Ferrari endured another bittersweet Formula 1 Saturday at the 2026 Spanish Grand Prix. The SF-26 once again showed clear technical potential and encouraging pace, yet Lewis Hamilton and Charles Leclerc could manage only fourth and fifth in qualifying at Madring. The car was composed and well balanced, but detailed analysis exposed two important limitations that ultimately prevented Ferrari from fully joining the fight for pole: kerb behaviour and the management of hybrid energy deployment.
The SF-26 has clearly been conceived with a natural bias towards race pace. The problem for Ferrari is that its rivals are increasingly able to combine strong Sunday performance with greater effectiveness over a single qualifying lap. That difference was particularly frustrating in Madrid because the SF-26 had looked well suited to Madring throughout practice.
Ferrari falls from front-running practice pace to fourth-best in qualifying
The unusual aspect of Ferrari’s Spanish weekend was the picture that emerged before qualifying. The Scuderia had consistently appeared to be either the fastest or second-fastest team throughout free practice, only to fall back to fourth in the pecking order at the decisive moment.
FP3 had left Ferrari just around 0.15 seconds away from the Mercedes at the top of the timesheets. Yet between the final practice session and Q3, Charles Leclerc improved his personal benchmark by nine tenths of a second, while Andrea Kimi Antonelli found a full second.
Breaking down all three qualifying phases shows that Ferrari did not optimise every individual run. Lewis Hamilton and Charles Leclerc were already between two and three tenths behind Andrea Kimi Antonelli during Q1 and Q2.
However, when the natural progression of lap times is taken into account, the final gap was broadly consistent with the way the session had developed and was perhaps even slightly better than expected. Given the exceptional lap ultimately produced by Lando Norris, pole position was still mathematically within Ferrari’s potential.
Ferrari SF-26 looked balanced but struggled to attack Madrid kerbs
In terms of overall behaviour, the SF-26 looked impressively composed. Steering corrections were rare, while the general balance could be considered satisfactory for both drivers. That immediately raises the question of where Ferrari was still losing performance not only to Mercedes, but also to Red Bull and McLaren.
Hybrid energy usage remains fundamental under the current regulations, but a comparison of the onboard footage also revealed specific handling limitations on the Maranello car.
At the first chicane, both Ferrari drivers clearly struggled to attack the first kerb. Andrea Kimi Antonelli and Lando Norris, by contrast, were much more aggressive, climbing over it and coming close to the inside wall.
It is difficult to determine exactly how much of that difference came from the drivers’ individual interpretation. However, Charles Leclerc lost a significant amount of time both through the opening chicane and in the following sequence at Turns 5 and 6.
Lewis Hamilton limited the losses more effectively by carrying greater entry speed. The seven-time world champion had also opted for a set-up that tended more towards understeer, a characteristic that can significantly improve stability during the initial turn-in phase.
Ferrari’s difficulties over the inside kerb created an undesirable chain reaction. If the driver could not attack the first kerb properly, the entry into the following corner was compromised as well because it became impossible to open the racing line as effectively.
SF-26 vehicle dynamics weakness costs Charles Leclerc heavily
Living with that dynamic weakness also forced the drivers to compensate for additional inertia on corner exit by using extra hybrid deployment. This was therefore more than simply a difference in driving styles between Charles Leclerc and Lewis Hamilton. It represented an intrinsic limitation of the SF-26 around this type of corner sequence.
The same pattern appeared at the following chicane, another section where aggressively riding the kerbs was essential to maximising lap time.
Charles Leclerc lacked the confidence required to attack those kerbs fully and worked on that specific weakness throughout qualifying.
“Charles did some good laps, he improved enormously in Turns 5 and 6,” Fred Vasseur said after the session.
The telemetry, however, paints a more complicated picture. In that specific part of the circuit, Charles Leclerc gave away approximately three tenths of a second, a deficit that was almost impossible to recover elsewhere around the lap.
In simple terms, Ferrari lacked the necessary solidity through the middle of the corner in exactly the type of sequence on which a pole-position lap is built. The team will need to study the weekend carefully to understand how it can prevent the same compromise appearing again.
