Lewis Hamilton pilots Ferrari F1 car featuring 180-degree rotating rear wing during Bahrain pre-season testing.
Lewis Hamilton pilots Ferrari F1 car featuring 180-degree rotating rear wing during Bahrain pre-season testing.
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Ferrari unveils 180-degree rotating rear wing in Bahrain testing

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Ferrari introduced a novel rear wing design during the second day of Formula 1's 2026 pre-season testing in Bahrain, where the upper flap rotates over 180 degrees to an upside-down position. The innovation, tested with Lewis Hamilton driving, aims to reduce drag while maintaining downforce in corners. Officials and rivals have noted its legality and creativity, though it remains a test item.

Ferrari debuted its innovative rear wing active aerodynamics during Thursday's session of the second pre-season test at Bahrain International Circuit. The upper wing flap rotates more than 180 degrees around an axis at its leading edge, positioning the trailing edge at the front and creating an upside-down configuration in straight-line mode. This design differs from traditional DRS systems, which had a fixed rotation axis and a maximum slot gap of 85mm, by allowing greater freedom under the 2026 regulations.

With Lewis Hamilton at the wheel, the wing was briefly tested before Ferrari reverted to its previous specification. The mechanism, featuring a pivot in the center rather than the end, enables the flap to flip completely, potentially inducing a stall to minimize induced drag and reduce the overall coefficient of drag. Aerodynamic considerations focus on balancing downforce in corners with low drag on straights, though compromises exist between the two positions.

FIA technical director Nikolas Tombazis confirmed the design's legality, stating that the regulations encourage drag-reducing solutions and that Ferrari's approach meets the 0.4-second movement interval and wing curvature rules under Article C3.11.1(e), which prohibit concave radii visible from below or less than 100mm from above. As long as the floor and diffuser obscure any concave elements from underneath, it complies.

Rivals reacted with surprise and interest. Haas driver Ollie Bearman, following Hamilton, initially thought it was broken but called it 'super innovative' and 'slick,' noting its weight as a potential drawback amid efforts to meet the 2026 minimum weight limit. Williams team principal James Vowles described it as an 'interesting direction of travel' not previously considered by his team, expecting quick evaluations across the grid.

Ferrari team principal Fred Vasseur emphasized ongoing innovation, saying, 'I think everybody is doing innovation, sometimes it’s visible, sometimes it’s not,' and uncertainty remains about its use in the season opener in Melbourne. The design is confirmed as a test item, with Ferrari assessing its performance before deciding on adoption for 2026.

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X discussions highlight excitement over Ferrari's innovative 180-degree rotating rear wing debuted in Bahrain F1 2026 testing, praised as genius engineering that reduces drag while legal. Official accounts and journalists note it as a major talking point sparking paddock intrigue. Humorous posts mock rival complaints, with some referencing past tests and potential gains of 3-4 tenths per lap. Overall sentiment is positive with minor skepticism on reliability.

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Ferrari F1 car debuting rotating rear wing, flipping upside down during practice at 2026 Chinese Grand Prix in Shanghai.
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Ferrari debuts rotating rear wing at Chinese Grand Prix

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Ferrari will introduce its innovative rotating rear wing during the first practice session at the 2026 Formula 1 Chinese Grand Prix in Shanghai. The device, tested earlier in Bahrain pre-season, flips completely upside down to reduce drag on straights. Lewis Hamilton praised the team's efforts in accelerating its development for the weekend.

Ferrari conducted a filming day at Monza to evaluate upgrades for its SF-26 car ahead of the Miami Grand Prix. The team tested an updated version of its rotating rear wing, known as the 'Macarena', along with other aerodynamic features. These changes come after the cancellation of the Bahrain and Saudi Arabian Grands Prix due to the Iran war.

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Ferrari tested its innovative rotating rear wing during free practice at the Chinese Grand Prix but reverted to a conventional design for sprint qualifying. The team cited insufficient guarantees for race use despite positive initial feedback. Lewis Hamilton and Charles Leclerc qualified fourth and sixth respectively.

McLaren plans to test its new front wing again during the Monaco Grand Prix weekend after both drivers rejected the part following limited running at the Canadian Grand Prix.

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Williams Formula 1 team principal James Vowles explained that Alex Albon's five consecutive late pit stops during the Japanese Grand Prix at Suzuka served as a live test session for front wing adjustments. With points out of reach, the team gathered data to correlate track performance with wind tunnel and CFD simulations. The experiments addressed ongoing challenges with the overweight FW47 car.

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