Red Bull is reportedly unable to make its Macarena wing work safely and is now attempting a political move in Formula 1 by urging the FIA to ban the solution for every team. According to the claim, the Milton Keynes outfit hopes that a blanket prohibition would also force Ferrari to abandon its version, eliminating the advantage the Maranello team has gradually built through months of development and refinement.
However, such a request appears highly unlikely to succeed, especially considering that the FIA generally evaluates each technical solution on its own merits rather than applying blanket rulings when different interpretations of the regulations produce different technical outcomes.
Formula 1 teams and the politics of influencing the FIA
Politics has always been an integral part of Formula 1. Ever since the 1970s, teams have closely monitored the technical innovations introduced by their rivals. Whenever possible, they have also taken their concerns to the FIA in an attempt to challenge competing concepts. The reasoning is simple: limiting a rival’s innovation can create a competitive advantage. That has been a recurring theme throughout the sport’s history and remains just as relevant in today’s highly competitive Formula 1 environment.
Modern Formula 1 is not only a battle between drivers. It is also a constant engineering and political contest behind the scenes, where technical directors, aerodynamic departments and legal specialists carefully study every innovation introduced by competing teams. Every new aerodynamic concept is examined in extraordinary detail, with rivals always looking for areas where they believe the regulations may have been interpreted too aggressively.
Without looking too far back, Mercedes frequently found itself at the center of technical disputes during its dominant run of eight consecutive Constructors’ Championships. Innovations like the perforated wheel rims and the DAS steering system were heavily criticized by rival teams, eventually prompting FIA intervention. Similar controversies later surrounded McLaren‘s mini-DRS concept and, more recently, the floor design introduced on the Mercedes W17.
That particular upgrade became the target of strong criticism from several teams, most notably Ferrari, which ultimately convinced the FIA to examine the design more closely. As a result, Mercedes modified the upper surface of the diffuser from the Austrian Grand Prix onward, removing the three bulges along with the serrated trailing edge that had generated so much discussion throughout the Formula 1 paddock.
For Ferrari, this represented something of a sporting victory, even though Mercedes played down the significance of the changes. According to the team’s spokesperson, the controversy had been exaggerated because the revised specification delivered virtually identical performance, suggesting that the original solution offered no measurable advantage. Whether that explanation fully reflects reality remains open to debate, as Formula 1 teams rarely reveal the true performance benefits of their technical innovations.
This is precisely why technical protests, political pressure and FIA clarifications have become almost routine throughout every Formula 1 season. Teams are constantly attempting to slow down or limit the development progress of their closest competitors, especially when championship positions and valuable Constructors’ Championship points are at stake.
Belgian Grand Prix: Red Bull steps up pressure on the FIA over the pivoting rear wing
Ahead of the 2026 Belgian Grand Prix, the tenth round of the Formula 1 World Championship, another political battle appears to be developing around the same issue. Earlier this year, we discussed the RB22’s Macarena wing, a concept introduced at the Miami Grand Prix after months of development. In fact, the project reportedly dates back to the original design phase of the car, highlighting just how much effort Red Bull invested into this innovative aerodynamic solution.
However, several problems soon emerged. As previously reported, Red Bull’s system, while seemingly more effective at reducing aerodynamic drag on the straights, has also created significant difficulties during the wing’s closing phase, when the car needs to rapidly restore its normal aerodynamic configuration before entering high-speed corners or braking zones.
This transition is absolutely critical because modern Formula 1 cars rely on extremely precise aerodynamic balance. Even a small delay in restoring the correct aerodynamic load can dramatically alter the handling characteristics of the car, potentially leaving the driver with less rear stability than expected during corner entry.
According to the available information, this is exactly where Red Bull has encountered its biggest challenge. The concept itself appears to offer considerable aerodynamic potential, but consistently controlling the movement of the system under every possible racing condition has proven significantly more difficult than originally anticipated.
The FIA is currently investigating the matter from a safety perspective, as any sudden loss of control caused by the system could lead to heavy crashes or collisions with other cars. It remains unclear whether the governing body will take action, potentially preventing Red Bull from using its Macarena wing until the concerns have been fully addressed. Ferrari, by contrast, is said to be far more confident about its own solution and the way its engineers have developed the concept.
