Ferrari has a genuine opportunity to fight for victory at the 2026 Hungarian Grand Prix, but extracting the full potential of the SF-26 will require an almost flawless weekend. The Hungaroring’s low- and medium-speed corners should play to the strengths of the Maranello car, although mixed asphalt, tyre management and hybrid deployment could keep Mercedes firmly in contention.
Hungary hosts round 11 of the Formula 1 season, and on paper its layout appears more favourable to Ferrari than Spa-Francorchamps. However, the outcome of the contest against the Mercedes W17 is far from guaranteed. The combination of newer and older asphalt will present a complicated set-up challenge, while precise control of the tyres is likely to become one of the defining factors of the weekend.
Ferrari must optimise the SF-26 to fight for Hungarian GP victory
The general feeling among paddock observers is that the Hungaroring should be considerably better suited to the characteristics of the SF-26. Ferrari was able to fight for victory at Spa-Francorchamps, a circuit that has often exposed the team’s weaknesses, encouraging supporters to imagine an even stronger performance in Budapest.
However, expectations must be kept under control. Charles Leclerc has already explained why Ferrari cannot simply assume the Hungaroring will favour the SF-26, despite the car’s increasingly competitive form.
The Hungarian circuit contains far more technical sections in which the influence of the power unit is less pronounced. Ferrari has demonstrated a clear strength through the middle of corners during recent races, while the SF-26 is now also performing effectively under braking and on traction.
Those qualities could prove highly valuable around the Hungaroring, where the SF-26’s low-speed cornering performance may help Lewis Hamilton and Charles Leclerc challenge at the front.
Mercedes remains a serious threat to Ferrari in Hungary
Even so, the Hungarian Grand Prix will not have a predetermined outcome. The quality of Ferrari’s execution across the entire weekend will once again make a fundamental difference.
The source points to Monaco as a warning, arguing that Ferrari had regarded itself as the leading favourite there before Mercedes managed to extract more performance from the W17, including with softer suspension settings. According to that assessment, the Mercedes was able to find an effective balance while operating within a narrower range of stiffness settings.
That example reinforces the need for caution in Budapest. Mercedes remains confident that the W17 can compete with Ferrari at the Hungaroring, making the preparation work completed during practice particularly important.
Mixed Hungaroring asphalt creates a delicate set-up problem
Another important factor is the circuit surface. Several areas of the Hungaroring have been resurfaced recently, while other sections were renewed ahead of last year’s race. The asphalt on the start-finish straight dates from 2025, and the surface in the third sector is also relatively new. The central part of the lap, by contrast, retains the older asphalt.
Drivers will consequently encounter different grip characteristics during the same lap. This variation could make it more difficult for engineers to find a set-up that works consistently across all three sectors.
The performance of the W17 is considered particularly sensitive to the type of surface it encounters. Kimi Antonelli explained several races ago that older asphalt and low-grip circuits tend to create difficulties for Mercedes while appearing to favour Ferrari.
As is so often the case, the underlying reason is closely connected to tyre behaviour. Formula 1 tyres are extremely sensitive to the condition, temperature and roughness of the asphalt beneath them.
A more worn surface generally has less pronounced macro- and micro-roughness, which tends to reduce the available grip. According to the source’s technical analysis, this suggests that the two Mercedes cars currently have a slight downforce deficit compared with Ferrari. The report argues that this difference can also be seen in telemetry comparisons of cornering speeds.
Ferrari must avoid repeating its Monaco mistakes
Building a competitive lap time is therefore likely to be a complex process. The differences between the asphalt surfaces create a significant challenge when defining the car’s mechanical and aerodynamic configuration.
Tyre management will again be crucial at the Hungaroring, particularly because temperatures are expected to rise over the course of the race weekend. The latest Hungarian Grand Prix weather forecast also highlights the potential challenge posed by warmer conditions.
The temperature of the Pirelli tyres changes from one corner to another, meaning Ferrari must control the compounds with exceptional precision. Mercedes remains a serious rival in this area, leaving the contest between the two teams finely balanced.
Ferrari knows it has an excellent opportunity to play a leading role in Budapest, especially after the encouraging performance achieved at Spa. Nevertheless, taking that competitiveness for granted would be a major mistake. The team is aware of the danger and has prepared carefully for the weekend, with confidence accompanied by a clear warning against excessive optimism.
Hybrid energy management could still decide the contest
It will also be important to understand how Ferrari and Mercedes manage electrical energy around the lap. Although the cars will be less dependent on outright power-unit performance than they were at Spa, the hybrid system can still create a significant competitive difference at the Hungaroring.
Harvesting and deploying energy effectively will influence acceleration, straight-line performance and the ability to attack or defend. Ferrari may be heading to a circuit that better suits the SF-26, but victory will depend on combining its cornering strengths with the correct set-up, precise tyre control and efficient hybrid deployment.
The potential is there for Lewis Hamilton and Charles Leclerc to fight at the front. Whether Ferrari can convert that potential into victory will depend on producing the perfect SF-26 for a circuit whose technical demands are more complicated than its layout initially suggests.
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