The FIA has ruled out banning the algorithms used to manage Formula 1 power unit deployment, despite acknowledging driver concerns over the complexity of energy management under the 2026 regulations. Single-seater director Nikolas Tombazis believes handing complete control of electrical deployment to the drivers would not solve the problem and could actually make the effects they are criticising more pronounced.
The issue has become a point of discussion in the paddock following comments from drivers including Oscar Piastri and Lando Norris. With electrical energy playing a central role in the new-generation power units, teams rely heavily on sophisticated management strategies to determine when energy should be deployed, conserved and recovered around a lap.
FIA rejects a ban on F1 power unit algorithms
Nikolas Tombazis acknowledged that the concerns expressed by drivers are understandable. He explained that the underlying difficulty comes from the limited amount of energy available, which makes finding the most effective way to manage deployment extremely important.
The challenge is one of the defining features of the 2026 power units. Energy cannot simply be released continuously without consequences, meaning the timing and intensity of deployment have a direct effect on how much electrical assistance remains available later in a straight or lap. The significance of this new operating environment has already been evident in the changing energy-management techniques required by the 2026 power units.
One proposed answer has been to remove the algorithms and leave the drivers to manage power delivery themselves through steering-wheel controls. The FIA, however, does not believe such an extreme approach would improve the racing.
Tombazis argued that if drivers had complete manual control, they would naturally be inclined to use a large amount of the available energy when accelerating out of corners. According to the FIA official, that would make the effects currently generating complaints even more obvious rather than eliminating them.
Why manual energy deployment could increase clipping
The principal concern is clipping, the point at which electrical deployment reduces or ends as the available energy allocation is exhausted. Tombazis indicated that drivers controlling everything manually would be likely to consume their electrical energy earlier, leaving less assistance available towards the end of straights.
This is why the Federation regards automated management as more than simply an additional layer of software. The current power units operate within numerous technical constraints, including limits on recoverable energy and the battery’s state of charge. Managing those variables efficiently throughout a lap requires constant optimisation.
The complexity of that task has already been a major talking point among drivers. Lewis Hamilton previously described the demands of 2026 Formula 1 energy management as exceptionally complicated after driving Ferrari’s SF-26 in Bahrain.
Nikolas Tombazis does not believe a driver could reasonably control every relevant parameter manually while simultaneously braking, accelerating, changing gear, positioning the car and racing against other drivers. From the FIA’s perspective, removing algorithmic assistance would therefore create a workload problem without addressing the fundamental limitation of finite electrical energy.
Energy management has become central to the 2026 F1 cars
The debate reflects how much the role of the power unit has changed under the 2026 regulations. Teams must make detailed decisions about where electrical energy provides the greatest performance benefit and where harvesting or conservation is required to maintain deployment later in the lap.
That balancing act can produce noticeable differences in power delivery on the straights. Using too much energy early can leave a driver exposed later, while excessive conservation can sacrifice performance before the stored energy becomes useful. The importance of recovering enough electrical energy under the 2026 regulations is consequently tied directly to how effectively it can subsequently be deployed.
The algorithms are intended to help teams navigate those competing demands. Although drivers still influence how a lap develops through their driving and use of the available controls, the FIA believes expecting them to manually optimise every power unit variable would take the system beyond a practical level of cockpit management.
Nikolas Tombazis admits the system is more complex than FIA wanted
The FIA is not claiming that the current solution is ideal. Nikolas Tombazis openly accepted that the system is complicated and acknowledged that the 2026 framework has become more complex than the governing body would have preferred.
On that specific point, the FIA official agreed with the drivers. The disagreement instead concerns how the complexity should be addressed. While criticism from Oscar Piastri, Lando Norris and others has highlighted the experience from inside the cockpit, Tombazis maintains that removing the algorithms would risk creating an even less manageable situation.
The wider cockpit workload has been one of the important questions surrounding the new rules, with drivers required to combine conventional car control with increasingly important energy decisions. The balance between automation and driver input has therefore become part of the broader challenge created by the 2026 Formula 1 cockpit workload.
For now, the FIA’s position closes the door on a ban on power unit algorithms. The Federation accepts that the current energy-management framework is unusually complicated, but believes the software remains necessary to handle variables that would be unrealistic for a driver to optimise manually while racing. Rather than removing the systems altogether, the governing body’s reasoning is that doing so could intensify the very clipping and deployment characteristics that have prompted the debate.
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