From Autosport · Gianluca D'Alessandro · · 1m 20s
Mercedes W17 balance shift complicates F1 driving
Mercedes' F1 upgrade made car harder to drive by shifting aerodynamic balance forward.
In brief
Mercedes' F1 upgrade made car harder to drive by shifting aerodynamic balance forward. Mercedes' W17 F1 car became harder to drive after upgrades shifted aerodynamic balance too far forward, narrowing its operating window. Originally reported by Autosport.
Mercedes upgrade shift
Mercedes' new F1 package delivered extra downforce but not consistently across all conditions.
Aerodynamic balance shift
The upgrades pushed the W17 too far forward, narrowing its operating window significantly.
Driver adaptation needed
Drivers must adjust cornering technique as the car becomes less forgiving in low-speed corners.
Kimi Antonelli's challenge
Antonelli reported persistent mid-corner understeer during Malaysia and Singapore weekends.
Front wing test for Austin
Mercedes will test a front wing during Austin to recalibrate the package and widen operating window.
Simone Resta explains
Resta said the upgrades delivered more downforce but not consistently across all running points of the car.
Balance shift impact
The shift made the car harder to drive, especially in low-speed corners where rear stability decreased.
Austin strategy
Mercedes aims to re-centre the car's operating window for Austin with front wing adjustments.
Kimi's performance
Antonelli improved his qualifying time after set-up changes for Singapore race.
Next steps
Mercedes will rework the car to unlock potential while maintaining aerodynamic balance.
The short version
Mercedes' W17 F1 car became harder to drive after upgrades shifted aerodynamic balance too far forward, narrowing its operating window.
