São Paulo Grand Prix — Qualifying

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19BEA+4.516
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22CAM—

News

Will Buxton praises Ferrari's 180-degree rear wing: "It's a game-changing advantage"

Will Buxton says Ferrari’s 180-degree flipping rear wing could be a “silver bullet” for 2026, delivering major straight-line speed while staying legal—potentially turning even back-row starts into Turn 1 leads.

Will Buxton praises Ferrari's 180-degree rear wing: "It's a game-changing advantage"
© BSR Agency

During pre-season testing at Bahrain, Ferrari unveiled a rear wing innovation that left the paddock scrambling to understand its implications for the 2026 season. Unlike conventional active aerodynamic systems that simply open and close, Ferrari's design does something radically different: it flips 180 degrees, rotating the wing completely upside down. This bold departure from established design philosophy has prompted veteran commentator Will Buxton to make an extraordinary claim about the Scuderia's competitive potential.

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How it works: aerodynamics turned upside down

The mechanics behind Ferrari's rear wing represent a masterclass in innovative engineering. The upper flap rotates around a central pivot point, and when fully activated on straights, it inverts completely.

This transformation fundamentally changes the aerodynamic profile: instead of generating downforce like a traditional F1 wing, the inverted design creates lift, mirroring the aerodynamic principles of aircraft wings.

To maintain stability and prevent the rear tires from lifting off the track, Ferrari incorporated a secondary exhaust-blown winglet that generates modest downforce to balance the induced lift. According to telemetry data from testing, this system delivers approximately 8–10 km/h additional straight-line speed compared to the field.

Image
© Formula 1

Critically, Ferrari's design adheres to FIA regulations because the wing rotates within the mandated 0.4-second timeframe and complies with bodywork concavity requirements. The 2026 regulatory framework, specifically designed to encourage drag reduction and energy efficiency, has created the regulatory permission necessary for this radical approach.

Buxton's bold prediction: a game-changing advantage

During the Up To Speed podcast, Buxton articulated a scenario that captures the potential magnitude of Ferrari's advantage. After highlighting that Lewis Hamilton, during practice starts, was positioned so far back on the grid that he "wasn't even in Bahrain anymore," Buxton observed that by Turn 1, Hamilton was already leading. His conclusion? "Ferrari could qualify on the back row of the grid and be leading the grand prix by Turn 1. That's how good that car looks."

This hyperbolic but attention-grabbing statement encapsulates what Buxton believes could be a "silver bullet" advantage in this new regulatory era. The combination of reduced drag on straights and maintained downforce through corners aligns perfectly with the looser rear-end handling characteristics that suit certain high-performing drivers.

Why Ferrari isn't deploying it immediately

Intriguingly, Ferrari has chosen a conservative approach, deciding not to deploy the 180-degree wing during the season's opening races. Instead, the team plans to reintroduce this innovation strategically later in the campaign, suggesting they want to avoid revealing their full technical hand early while competitors scramble to develop countermeasures.

For a Ferrari team that finished fifth in the constructors' standings last year, this innovation represents a potential turning point—one that could fundamentally alter the 2026 championship narrative.

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