remains: how is it possible that the FIA, after years of discussions and development around these regulations, did not foresee such scenarios? Riccardo Romanelli admitted he was “very puzzled.” Modern simulation tools, also used in endurance categories like LMP1, allow engineers to accurately predict optimal lap timing and hybrid system management.
“This lack of foresight, in my opinion, is what is now forcing the FIA to take corrective action,” Romanelli concluded.
Balancing spectacle and technical direction
While the introduction of slightly slower cars with more linear power delivery could improve the overall racing spectacle, the broader debate highlights the shortcomings of a regulatory framework that has not fully met expectations. Formula 1 now faces a critical phase: finding the right balance between innovation, performance, safety, and entertainment to ensure the sport remains both technologically advanced and exciting for fans worldwide.
The move toward a more predictable power curve could therefore be the “medicine” the sport needs, but it comes at the cost of the raw, earth-shaking performance F1 fans have come to expect. As the FIA prepares to finalize these corrective measures, the balance between technical innovation and pure entertainment has never been more delicate.
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