Max Verstappen has openly discussed the ongoing aerodynamic challenges faced by Red Bull Racing during the 2026 Formula 1® season, highlighting the difficulties experienced at the Hungarian Grand Prix weekend. The RB22 car suffered from unpredictable aero issues that significantly affected its drivability, particularly during qualifying.
Verstappen described the car’s condition as “completely broken aerodynamically,” with the balance deteriorating to the point where adjustments to the front wing could no longer compensate. During qualifying at the Hungaroring, these problems culminated in oversteer and spins, including a notable spin at the final corner that summed up the session’s struggles. Despite the issues, Verstappen secured a fourth-place start on the grid, aided by grid penalties applied to other drivers.
The aerodynamic problems have been inconsistent, varying from race to race, which has made it difficult for both Verstappen and the Red Bull team to identify a clear cause or develop a consistent solution. Data from the team confirmed the aero degradation, but pinpointing the exact source remains elusive. Verstappen expressed that he has moved beyond desperation regarding these issues, having already passed that stage earlier in the season.
Team principal Laurent Mekies had hoped the Hungaroring’s energy-rich layout would suit the RB22 better, but the reality proved more challenging. Verstappen’s teammate, Isack Hadjar, also faced difficulties, starting one row behind Verstappen. The qualifying session underscored the unpredictable nature of the aerodynamic issues, which have persisted throughout the season without a definitive technical explanation.
Verstappen’s comments reflect a broader struggle within Red Bull Racing to manage the aerodynamic performance of their car under the 2026 regulations. The varying nature of the problems complicates efforts to stabilize the car’s handling and balance, especially on circuits with demanding cornering characteristics like the Hungaroring.
Despite these setbacks, Verstappen’s approach indicates a level of acceptance and focus on adapting to the challenges rather than dwelling on frustration. The situation highlights the complexities teams face in interpreting aerodynamic data and translating it into reliable on-track performance under evolving technical regulations.
The Hungarian Grand Prix qualifying session thus provided a clear example of how small aerodynamic inconsistencies can significantly impact a car’s behaviour and a driver’s ability to extract performance. Verstappen’s experience serves as a reminder of the ongoing technical battles within Formula 1® teams as they seek to optimize their cars amid changing rules and competitive pressures.
