Ferrari emerged from Dutch Grand Prix Sprint Qualifying with one of the best-balanced cars at Zandvoort, yet the SF-26 still fell narrowly short of pole position. Despite the radically different set-up directions chosen by Charles Leclerc and Lewis Hamilton, the car displayed excellent mechanical balance, leaving hybrid energy management and recovery as a key area for the Maranello team to optimise in its attempt to counter Mercedes.
The margins were extremely small in the first of the weekend’s two qualifying sessions. Ferrari produced much of its lap time through the medium- and low-speed sections, while Mercedes appeared able to call on additional electrical energy in several acceleration zones. Finding further marginal gains from the SF-26’s hybrid deployment could therefore be crucial as Ferrari searches for the final hundredths separating it from the front.
Ferrari changes set-up and introduces SF-26 upgrades at Zandvoort
The only free-practice session of the Sprint weekend immediately showed a well-balanced Ferrari. There were no obvious problems related to the car’s vehicle dynamics, while the SF-26 demonstrated excellent traction. The onboard footage also showed Charles Leclerc and Lewis Hamilton making relatively composed steering inputs.
Ferrari appeared to have found the right ride-height window and a good compromise in terms of stiffness. From a handling perspective, the SF-26 was probably the best car, even if it was not necessarily the fastest. The balance between the front and rear axles was excellent: Ferrari could put its power down effectively while maintaining a solid front end without suffering from a lack of rotation.
That behaviour was consistent with the encouraging characteristics identified in the wider Ferrari, McLaren and Mercedes comparison at Zandvoort, where the leading cars generated their lap time in markedly different ways.
Mercedes, by contrast, looked more nervous, while McLaren displayed several balance problems that its engineers had to solve, or at least mitigate, before qualifying. Both situations naturally affected the teams’ baseline configurations, forcing them to modify the set-ups established in the simulator in an attempt to correct the cars’ behaviour and unlock more performance.
Ferrari made changes to the SF-26 between FP1 and Sprint Qualifying. Judging by the immediate feedback from Charles Leclerc and Lewis Hamilton, the two drivers may have followed different set-up interpretations. That came on top of Ferrari installing its updates after the first and only free-practice session, with the team having brought a significant SF-26 development package featuring floor and diffuser changes to Zandvoort.
Charles Leclerc appears to have taken the right direction to optimise the car’s potential. Lewis Hamilton, meanwhile, explained that the feeling in FP1 had been promising before the changes transformed the car into a “total disaster”. The sharp contrast suggests the two Ferrari drivers may have gone in very different directions with their set-ups, and it would certainly not be the first time that has happened.
Lewis Hamilton’s difficulties became particularly evident in Sprint Qualifying, where his promising practice performance failed to carry over into the decisive session. Ferrari must now understand the reasons behind the change in Hamilton’s SF-26 balance and performance.
Ferrari: the reasons behind Charles Leclerc not starting from pole
Something was nevertheless missing from the overall SF-26 package. It was not much, considering how small the final deficit was, but the difference was still there. Ferrari appears to have optimised the middle section of the circuit, precisely the area that had been the most critical one year earlier. At both Turn 9 and Turn 10, the Ferraris recorded the highest minimum speeds.
That also allowed the SF-26 to maximise its top speed on the acceleration zone that followed. Overall, Ferrari built its lap through the medium- and low-speed cornering phases, something that has often characterised the car’s performance.
For now, however, the SF-26 appears to have lacked some acceleration performance between Turns 1 and 2, between Turns 3 and 6, and on the start-finish straight.
Ferrari hybrid management emerges as key against Mercedes
On a circuit where energy recovery is difficult, Mercedes found an advantage and gave the impression that it consistently had slightly more electrical energy available. That is why Ferrari now needs to work intensively in this area, especially considering that before the summer break the Maranello team had already shown that it could extract considerable potential from its hybrid system.
The contrast between the leading cars is particularly significant because Ferrari’s underlying chassis behaviour appeared highly competitive. The SF-26 was strong under traction and through several important corners, but Mercedes was able to offset weaknesses elsewhere with its energy availability and straight-line performance.
That made Sprint Qualifying an especially revealing comparison of the different technical approaches adopted by the leading teams, following a weekend in which Ferrari had already been expected to face a demanding Zandvoort set-up and energy-management challenge.
How Ferrari can improve the SF-26’s hybrid energy settings
So what can Ferrari’s engineers actually do? Intelligent use of electrical power needs to become a decisive factor again. This is detailed optimisation work aimed at uncovering the so-called marginal gains that can make the difference when the leading cars are separated by only hundredths of a second.
One example can be found in the telemetry between Turns 6 and 7, where Mercedes loses considerably more speed than Ferrari and McLaren. An analysis of George Russell’s gearbox usage shows that the Mercedes driver shifted down into lower gears in that section specifically to recover a greater amount of energy.
The crucial point is that there is always a compromise to be found. Energy recovery cannot be considered in isolation: Ferrari must make it work in synergy with the other areas of the SF-26 so that the overall set-up is optimised without sacrificing the car’s existing strengths.
The encouraging aspect for Ferrari is that the basic balance of the SF-26 already appears strong at Zandvoort. The next step is therefore one of refinement rather than correcting a fundamental handling weakness: optimising how energy is harvested and deployed while preserving the traction, rotation and stability that allowed Charles Leclerc to fight at the front in Sprint Qualifying.
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