Last Updated on April 26 2026, 8:38 am
Red Bull adopts Ferrari-inspired wing to gain straight-line speed without redesign risks – Red Bull has introduced a rotating rear wing concept inspired by Ferrari’s ‘Macarena’ design, but with a simplified mechanism aimed at faster implementation and improved reliability. The updated RB22, unveiled during a filming day at Silverstone, also features a redesigned sidepod profile and revised front wing elements, signalling a broader aerodynamic shift rather than a single upgrade.
According to technical analyses from our experts, the most significant change lies in how Red Bull has adapted Ferrari’s concept. Rather than replicating the intricate system employed on the SF-26, Red Bull has chosen a more pragmatic approach that mitigates mechanical risk while still pursuing gains in straight-line efficiency.
The rear wing rotation concept mirrors Ferrari’s design but uses a central actuator
The standout feature is a rotating rear wing flap designed to reverse its aerodynamic profile on straights as was reported on this website a few days ago. In this configuration, the wing generates lift rather than downforce, thereby reducing drag and increasing top speed.
Ferrari’s version of the system, first observed during pre-season testing in Bahrain, uses dual actuators hidden within the endplates to achieve over 200 degrees of rotation. This eliminates central airflow obstruction and maximises aerodynamic efficiency.
However, Red Bull has retained a central vertical actuator, modifying only the flap-to-endplate connections. According to technical breakdowns published by Auto, Motor und Sport, this allows for approximately 110–120 degrees of rotation.
The simpler design reflects Red Bull’s development philosophy
The decision to retain a central actuator is a clear strategic choice. By avoiding a full redesign of the wing structure, Red Bull has reduced development time and limited the need for extensive validation testing.
Ferrari’s system, by contrast, required a longer development cycle due to its complexity. Integrating actuators into the endplates requires additional structural reinforcement and increases the number of moving components, which can lead to reliability issues during races.
Red Bull’s approach prioritises speed of deployment and operational robustness. Fewer moving parts reduce the likelihood of failure, particularly when high loads and vibrations are experienced during races.
Aerodynamic trade-offs could influence track-specific performance
The two concepts present a clear performance trade-off. Ferrari’s cleaner airflow, achieved by removing the central actuator, is expected to deliver stronger gains on high-speed circuits such as Monza and Spa-Francorchamps.
Red Bull’s design is less aerodynamically efficient but may offer consistency and quicker iterative upgrades throughout the season. The retained actuator creates some airflow disruption, which could slightly increase drag compared to Ferrari’s solution.
As The Race’s technical team has noted, the real-world advantage will depend on how effectively each system integrates with the car’s overall aerodynamic package, rather than on the wing in isolation.
F1 history shows the rapid adoption of breakthrough innovations
Adapting rival concepts is a long-standing pattern in Formula 1. The Brawn GP double diffuser in 2009 and McLaren’s F-duct in 2010, for example, were both rapidly adopted across the grid after it was demonstrated that they offered clear performance benefits.
Red Bull’s decision to develop its own version of Ferrari’s wing indicates that the concept has already demonstrated measurable potential. Teams typically only commit resources to such changes when the performance benefits are clear.
The differing implementations underline how teams adapt innovations to suit their own design philosophies. Ferrari has pursued maximum aerodynamic efficiency, whereas Red Bull has focused on balancing performance gains with development speed and reliability.
Red Bull engineers in Milton Keynes are bullish about their upgrade package
There has been positive feedback from Milton Keynes as confidence in the upgrade package grows.
According to sources within Red Bull’s Milton Keynes factory, the latest test has received a positive internal response, and confidence is growing that the team is moving in the right direction. Engineers reportedly view the updates, particularly the new rotating rear wing, as a broader and more aggressive development step than earlier packages.
Red Bull had already introduced a significant upgrade package at the start of the season, before the enforced four-week break around Suzuka, which included a revised floor, reprofiled sidepods and refined bodywork. However, this initial package delivered limited immediate performance gains, reflecting the steep learning curve associated with the current generation of cars.
Nevertheless, internal feedback suggests that the team now has a better understanding of the car. The latest updates are considered more cohesive, with improved correlation between simulation tools and on-track behaviour. This reinforces the view within the factory that progress is being made. The drivers during the test however, did find the car tricky to drive so what has been a big overhaul in direction may be pared back somewhat by Miami.
Why this development matters for the 2026 F1 season
This rear wing development could influence the competitive order, particularly on circuits where drag reduction is critical. While Ferrari’s system may deliver higher peak performance, Red Bull’s quicker rollout could provide gains more quickly across multiple races.
The concept is also likely to spread across the grid, with other teams expected to introduce their own variations. As has been seen in previous innovation cycles, widespread adoption often follows once a clear advantage has been established.
The key question, therefore, is whether Red Bull’s reduced rotation range can match the benefits of Ferrari’s more advanced system. The answer will determine how aggressively other teams pursue similar designs in the coming months.
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With over 30 years of experience in Formula 1 as an insider journalist, I have built trusted connections across the paddock, from race engineers and mechanics to senior team figures. At The Judge 13, I and a handful of trusted colleagues share exclusive Formula 1 news, expert analysis and behind-the-scenes stories you will not find in mainstream motorsport media.
A senior writer at TJ13, C.J. Alderson serves as Senior Editor and newsroom coordinator, with a background in online sports reporting and motorsport magazine editing. Alderson’s professional training in media studies and experience managing content teams ensures TJ13 maintains consistency of voice and credibility. During race weekends, Alderson acts as desk lead, directing contributors and smoothing breaking stories for publication.
