Ferrari has continued developing the SF-26 at the Madrid Grand Prix, introducing a small aerodynamic update around the rear suspension as the team searches for additional rear downforce. The change was visible during Friday running at the Madring and reflects Frederic Vasseur’s commitment to keep bringing improvements through the closing stages of the season.
The modification is relatively small in scale, but it focuses on an aerodynamically sensitive area of the car. Ferrari has completely reprofiled the carbon-fibre cover surrounding the second element of the rear suspension, with particular attention paid to the trailing edge in an effort to refine airflow behaviour over the rear of the SF-26.
Frederic Vasseur keeps Ferrari’s development programme moving
“We will continue to develop regularly until the end of the season,” Frederic Vasseur had explained after Ferrari’s extremely difficult Italian Grand Prix weekend at Monza. Madrid has provided another example of that approach, with the Maranello team continuing to pursue incremental gains rather than stopping development of the current car.
That philosophy fits with Ferrari’s broader approach to the SF-26, with Frederic Vasseur having outlined the importance of continued development across different areas of the package.
Ferrari’s main weakness this season remains the power deficit from the engine, but the strength of the chassis and aerodynamic package has still allowed Charles Leclerc and Lewis Hamilton to fight near the front on certain circuits. The opportunity to extract more performance from the car therefore remains valuable, particularly at tracks where the SF-26’s underlying characteristics can be exploited more effectively.
Ferrari changes the SF-26 rear suspension cover
For the Madring, Ferrari has continued its work on micro-aerodynamic details by redesigning the carbon cover around the second rear suspension arm. The most visible change is concentrated on the trailing edge, which has become less aggressive in shape.
The intention is to reduce the downwash effect generated in that area. In other words, the airflow is directed less strongly downwards, allowing Ferrari to refine how the different streams interact around the rear section of the car.
The engineers who approved the update are hoping that this revised airflow management can generate a small additional amount of aerodynamic load and, as a consequence, improve performance on track. It is another example of the fine-detail development that can still produce useful gains even without a major new aerodynamic package.
The update also fits into Ferrari’s wider Friday work at the new circuit, where the SF-26 has required careful compromise between mechanical behaviour, aerodynamics and traction. That broader technical picture was already evident in the Ferrari Madrid Friday analysis, as the Maranello team refined its setup through the opening sessions.
Why the rear suspension area matters so much at Madring
The arrival of even a small update underlines Ferrari’s determination to keep pushing at an unusual street circuit such as Madrid, particularly in the search for more rear downforce. The suspension area is especially important because of the vertical loads generated around parts of the Madring.
According to calculations from Friday’s technical analysis, the cars experience an additional vertical load equivalent to approximately 1.7–1.8G at the circuit. That has a direct influence on suspension setup and can also affect floor wear.
The aerodynamic behaviour around the suspension therefore forms part of a wider balance problem. Ferrari must control the mechanical response of the SF-26 under heavy vertical compression while also managing the airflow around the rear of the car as efficiently as possible.
Ferrari searches for rear load ahead of the Q3 battle
The revised suspension cover is unlikely to transform the SF-26 on its own, but its significance lies in Ferrari’s continued effort to extract performance from every available area. Reducing downwash and improving airflow interaction at the rear could help the team recover a small amount of aerodynamic load at a circuit where confidence and stability will be important.
That could become particularly relevant in qualifying. With the Madring expected to evolve rapidly and track position likely to carry considerable importance, Ferrari’s engineers are looking for every possible gain before Q3. Frederic Vasseur has already stressed that Ferrari’s real Madrid test will come in qualifying, rather than through the headline times recorded during practice.
The small rear suspension aerodynamic update therefore represents another piece of that preparation: a targeted change designed to improve the way the SF-26 manages airflow at the rear and, if it works as intended, provide a little more downforce when the fight for grid position becomes decisive.
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