F1’s 2026 Active Aero Plan Faces Revision After Troubling Simulator Discoveries

The concept involves the car’s wings transitioning between high down force configurations in corners to provide grip and low drag setups on straights to boost straight line speed.

Initially, there was consideration for only the rear wing to be adjustable, as it could seamlessly integrate with the Drag Reduction System (DRS) and present the least complex solution.

However, recent simulator evaluations of the base line ‘Fangio’ car model by some teams have raised concerns about this approach.

Reports indicate that when the rear wing was in its lowest drag configuration and the engine was at full power. The car exhibited alarming characteristics, including instability and a propensity to spin on straights or lose control in mild corners.

This imbalance in aerodynamic performance, estimated to be three times greater than when DRS is activated. Rendered the cars nearly undrive able, with lap times potentially slower than Formula 2 machinery.

DRS

In response to these findings, representatives from the FIA visited team facilities to gain insights into the simulator results. As a result, it has been determined that the proposed moveable aero plan will require both. The front and rear wings to adjust simultaneously for the 2026 season.

By coordinating the movements of both wings, it is anticipated that the aero balance issues encountered in the simulator can be mitigated, ensuring more predictable handling characteristics.

Horner emphasize the importance of establishing clear chassis regulations. Which will play a pivotal role in shaping the 2026 package and its interaction with the power units.

While acknowledging the challenges posed by the simulator findings, Horner affirm that teams are prepared to adapt to the regulations once finaliz, recognize that all competitors will operate under the same framework.