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F1 2026 Analysis: Hamilton Reveals Ferrari SF-26 Set-up Flaw in Austin

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Farhan Ariadi
Farhan Ariadi
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F1 2026 Analysis: Hamilton Reveals Ferrari SF-26 Set-up Flaw in Austin
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F1 2026 Analysis: Hamilton Reveals Ferrari SF-26 Set-up Flaw in Austin

The Formula 1 race weekend in Austin left a complicated narrative for Lewis Hamilton after he disclosed details regarding a severe front wing miscalculation on his Ferrari SF-26. The seven-time world champion admitted that since Friday's practice sessions, he struggled significantly with vehicle balance, leading him down an incorrect set-up path, despite showing temporary performance recovery on Saturday following overnight work by the team.

However, those aerodynamic hurdles resurfaced during Sunday's main Grand Prix. Throughout the opening two stints, Hamilton suffered from massive understeer, forcing him to execute manual adjustments on his front wing during pit stops just to return the car to an acceptable operational window. Ultimately, he crossed the finish line in fourth place, narrowing the championship standings gap.

Based on reports cited from The Race, a crucial technical detail emerged regarding the front wing specification utilized by the driver during the United States Grand Prix. Hamilton explained that this discrepancy was stark when compared to his teammate, Charles Leclerc, who raced with a significantly higher downforce front wing configuration to suit the circuit's characteristics.

Analisis GP AS 2026: Blunder Start Musnahkan Impian Podium Isack Hadjar
Baca JugaAnalisis GP AS 2026: Blunder Start Musnahkan Impian Podium Isack Hadjar

In his post-race remarks, Hamilton detailed the emergency adjustments he was forced to make in the pit lane. During his first pit stop, he added four clicks of front wing angle, followed by another four clicks during his subsequent stop, yet he remained drastically far from the optimal setup required for the car.

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In total, Hamilton found himself lagging 12 clicks away from the optimal front wing setting, a situation he deemed extraordinary and one that requires rigorous investigation by the engineering crew. The latest aerodynamic upgrades introduced over the weekend successfully strengthened the rear of the SF-26, which consequently demanded more front wing load to properly shift the car's aerodynamic balance.

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