The Austrian Grand Prix brought Ferrari back down to earth after encouraging signs of progress in previous races. The Italian team was noticeably less competitive than it had been in Barcelona, where the SF-26 had operated within a much narrower and more effective setup window. While Ferrari once again demonstrated its ability to maximize performance over a single lap and did an excellent job preparing the car for qualifying, the race itself told a completely different story. Considering the level of competitiveness shown on Saturday afternoon, Ferrari’s race pace proved to be a major disappointment, raising fresh questions about the limitations that continue to affect the SF-26 over longer distances.
Throughout the weekend, Ferrari appeared capable of extracting strong performance whenever low fuel loads were involved. However, as soon as the cars entered race conditions with heavier fuel loads and tyre management becoming a crucial factor, many of the weaknesses that had been temporarily hidden during qualifying resurfaced. This contrast between one-lap speed and long-run performance once again highlighted that Ferrari still has significant work to do before consistently challenging at the front on every type of circuit.
It became increasingly clear that one of the SF-26’s biggest limitations was its power deficit compared to rivals Mercedes and Red Bull. Coincidentally, those two teams currently benefit from the strongest internal combustion engines on the Formula 1 grid, allowing them to maximize straight-line performance while maintaining excellent efficiency throughout an entire lap. That advantage became especially noticeable at the Red Bull Ring, a circuit where acceleration and power unit efficiency play an extremely important role.
After the race, Frederic Vasseur openly acknowledged the issue, explaining that Ferrari had been dealing with an engine deficit since the very beginning of the season. The Ferrari team principal also emphasized that the engineers were fully aware of this limitation long before arriving in Austria. At the same time, he stressed that, even with the ADUO upgrade introduced this season, it would have been unrealistic to expect a magical solution capable of eliminating the entire performance gap overnight. Improvements of this magnitude inevitably require time, development, and multiple evolution packages.
When Ferrari arrived at Spielberg, the team already knew the latest upgrade package was relatively minor and would not make a decisive difference, particularly on a circuit with characteristics like the Red Bull Ring. The package was intended more as a small step forward rather than a revolutionary update capable of transforming the competitiveness of the SF-26. As things currently stand, it is reasonable to expect that the performance deficit will continue for several more races and is unlikely to disappear completely even by the time Formula 1 reaches Monza later in the season.
F1 Austrian GP: Ferrari’s hybrid energy deployment remains a major weakness
One of the most revealing insights into the Maranello team’s difficulties came from Lewis Hamilton after the race. As part of his usual detailed and analytical assessment, the seven-time Formula 1 world champion attempted to give Ferrari fans an honest explanation of the situation. Rather than pointing directly at outright engine power, Lewis Hamilton explained that the real weakness lay in the way the hybrid energy was deployed throughout the lap. This is an issue that Ferrari engineers and technicians have been trying to address since the opening rounds of the 2026 Formula 1 season.
In practical terms, this weakness is not especially noticeable at lower speeds or during the initial acceleration phase out of slower corners. Instead, it becomes increasingly apparent during the final section of long straights, where the deployment of energy recovered by the MGU-K hybrid system begins to decrease dramatically. At precisely the moment when rival cars continue accelerating strongly, the Ferrari gradually loses part of its electrical assistance, reducing its overall acceleration and making overtaking or defending significantly more difficult.
This critical weakness first became clearly evident during the Chinese Grand Prix earlier this season. Since then, the Italian side has continued investigating different solutions in an attempt to reduce or eliminate the problem. Engineers have evaluated hardware changes, software calibrations and energy management strategies, but so far none of these approaches has produced the breakthrough the team was hoping for.
Despite months of development work, Ferrari has not yet found a genuine solution, either through the ADUO exemption or through software improvements designed to optimize the deployment strategy. The issue therefore continues to influence the overall competitiveness of the SF-26, especially on circuits that reward maximum power output over long acceleration zones.
Charles Leclerc also addressed the matter after the race, making it clear that the engine alone was not responsible for Ferrari’s struggles. According to Charles Leclerc, while Mercedes and Red Bull undoubtedly benefit from stronger overall power unit performance, reducing the discussion solely to engine power would be an oversimplification. Ferrari’s limitations are more complex than a simple horsepower deficit, involving the interaction between the internal combustion engine, hybrid deployment and the overall balance of the car.
