Ferrari left the Hungarian Grand Prix aware that the SF-26 still possesses untapped potential, but its main limitation at the Hungaroring was not a lack of aerodynamic downforce. The car generated strong levels of load through the circuit’s technical sections, yet its tendency to overheat the rear tyres continued to restrict its race performance.
The final result did not fully reflect what Ferrari had shown on track. The SF-26 was not the fastest car of the weekend, but a podium was well within reach. Instead, penalties and errors in the management of the weekend prevented the Scuderia from maximising a package that had looked highly competitive during Friday practice.
Ferrari could have reached the podium without its mistakes
The first incident to compromise Ferrari’s weekend came in qualifying. Lewis Hamilton received a five-second penalty for impeding, losing ground on the starting grid in a way that could have completely changed the course of his race.
The seven-time world champion then received another penalty during the Grand Prix after exceeding the pit-lane speed limit. Those additional five seconds further complicated an already difficult afternoon. The FIA recorded that Lewis Hamilton had exceeded the limit by just 0.1 km/h, while Charles Leclerc was cleared over a separate yellow-flag incident, as detailed in the Hungarian GP penalty decisions.
Without those episodes, a podium would have been an entirely realistic objective given the pace displayed by the SF-26 throughout the weekend. Instead, Charles Leclerc and Lewis Hamilton finished fourth and fifth after a series of costly Ferrari execution errors.
The Ferrari SF-26’s real limitation is not downforce
The Hungarian Grand Prix confirmed a trend already identified in previous technical analysis: Ferrari’s principal weakness is not an inability to generate downforce.
The SF-26 produces an excellent level of aerodynamic load, particularly through technical sections. Its real difficulty lies in managing the rear tyres. On slow circuits featuring consecutive corners and high temperatures, such as the Hungaroring, the Maranello car still tends to overheat its rear rubber.
Once tyre temperatures rise beyond their optimum operating window, grip progressively decreases and degradation intensifies. Lewis Hamilton and Charles Leclerc must consequently manage their pace more carefully rather than exploiting the car’s full performance over an entire stint.
Developments introduced by Ferrari have partially corrected this behaviour compared with the beginning of the season, but it remains one of the SF-26’s most significant limitations. Charles Leclerc’s comments about the car’s changing behaviour reinforced the concerns surrounding Ferrari’s inconsistency and rear grip in Hungary.
McLaren and Mercedes return to competitive form
Ferrari’s rivals have continued to develop their cars in the meantime. McLaren introduced part of its new aerodynamic package and immediately demonstrated a very high level of competitiveness, while Mercedes returned to the leading group at a circuit where downforce is especially important.
It remains to be seen whether those performances will be repeated at the next venues or whether the improvements were particularly well suited to a slow circuit such as Budapest.
How Ferrari innovated with the Macarena rear wing
One of the most interesting technical features to emerge over the Hungarian Grand Prix weekend once again concerned the rear wing. The so-called “Macarena wing” was based on a concept originally introduced by Ferrari at the beginning of the season, and variations of the solution are now gradually appearing on rival cars.
McLaren brought a configuration closely resembling the one used on the SF-26, while Red Bull presented a more developed interpretation of the design. Ferrari therefore deserves credit for introducing the original concept, even though its competitors are already exploring how to take the idea further.
Why Red Bull’s wing develops Ferrari’s original solution
Conceptually, Red Bull’s design represents the next step beyond Ferrari’s approach. As explained during Effe1 Garage, the Milton Keynes team has managed to increase the opening of the movable DRS flap, producing a wider channel between the main plane and the adjustable flap.
When the DRS is activated, this larger opening allows airflow to pass through the wing with less aerodynamic interference. The result is reduced drag and improved straight-line efficiency.
Ferrari introduced the underlying design principle, but Red Bull has developed a more extreme version. This evolution illustrates how quickly rival teams can study an innovation and adapt it to suit their own aerodynamic package.
Do Ferrari’s new winglets really increase downforce?
Ferrari also introduced three small aerodynamic appendages above the main plane of its rear wing during the Hungarian weekend. At first glance, they might appear to be merely cosmetic details, but their operation is considerably more sophisticated.
As engineer Alberto Aimar explained during Effe1 Garage, these surfaces operate within airflow that has already been deflected by the main wing. They can therefore increase the useful aerodynamic surface area without producing particularly significant losses.
The objective is to generate additional downforce at maximum-load circuits such as the Hungaroring, where even a few extra percentage points of aerodynamic load can make a difference. It is a specialised solution for slow, highly technical tracks and would be difficult to use at faster venues.
However, increased load did not automatically translate into stronger race performance. Ferrari’s high-downforce Hungarian rear-wing configuration also increased drag, making track position and traffic management particularly important for both drivers.
Ferrari’s advantage without a central DRS actuator
Another feature separates the SF-26 from most of its rivals: Ferrari does not use a conventional centrally mounted DRS actuator.
This design choice leaves the centre of the rear wing—the most aerodynamically efficient area—completely unobstructed, allowing cleaner airflow. It also enables Ferrari to install the small appendages seen in Hungary without creating significant interference around a central actuator.
The concept is not a revolutionary solution capable of delivering several tenths of a second per lap by itself. Instead, it is a refined design detail that contributes to the car’s overall aerodynamic efficiency.
Ferrari continue to innovate as their rivals learn quickly
The Hungarian Grand Prix once again highlighted an increasingly evident trend. Ferrari continue to introduce innovative technical solutions that are rapidly studied and subsequently adopted by other teams.
The difficulty for the Scuderia is that its competitors are no longer simply copying those concepts. McLaren and, in particular, Red Bull are managing to develop Ferrari’s ideas further and transform them into potentially more effective solutions.
Ferrari’s objective must therefore be to preserve its development advantage over time by continuing to innovate before its rivals can close the gap. On the performance side, the main priority remains rear-tyre management. If the SF-26 can overcome that limitation, its potential to compete consistently at the front of the championship is already clear.
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