Ferrari’s quest to regain its place at the front of Formula 1 has sparked a growing debate over one of the SF-26’s most obvious limitations. While Lewis Hamilton and Charles Leclerc have repeatedly highlighted the need for more engine performance, some experts believe the situation is far more complex than simply adding horsepower.
Throughout the 2026 Formula 1 season, Ferrari has consistently found itself losing ground to rivals Mercedes and Red Bull on long straights. However, the Italian team has often compensated for that disadvantage through exceptional cornering performance, strong traction and one of the most balanced chassis packages on the grid.
As a result, many paddock observers have started to suggest that Ferrari may actually possess the strongest overall chassis in Formula 1, even if its power unit is not currently among the very best.
That theory has gained further support following recent performances from Lewis Hamilton and Charles Leclerc, particularly on circuits where aerodynamic efficiency and cornering speed play a greater role than outright top speed.
Lewis Hamilton and Charles Leclerc want more power, but there is a trade-off
Both Lewis Hamilton and Charles Leclerc have openly discussed Ferrari’s need for additional engine performance during the season. The two Ferrari drivers are aware that the SF-26 often gives away valuable time on the straights, making overtaking more difficult and forcing them to rely on strengths elsewhere around the lap.
Ferrari hopes that future development opportunities, including the first phase of the Additional Development Upgrade Opportunities (ADUO) programme, could help reduce the gap to some of its rivals.
Yet according to British racing driver Jamie Chadwick, Ferrari’s engineers may have consciously accepted this compromise when designing the car. Speaking to Sky Sports F1, Jamie Chadwick suggested that Ferrari’s current package reflects a deliberate engineering philosophy rather than a simple weakness that can be solved overnight.
In her view, the team appears to have prioritised other performance areas, particularly chassis behaviour, drivability and corner-exit performance, even if that came at the expense of maximum straight-line speed.
Ferrari’s chassis could be one of the best in Formula 1
The Canadian Grand Prix provided another example of Ferrari’s strengths and weaknesses existing side by side.
Lewis Hamilton secured an impressive second-place finish in Montreal, his strongest result since joining Ferrari. While the SF-26 was unable to match the straight-line performance of some competitors, it remained highly competitive through technical sections of the circuit where driver confidence and chassis stability become critical.
Jamie Chadwick believes that Ferrari’s engineering choices have produced several important advantages. According to her assessment, the team’s current power unit architecture and turbo configuration have contributed to impressive launches, strong opening laps and excellent traction when accelerating out of corners. These characteristics have often allowed Lewis Hamilton and Charles Leclerc to remain competitive despite the top-speed deficit.
The Ferrari package has repeatedly demonstrated strong behaviour on corner exit, an area that becomes increasingly important on circuits featuring multiple low-speed sections.
This is one of the reasons why many analysts expect Ferrari to perform particularly well at venues like Monaco, where outright engine power is less influential than mechanical grip and chassis performance.
Why Ferrari cannot simply have the best of everything
Chadwick’s central argument is that Formula 1 engineering is ultimately about compromises.
Every design decision brings benefits in one area and limitations in another. Creating a car that simultaneously dominates in straight-line speed, cornering performance, tyre management and drivability is virtually impossible under modern regulations.
According to Jamie Chadwick, if a team managed to achieve all of those objectives at once, it would likely dominate the championship. Instead, Ferrari appears to have committed to a development path focused on maximising overall balance rather than chasing pure horsepower. The approach may not always produce the fastest car on every circuit, but it has allowed the SF-26 to remain competitive across a variety of track layouts.
The strategy could become even more significant as Formula 1 continues to evaluate technical regulation adjustments and power unit developments. Discussions surrounding future engine performance, energy deployment and manufacturer-specific advantages remain ongoing, meaning the competitive picture could shift again in the coming months.
Can Ferrari close the gap without sacrificing its strengths?
The challenge now facing Ferrari is finding additional power without compromising the qualities that have made the SF-26 competitive.
Lewis Hamilton and Charles Leclerc would undoubtedly welcome more straight-line speed, but neither driver wants to lose the strong cornering performance and predictable handling that currently represent the car’s biggest assets. That balancing act will be crucial as Ferrari continues developing the SF-26 throughout the season.
If the Scuderia can successfully unlock more power through future upgrades while preserving its chassis advantages, it could emerge as a genuine championship contender. However, as Jamie Chadwick pointed out, Formula 1 rarely allows teams to excel everywhere at once.
For now, Ferrari appears to be living with a compromise: sacrificing some straight-line performance in exchange for one of the most complete and competitive chassis packages on the grid. Whether that trade-off ultimately proves to be the right one could define the remainder of Lewis Hamilton and Charles Leclerc’s 2026 campaign.
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