Ferrari’s second major issue at Spielberg was rear tyre overheating
Another crucial factor emerged when analysing Ferrari’s Austrian Grand Prix performance in greater detail. Quite simply, the SF-26 lacked race pace, and the setup chosen for Sunday failed to unlock the car’s potential over a full Grand Prix distance. While qualifying performance demonstrated that the Ferrari engineers had found an effective compromise for a single flying lap, that same configuration failed to provide the consistency needed over an entire race.
There is no single person to blame for this outcome, as every Formula 1 circuit presents its own unique technical challenges. Some layouts naturally suit the characteristics of a particular car, while others expose its weaknesses much more clearly. The Red Bull Ring ultimately belonged to the second category for Ferrari.
It is also important to remember that the current competitive order is incredibly close. Four different teams are capable of producing very similar levels of performance depending on the circuit characteristics, weather conditions and tyre behaviour. This means that even relatively small setup compromises can translate into substantial differences in race pace over a full Grand Prix distance.
Failing to optimise the car’s potential over a 300-kilometre race inevitably results in losing positions quickly. Small deficiencies that may appear insignificant during qualifying become much more costly across dozens of laps, especially when tyre degradation begins to increase.
The Red Bull Ring is dominated by heavy longitudinal loads and relatively few high-speed lateral loads, meaning the SF-26’s strengths were far less evident than at other circuits visited earlier in the season. Ferrari also struggled regardless of which of the three available tyre compounds was fitted during the race. Whether using the medium, hard or soft compound, the overall behaviour of the car remained largely unchanged, preventing the team from finding a competitive strategy capable of matching the pace of the front-runners.
Something clearly failed to work from a setup perspective. While the Ferrari cars were impressive over a single qualifying lap, they struggled badly during long runs with higher fuel loads. Charles Leclerc explained after the race that he was constantly sliding and overheating the rear tyres throughout his stints. The SF-26 suffered from significant oversteer on corner exit, a characteristic that had already appeared during Friday’s practice sessions and never completely disappeared despite overnight setup adjustments.
When a Formula 1 driver experiences excessive rear-end rotation while accelerating out of corners, the rear tyres are forced to work significantly harder. As a consequence, temperatures rise more quickly and the tyre compound begins to lose performance much earlier than expected. This creates a vicious cycle where additional sliding produces even more overheating, further accelerating degradation over the course of each stint.
A podium was possible, but it would not have changed the overall picture
This handling imbalance caused rear tyre temperatures to rise sharply throughout the race, leading to severe thermal degradation and steadily reducing Ferrari’s competitiveness over longer stints. Charles Leclerc also revealed that the Maranello team had experimented with a setup philosophy similar to the one successfully used during the previous season. However, despite revisiting that configuration, the approach failed to deliver any meaningful improvement.
Only a few weeks earlier, Ferrari had demonstrated excellent tyre management during the Spanish Grand Prix in Barcelona, where the SF-26 had looked considerably stronger over race distance. That important strength, however, disappeared almost completely in Austria, highlighting how sensitive the current Ferrari package remains to different circuit characteristics.
Had the SF-26 managed to protect the rear tyres more effectively, Ferrari could at least have challenged for a podium finish. Maintaining lower rear tyre temperatures would have allowed both Charles Leclerc and Lewis Hamilton to preserve performance deeper into each stint and potentially remain within striking distance of the leading group.
However, the excessive rear-end rotation remained a major limitation throughout the entire weekend. This was effectively the only area where the Italian team could realistically have reduced the damage on a circuit that never suited the fundamental characteristics of the SF-26. Even if Ferrari had managed to execute a perfect race strategically, many of the underlying limitations would still have remained present.
Despite the disappointing overall result, there is still one encouraging takeaway. Ferrari appears to have considerable room for improvement when it comes to optimising its long-run performance. If the engineers can better understand the interaction between setup, tyre management and energy deployment, the SF-26 still possesses untapped potential that could be unlocked during the second half of the Formula 1 season. That remains perhaps the most positive conclusion Ferrari can take away from an otherwise frustrating Austrian Grand Prix weekend.
Leave a Reply