The problem fits into a broader technical picture in which the SF-26 has shown real strengths around Madring but has not been equally effective in every type of corner. Further analysis of the car’s strengths and weaknesses is available in the Ferrari technical analysis section.
Ferrari hybrid strategy becomes another key qualifying factor
The other major piece of the technical puzzle was the management of the 7.5 MJ available around the lap. Hybrid deployment mapping plays a decisive role in outright performance and can also make onboard and telemetry comparisons considerably more difficult to interpret.
Ferrari chose a relatively even deployment strategy throughout the lap rather than concentrating its electrical energy heavily in particular acceleration zones.
The SF-26s were among the most effective cars on the main straight and on the acceleration section linking Turn 3 to Turn 4. The picture changed considerably approaching the braking zone for Turn 7, however, where both Ferraris arrived with noticeably lower speeds, exposing a specific deployment limitation at that point in the lap.
Parity with the rival cars was restored only around the braking zones for Turns 13 and 16.
The way energy is distributed around Madring has been one of the key technical challenges of the weekend. The circuit contains repeated braking zones that provide opportunities for recovery, but teams must then decide where that energy is most valuable, as highlighted by the Madrid braking and energy-recovery demands.
McLaren and Mercedes deploy more energy in short acceleration zones
McLaren and Mercedes were able to release more hybrid power through the shorter acceleration sections. Ferrari instead chose to conserve energy in an effort to compensate for its performance at higher speeds.
That compromise shows why simply comparing top speeds does not provide a complete picture of power-unit performance. A car can be extremely competitive at one speed trap while arriving at another section with significantly less electrical deployment available.
Ferrari’s power-unit development therefore has to be considered together with how the energy is distributed across the complete lap. The broader development process, including the limits created by timing and regulations, has already been explained by Fred Vasseur in relation to Ferrari’s ADUO power-unit programme.
Lewis Hamilton manages Ferrari’s energy compromise more efficiently
Overall, Lewis Hamilton interpreted this delicate balance more efficiently than Charles Leclerc. The British driver reached higher peak speeds than his team-mate on several acceleration sections and appeared to waste less valuable energy through the more technical parts of the circuit.
That does not mean the seven-time world champion had a straightforward qualifying session. Lewis Hamilton’s final Q3 lap was not perfect, and Ferrari’s overall technical limitations remained present regardless of how effectively the available energy was managed.
Even so, the comparison showed that the Lewis Hamilton side of the garage was able to extract more from Ferrari’s chosen deployment strategy in several parts of the Madring lap.
The difference was still not enough to produce pole position. Neither Lewis Hamilton nor Charles Leclerc could overcome the complete combination of kerb sensitivity, corner-entry compromises and hybrid deployment limitations that separated the SF-26 from the very fastest cars.
Ferrari must understand why its practice potential disappeared in Q3
That is ultimately the most important question Ferrari takes away from qualifying. The SF-26 did not look fundamentally unstable or badly balanced. On the contrary, both cars generally appeared composed, and the potential seen throughout practice was genuine.
The problem was that the weaknesses appeared in sections where relatively small compromises produced large lap-time consequences. Being unable to attack the kerbs properly affected not only the first corner of a sequence but also the line and acceleration through the following corner. Extra hybrid energy then had to be used to compensate on exit, creating another compromise elsewhere in the lap.
At the same time, Ferrari’s decision to distribute its 7.5 MJ of electrical energy relatively evenly helped the SF-26 perform strongly on some straights but left it exposed against Mercedes and McLaren in shorter acceleration zones.
Lewis Hamilton managed that balance more effectively and produced higher speeds in several places, while Charles Leclerc made major progress through qualifying and improved significantly in Turns 5 and 6. Neither solution, however, was sufficient to put Ferrari at the front.
The Madrid qualifying session therefore delivered another frustrating lesson for the Scuderia. Ferrari possessed the underlying pace to be close to the fight for pole, but the SF-26 could not exploit every part of the circuit with the same effectiveness as its rivals. Until Maranello can combine its encouraging balance and race-oriented strengths with greater kerb compliance and more effective energy deployment across the complete lap, Saturdays risk continuing to leave Ferrari with more potential than grid position.
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