
Vasseur Slams Ferrari's 'Very Poor' Execution After Hungarian GP Errors
Fred Vasseur pulled no punches after Ferrari's Hungarian Grand Prix unraveled into a string of costly mistakes, calling the team's execution "very poor" despite a commanding Friday showing. The Scuderia arrived at the twisty Hungaroring as favorites, a layout where their superior chassis typically shines, yet strategic blunders and on-track errors left Charles Leclerc and Lewis Hamilton settling for fourth and fifth after Lando Norris snatched pole for McLaren by just twelve milliseconds.
Why it matters:
The Hungaroring was supposed to reward Ferrari's downforce-heavy strengths, but the weekend instead exposed a growing gap between raw speed and Sunday delivery. With the SF-26 quick enough to fight for pole, these recurring operational slip-ups are threatening to derail a team that needs clean weekends to stay in the title fight.
The details:
- Friday form faded fast: After going 1-2 in both practice sessions, Ferrari lost momentum when Hamilton was hit with a three-place grid penalty, while Norris edged him out for pole by a mere 0.012 seconds.
- Race-day unraveling: Hamilton left the door open for Max Verstappen right after executing a successful undercut, and a five-second pit-lane speeding penalty dropped him further back. Strategic missteps also stalled Leclerc's progress through the field.
- The clean-air question: Vasseur admitted the SF-26's true race pace was hard to judge from dirty air. He acknowledged that while Lando Norris was "flying" out front, Ferrari looked quicker than Oscar Piastri when running in clear track conditions.
What's next:
Vasseur singled out the opening lap as the critical turning point, insisting that had Leclerc held second into Turn 1, the entire race could have changed. With the car faster than at recent power-dependent circuits, the focus now falls on sharpening race operations rather than finding more raw speed.
Original Article :https://racingnews365.com/fred-vasseur-scolds-ferrari-over-very-poor-execution





