Gabriel Bortoleto Champions Driver Adaptability Amidst Evolving F1 Power Unit Debates

Brazilian racing talent Gabriel Bortoleto has firmly asserted that Formula 1 drivers must possess an innate capacity for adaptation, unequivocally dismissing the notion that the forthcoming 2026 regulations, particularly regarding power unit dynamics, will fundamentally clash with established driving styles. His comments come at a critical juncture for the sport, as discussions intensify around the impact of increasingly complex hybrid powertrains on driver control and the purity of racing, a sentiment that stands in contrast to the prevailing anxieties among many of his peers on the grid.

The impending 2026 Formula 1 season is set to introduce a radical overhaul of power unit regulations, shifting towards a significantly higher proportion of electrical energy. The planned architecture dictates a near 47-53 split between the internal combustion engine (ICE) and electrical power, moving from the current approximately 80-20 ratio. This fundamental change is engineered to enhance sustainability and relevance to road car technology but is widely anticipated to usher in a profoundly different driving experience, where sophisticated battery management and energy deployment strategies will become paramount. The current season already offers a glimpse into this future, with drivers grappling with intricate energy recovery and deployment systems that demand a nuanced approach to racing.

Even under the current hybrid regulations, drivers have increasingly voiced concerns about the complex interplay between human input and automated power unit management. Terms such as "superclipping" have entered the F1 lexicon, describing scenarios where the electrical power unit deploys energy in a non-linear or unexpected manner, often taking control away from the driver. A notable incident occurred at the Belgian Grand Prix earlier this year, where McLaren’s Oscar Piastri publicly recounted being significantly hampered by the power unit’s "self-learning elements." Piastri described how these automated systems unexpectedly intervened, impacting his ability to control the car’s power delivery effectively during critical moments of racing, such as corner exits leading to long straights.

Piastri’s candid assessment, labelling the experience a "pretty crap way of going racing," resonated broadly within the paddock. His viewpoint aligns with a substantial majority of the current F1 grid, who have expressed varying degrees of dissatisfaction with the current ruleset’s impact on driving feel and the element of driver skill. This widespread sentiment among competitors has not gone unnoticed by the sport’s governing body. Consequently, the Fédération Internationale de l’Automobile (FIA) has already announced and ratified modifications to the 2027 power unit regulations, aiming to address some of these concerns and mitigate the potential for excessive reliance on automated systems. These adjustments signal an acknowledgement from the FIA that the balance between technology and driver agency needs careful calibration for the long-term health of the sport.

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In stark contrast to the prevailing anxieties, Bortoleto, an emerging talent within the Audi F1 program, has positioned himself as a staunch advocate for driver adaptability. He firmly contends that "motorsport shouldn’t be about only one way of driving," challenging the traditional approach often taught in junior categories – the classic "slow in, fast out" cornering technique. For Bortoleto, true Formula 1 calibre lies not in adherence to a singular methodology but in the inherent ability to master diverse machinery and evolving technical landscapes. His perspective underscores a belief that elite drivers are defined by their versatility, not by a rigid ‘driving style’ that might be incompatible with new technologies.

Speaking recently in Hungary, Bortoleto elaborated on his perspective, stating, "I don’t think I changed much my way of driving. But again, I don’t like the sentence ‘driving style,’ because I don’t believe that a Formula 1 driver should ever say that." This assertion is central to his argument: he views the concept of a fixed "driving style" as a limitation that professional drivers should transcend. He argues that the very essence of being an F1 driver, one of only 20-22 individuals globally, is predicated on an unparalleled capacity to adjust to any challenge the car or regulations present. This level of adaptability, he suggests, is a fundamental requirement, regardless of whether the adjustment feels "natural" or demands a significant shift in technique and approach.

"We should be able to adapt, even if it’s not natural maybe, but we should be able to adapt to any type of car and the way you need to drive, that’s why we do what we do and that’s why we are the 22 drivers in the world doing Formula 1," Bortoleto articulated. His remarks highlight a core tenet of elite motorsport: the expectation that top-tier talent can extract maximum performance from any given package. He views the constant evolution of machinery not as an impediment but as an inherent part of the sport’s challenge, one that separates the truly exceptional from the merely proficient. The sophisticated nature of modern F1 cars, with their intricate energy management systems, demands a fluid approach rather than a rigid adherence to preconceived notions of how a car "should" be driven.

Bortoleto further clarified that while a driver’s fundamental approach might not undergo a radical transformation, continuous "fine-tuning" is essential. He explained how drivers must develop an acute understanding of how energy deploys from corners, influencing their corner entry and exit strategies. "You know how the energy deploys out of some corners, so you know if you can push more the entry and you care about less on the exit, because there is no energy being deployed there," he noted. This nuanced understanding allows drivers to optimise their lap times by strategically managing the hybrid power. For instance, in sections where electrical deployment is minimal, a driver might adopt a more aggressive entry, compensating for a less powerful exit.

