FIA Overturns Pierre Gasly's Monaco Penalties, Restoring P3 Podium Finish

Pierre Gasly has been restored to third place in the Formula 1 Monaco Grand Prix after Alpine successfully overturned two pit lane speeding penalties. The FIA stewards rescinded the penalties following a Right of Review, concluding that a technical discrepancy in the official timing system led to false readings.

Why it matters:

This decision not only returns a critical podium to Gasly and Alpine but also exposes a rare failure in the FIA's official timing infrastructure. In a sport where centimeters define outcomes, a measurement error led to incorrect penalties for multiple drivers. While several drivers were flagged, the ruling underscores the importance of team-led appeals in correcting systemic technical errors.

The details:

• The Calculation Error: The official timekeeper used a distance of 2692cm for the first timing zone in the pit lane. However, post-race LIDAR scans revealed the actual shortest distance was 2615cm.
• Impact on Speed: This 77cm discrepancy caused Gasly's speed to be recorded as 60.1 km/h and 60.4 km/h. When recalculated with the correct distance, his actual speeds were approximately 58.7 km/h and 58.8 km/h, well under the 60 km/h limit.
• Infrastructure Changes: Stewards noted that revised barrier layouts at the pit entry between 2025 and 2026 allowed drivers to take a shorter trajectory, which the established timing process failed to account for.
• Widespread Issue: Six drivers—including Hamilton, Russell, and Piastri—were reported for speeding (mostly at 60.1 km/h) in the same zone. However, only Gasly's results were amended as Alpine was the only team to submit a formal petition for review within the allowed timeframe.

What's next:

The final classification of the Monaco Grand Prix has been amended, and the Drivers' and Constructors' Championship points will be recalculated to reflect Gasly's third-place finish. This incident is expected to force the FIA to refine how timing zones are calibrated at street circuits to ensure measurement accuracy remains consistent with evolving track layouts.