

In the weeks leading up to the Miami Grand Prix, Formula 1’s key decision-makers — the F1 Commission, manufacturers and the FIA — have scheduled a series of meetings to confront a growing concern: the competitive and safety impact of current power unit recharging requirements.
After three races, the spotlight has fallen squarely on energy management and the unintended consequences it is having on both qualifying and race conditions.
At the heart of the debate lies what many drivers and external observers describe as the most distorted element of the weekend: qualifying.
The phenomenon known as ‘super clipping’ — the electronic power reduction dictated by power unit software algorithms to prioritize energy recovery — is increasingly shaping performance profiles. In practical terms, the system cuts power output in favor of recharging, creating uneven delivery that can heavily influence lap time execution.
While qualifying appears to be the most visibly affected phase, the race itself is far from immune. The incident involving Oliver Bearman and Franco Colapinto served as a tangible demonstration of the risks. Significant speed differentials between a car in the charging phase and another in full energy deployment create high closing speeds — a dynamic that carries clear safety implications.
Several corrective options are on the table, aimed at reducing artificial performance swings and mitigating dangerous speed disparities.
One immediate measure would be a further reduction in the amount of recoverable energy per lap. As outlined in the current regulations, lowering the maximum recoverable energy to 5MJ could deliver two key effects. On straights, it would eliminate clipping even when low power delivery strategies are adopted, thereby avoiding a tangible impact on top speed.

Complementary adjustments to the internal combustion engine (ICE) are also being considered. A partial increase in ICE power output could be achieved without fundamentally altering the current power unit architecture. This might involve:
However, it is clear that not all of these measures could be introduced simultaneously — and certainly not in the short term. Any intervention must balance effectiveness with minimal disruption.
For the immediate future, a single strategy — or a carefully selected combination — will likely be chosen as the least invasive and most efficient solution. A revision of fuel calorific value, paired with a reduction in recoverable MJ, appears to be a workable compromise for this season. By contrast, altering ignition timing and turbo pressure presents a more complex challenge due to the undeniable reliability implications.
Beyond short-term adjustments, a broader regulatory recalibration is under consideration.
A revised power distribution — shifting to a 60:40 split in favor of the ICE over battery power, instead of the current 50:50 balance — could represent a stable and sustainable compromise. Such an approach would maintain a significant role for electrical energy, preserving the sustainability principles underpinning the regulations.
At the same time, it would safeguard the core competitive essence of Formula 1: the clarity of the on-track contest between car and driver. That competitive purity, compared to the recent past of 2025, now appears increasingly nuanced and less tangible under the weight of aggressive energy management strategies.
As discussions intensify ahead of Miami, Formula 1 faces a pivotal choice — whether to fine-tune the current system or to more fundamentally rebalance the technical framework shaping modern competition.

He’s a software engineer with a deep passion for Formula 1 and motorsport. He co-founded Formula Live Pulse to make live telemetry and race insights accessible, visual, and easy to follow.
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