Max Verstappen spun out of control during F1 Q3 at the Austrian GP, losing the RB22 at Turn 9 amid a sudden loss of rear downforce that he and Red Bull claim stemmed from aero failure.
Qualifying Chaos
The incident happened in the third session of qualifying, when Red Bull was battling for pole on the Red Bull Ring. Turn 9 he was caught in a high‑speed skid as the car lost grip on its rear end.
Photographs revealed that the active aerodynamics had engaged and the rear wing had closed, yet Verstappen said the car still felt stripped of downforce as he turned into the corner.
Aerodynamic Investigation
Team chief Laurent Mekies described the damage as “an unusual dynamic event” that deprived the car of aero performance at the rear, forcing the RB22 to step out before the apex.
Verstappen acknowledged the loss, saying “there was a big loss of rear‑end grip and the car spun out at high speed.”
Red Bull declined to give further technical specifics, but the statement implies a potential issue with the rear wing or its control surface.
Broader Performance Context
Earlier on Friday, both drivers reported a power‑unit quirk – a drop in RPM at Turn 3’s apex – a problem Mex the team resolved before qualifying.
The car’s balance was also reported sub‑optimal on Friday but improved enough to meet the team’s targets under parc fermé conditions.
Mekies added that “any significant upgrade is never simply plug‑and‑play”; the team is still learning how to exploit the new package’s optimum window.
Despite the crash, Verstappen said the damage to the RB22 was limited and the car should face the race with no impact.
While Red Bull remains reticent on the exact cause, the gathering evidence points to an unforeseen aerodynamic change at the rear that prevented the driver from maintaining control.
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