Conversely, in scenarios leading to long straights where significant energy deployment is anticipated, a more cautious corner entry might be required to ensure maximum electrical boost throughout the straight. "Or if you actually need to be a bit more careful on the entry, because there is going to be a long straight and a lot of energy being deployed, so you need to change, like last year was always constant, so you didn’t have to do so," Bortoleto explained. This differentiation underscores the complexity of the current hybrid era compared to previous generations of F1 cars, where power delivery was often more consistent and predictable, allowing for a more uniform driving technique across various track sections. The 2026 regulations are expected to amplify these energy management challenges, making adaptability even more crucial for competitive success.

The discourse surrounding the 2026 regulations and the current hybrid units often circles back to the contentious issue of driver control. Critics argue that the increasing sophistication and automation within the power units diminish the driver’s direct influence, leading to scenarios where the car dictates terms rather than the other way around. Oscar Piastri’s aforementioned experience at Spa is a prime example, where unexpected power unit behaviour directly impacted his race performance. Another incident that fueled this debate was Lando Norris’s perceived "forced overtake" on Lewis Hamilton during the Japanese Grand Prix. While specific details were debated, the impression left was that the car’s energy management system played a significant role in the manoeuvre, raising questions about whether such actions were entirely driver-initiated or a product of complex technological parameters.

Despite these technological complexities and the widespread concerns expressed by many on the grid, Bortoleto points to a critical counter-argument: the world-class drivers consistently remain at the pinnacle of the sport. Irrespective of the specific challenges posed by the hybrid era, top talents continue to extract maximum performance from their machinery, demonstrating that underlying skill and adaptability ultimately prevail. This year, for instance, has seen both Lando Norris and Lewis Hamilton claim victories, showcasing their ability to master the intricate demands of their respective cars and outperform their rivals. Their success, Bortoleto argues, is empirical evidence that true talent transcends the peculiarities of any given regulatory cycle.

Bortoleto contends that, akin to any preceding era in Formula 1 history, the most talented individuals continue to ascend to the top, irrespective of how a particular car might ostensibly suit a specific "driving style." He dismisses the notion that the current technical paradigm has fundamentally altered the competitive hierarchy, stating that the best drivers remain the best. This perspective challenges the idea that the new regulations are unfairly disadvantaging certain drivers or artificially promoting others; instead, he suggests, they simply present a new set of problems for the elite to solve.

"Do you see Verstappen being slow? Do you see a seven-time world champion being slow this year? Do you see Leclerc being slow? I don’t see them being slow," Bortoleto argued emphatically, referencing several of the sport’s most prominent figures. His rhetorical questions underscore his belief that the top echelon of drivers continues to demonstrate exceptional performance, disproving the theory that the new cars are causing a significant shake-up in the fundamental pecking order of driver talent. Max Verstappen, for example, has continued his dominant form with Red Bull Racing, consistently placing his car at the front of the grid and securing numerous victories, extending his reign as a multi-time world champion.

Delving deeper into individual performances, Bortoleto highlighted specific examples: "Lewis [Hamilton] is a bit better than he was doing last year; Max is still performing like crazy, putting that car on the top; Lando… he’s still quick." Lewis Hamilton, driving for Mercedes, has indeed shown an uptick in form compared to the previous season, demonstrating his enduring skill and ability to adapt to the W15’s evolving characteristics, including a recent victory at the British Grand Prix. Max Verstappen’s performance for Red Bull Racing has been nothing short of extraordinary, consistently maximizing the RB20’s potential and extending his record-breaking run of wins and championships. Lando Norris, a rising star for McLaren, has undeniably been one of the standout performers of the season, securing his maiden F1 victory at the Miami Grand Prix and consistently challenging for podiums. Charles Leclerc, piloting for Ferrari, has also maintained a strong competitive presence, frequently battling at the sharp end of the grid and showcasing his raw pace and strategic acumen.

Bortoleto concluded his analysis with a definitive statement: "It’s the truth, so I don’t think we have seen slow drivers last year becoming quick and the quick guys slow, I think it’s still racing." This encapsulates his core message: while the technological landscape of Formula 1 continuously evolves, the fundamental hierarchy of driver talent remains remarkably consistent. The sport continues to reward those with the greatest skill, mental fortitude, and, crucially, the ability to adapt to whatever challenges the advanced machinery and regulations present. For Bortoleto, the upcoming 2026 regulations will merely serve as another test, one that the true elite of Formula 1 are inherently equipped to overcome, cementing their place at the pinnacle of global motorsport.

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Jonas Leo

Jonas Leo is a passionate motorsport journalist and lifelong Formula 1 enthusiast. With a sharp eye for race strategy and driver performance, he brings readers closer to the world of Grand Prix racing through in-depth analysis, breaking news, and exclusive paddock insights. Jonas has covered everything from preseason testing to dramatic title deciders, capturing the emotion and precision that define modern F1. When he’s not tracking lap times or pit stop tactics, he enjoys exploring classic racing archives and writing about the evolution of F1 technology.

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