Formula 1’s new engines are limiting driver talent: here’s why

The new generation of Formula 1 power units is having a profound impact on how drivers approach qualifying, to the point where pure driving talent is no longer the decisive factor it once was. Energy management software now dominates performance, forcing drivers to carefully control their inputs rather than pushing flat out. In extreme cases, drivers are even required to lift and coast before braking zones, while the issue also extends to how they approach corners. Taking more risks than rivals is no longer rewarded, as the priority has shifted to ensuring there is enough battery charge available for the straights. It will now be up to the FIA to decide whether to intervene by introducing limits on energy management systems, which many believe have effectively erased the art of attacking for lap time.

Formula 1 qualifying now resembles Formula E racing

During the Chinese Grand Prix weekend, Charles Leclerc perfectly described how the fight for pole position has changed and is no longer based purely on driver talent, at least not in the traditional sense. “I feel that one of my strengths in the past was that in Q3 I used to take huge risks to gain a bit more. Now, when you do that, you confuse the engine and you start losing more than you gain. Consistency pays off more,” explained the Ferrari driver.

Everything revolves around the energy management software, which autonomously determines when to recharge the battery and when to deploy electrical power. Earlier in Australia, Charles Leclerc had already explained that the system learns from previous laps, a concept very similar to what is seen in Formula E.

In the all-electric championship, cars are equipped with advanced energy management software designed to distribute battery usage across the entire race distance, adapting strategy to different scenarios. For example, if a driver is forced to push harder to overtake, consuming more energy, the system compensates by adopting a more conservative approach in subsequent laps. Conversely, if a Safety Car allows drivers to save energy, the software adjusts the strategy to become more aggressive later on.

The same principle now applies in Formula 1, with one crucial difference: the system focuses on managing energy within a single lap rather than over a full race distance. The consequence is significant. If a driver pushes harder in a corner or applies the throttle earlier than in the previous lap, they consume more energy and force the system to recalculate its deployment strategy, compromising performance for the remainder of the lap. On the other hand, if a driver makes a mistake and delays throttle application, they may inadvertently save energy, which is then released on the straights—sometimes resulting in a faster lap time despite the error.

Consistency now matters more than risk-taking

Lando Norris offered a clear verdict on the situation, suggesting that in modern Formula 1, the driver is no longer fully in control of the car, but rather managing the power unit. Talent is no longer measured by the ability to attack corners aggressively, but by how effectively a driver manages energy and maintains consistent inputs to avoid confusing the hybrid system.

This is a lesson that Andrea Kimi Antonelli quickly learned during his first race weekend in Australia. “In Melbourne, in qualifying, compared to George, I got the way I applied the throttle wrong in one corner, and that caused the system to get a bit confused, and I lost time on the following straights. It’s very important that the driver inputs are consistent and precise, because that makes the difference,” explained the young Mercedes driver.

It is particularly striking that when analyzing the gap to his teammate, Andrea Kimi Antonelli focused not on car control, but on the need to balance instinct with rational thinking in order to optimize energy recovery and deployment. “George manages to find the right balance with battery management a bit earlier, while I still act too much on impulse. I like to drive instinctively, but sometimes, especially with these power units, you can’t rely only on that—you need to think more. That’s why at times I struggled a bit more compared to George, there is more to think about in that respect,” he added.

The future evolution of Formula 1 power units

It is important to note that the new generation of power units is still relatively immature in many aspects, including the software that governs energy management. It is therefore reasonable to expect significant evolution as teams continue to refine their systems. As energy management strategies become more optimized, driving these cars could become less counterintuitive, allowing drivers to express more of their natural talent once again.

However, if Formula 1 aims to restore a more traditional approach to qualifying, where drivers can push to the absolute limit without restriction, regulatory intervention may be required. The FIA could introduce constraints on energy management software or rethink how energy is allocated during qualifying sessions. Ultimately, much will depend on fan feedback, which remains a key factor in shaping future decisions about the sport’s direction.