Hamilton warns of low performance of 2026 cars and compares lap times with smaller categories

The start of the 2026 regulatory era on Fórmula 1 began with strong observations of Lewis Hamilton following the first testing sessions on Bahrein. Agora driving for Ferrari, the seven-time world champion expressed significant concern about the actual speed of the new single-seaters on the Sakhir circuit. Segundo the Brit, the experience behind the wheel left something to be desired in terms of raw power, contradicting expectations of technical evolution for the season.

The changes implemented for this year aimed to create lighter and more agile machines, but initial data points to a different scenario in practice. Durante track activities, it became clear that the energy efficiency prioritized by the regulations ended up sacrificing aerodynamic performance, resulting in lap times that are not in line with the pinnacle of motorsport.

Maranello engineers analyze the data collected from the more than fifty laps completed by Hamilton to understand the deficiencies highlighted. The central criticism lies in the feeling that the top category has lost its unquestionable superiority in relation to the access series, creating an intense technical debate behind the scenes right at the opening of the championship.

Slow pace brings category closer to base

The direct comparison made by the Ferrari driver between the current Fórmula 1 models and the Fórmula 2 cars raised an alert in the paddock. Hamilton reported that, although the car is physically smaller, the lack of speed on straights and response in high-speed corners are reminiscent of performance in lower categories. Essa proximity to performance is seen as a problem for the identity of the competition, which has historically always remained at an unattainable level of engineering.

The car’s handling was described as more user-friendly due to the reduction in mass, but this did not translate into driving pleasure or fast stopwatch times. The severe aerodynamic restriction, added to the limitations of power delivery, lowered performance, generating frustration in those used to extreme machines.

Excessive complexity in the power unit

Another critical point raised refers to the new architecture of the engines, which now divide propulsion into 50% combustion and 50% electric. Hamilton classified the system as exaggeratedly complex, requiring mental effort from the pilot that goes far beyond driving skills. Energy management has become the determining factor in completing a competitive lap, forcing athletes to act almost like real-time software engineers.

To master the equipment, the Briton had to face marathons of technical meetings to understand algorithms that adapt to the route. The need to process so much digital information while driving at more than three hundred kilometers per hour adds a layer of difficulty that, according to him, does not contribute to the sporting spectacle.

Impact of energy management on piloting

The Sakhir circuit, with its long straights and heavy braking zones, exposed the difficulties of the energy recovery system. The practice of “lift and coast”, which consists of taking your foot off the accelerator before braking to save battery, has become mandatory and constant. Hamilton highlighted that this need to save equipment takes away the natural aggressiveness of qualifying and racing laps.

Furthermore, the system’s sensitivity is so high that any driving error, such as wheel locking, miscalibrates the power delivery in the following curves. The technical team at Ferrari works tirelessly to try to simplify these processes, seeking to prevent technology from suffocating human talent in disputes for position.