That confidence stems from the belief that Ferrari’s interpretation fully complies with the regulations. Contrary to some reports, the Scuderia did experience similar issues during testing in the Chinese Grand Prix weekend, specifically during the free practice sessions. Rather than rushing the new component into competition, the Italian side chose a much more conservative and methodical approach.
For that reason, the technical department led by Loïc Serra wisely decided to delay the introduction of the component until the entire system had been fully refined and validated. Although postponing a potentially beneficial aerodynamic upgrade may have cost some short-term performance, it also allowed Ferrari’s engineers and technicians to continue developing the solution without exposing Charles Leclerc and Lewis Hamilton to unnecessary risks during race weekends.
The additional development work reportedly focused on improving both reliability and consistency, ensuring that the wing would behave exactly as intended under all operating conditions. In Formula 1, reliability is often just as valuable as outright performance, especially when dealing with sophisticated active aerodynamic systems.
Red Bull is unlikely to convince the FIA with its argument
Ferrari’s engineers needed to accelerate the wing’s closing phase while ensuring complete operational safety. From that point onward, the Maranello team introduced several targeted improvements. The first focused on the structure itself, increasing the stability of the component, while the second involved the flap actuator, redesigning its operation to deliver a faster, smoother and more efficient response.
Engineers reportedly worked extensively on the mechanical behavior of the moving elements, making sure that every activation and deactivation of the system occurred with maximum precision. This type of refinement may seem relatively small from the outside, but in Formula 1, tiny engineering improvements can often produce major benefits in both performance and reliability. The actuator was refined once again ahead of the British Grand Prix at Silverstone, where Ferrari continued gathering valuable real-world data under competitive conditions. Every race weekend provides engineers with additional telemetry that cannot always be replicated inside the simulator or the wind tunnel, making continuous development an essential part of every Formula 1 season.
This is precisely the type of development Red Bull now needs to complete if it wants to unlock the full potential of its own Macarena wing. Although the concept promises significant performance gains by reducing drag on the straights, it has also created major headaches on certain circuits, ultimately compromising Max Verstappen’s results and preventing the team from fully exploiting the system’s theoretical advantages.
Different circuits naturally place different demands on active aerodynamic systems. Tracks with long straights followed by heavy braking zones require extremely rapid aerodynamic transitions, while more flowing circuits may expose different characteristics altogether. This explains why certain concepts can appear highly effective at one venue yet prove much more difficult to manage at another.
Ferrari remains convinced that it will not be forced to abandon its version following the FIA investigation. Based on the information currently available, Red Bull’s position appears relatively straightforward: if it cannot use the Macarena wing, then no other team should be allowed to use it either.
From Red Bull’s perspective, such an outcome would immediately eliminate any competitive advantage Ferrari may have gained from successfully developing the concept. However, the FIA has traditionally evaluated technical solutions individually rather than treating every implementation as identical. If one team’s interpretation satisfies both the technical regulations and the required safety standards while another team’s version does not, the governing body is unlikely to impose a universal ban simply because one competitor has encountered engineering difficulties.
This appears to be another example of the political games that have always formed part of Formula 1. Every leading team attempts to protect its own competitive position while simultaneously limiting the progress of its direct rivals whenever possible. Throughout the history of the sport, these technical and political battles have often been just as fascinating as the action taking place on the circuit itself.
For now, Ferrari appears confident that its own Macarena wing has evolved into a mature, reliable and regulation-compliant solution after months of careful development and extensive engineering work. Red Bull, meanwhile, still faces the challenge of perfecting its own design while continuing discussions with the FIA over the future of the concept. Whether the governing body eventually introduces further clarification, requests additional modifications or allows both concepts to continue evolving remains to be seen. At this stage, however, the idea that Ferrari should lose a fully functional and compliant solution simply because Red Bull has struggled to make its own version operate safely appears difficult to justify.
That is why Red Bull’s argument currently looks unlikely to persuade the FIA, making it improbable that a blanket ban on every version of the Macarena wing will be introduced before the Belgian Grand Prix.
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