Lewis Hamilton recorded the highest speed through the Hungaroring speed trap during qualifying for the 2026 Hungarian Grand Prix. The Ferrari driver registered 333 km/h, outpacing his rivals on the main straight.
This top speed was notably higher than Lando Norris’s McLaren, which achieved 327 km/h on his pole position lap. Charles Leclerc, Hamilton’s Ferrari teammate, reached 331 km/h.
The Hungaroring circuit is traditionally known for prioritising high downforce and surgical balance over outright straight-line speed. However, strong velocity on the main straight remains crucial for creating overtaking opportunities into Turn 1.
Red Bull drivers Max Verstappen and Isack Hadjar demonstrated a different approach, with Peter Windsor’s analysis indicating they were forced into a lift-and-coast strategy. Verstappen’s speed trap reading was 327 km/h, while Hadjar’s was 303 km/h.
This power management issue for Red Bull suggests their power unit was not optimally synchronised with the circuit’s demands, impacting their straight-line performance. Nico Hulkenberg in the Audi also showed competitive straight-line speed, hitting 330 km/h.
Norris secured pole position for the Grand Prix with a lap time of 1m17.207s, narrowly beating Hamilton by 0.012 seconds. Leclerc qualified third.
Despite Hamilton’s speed trap advantage, he faced a stewards’ investigation following an incident during qualifying. Kimi Antonelli also received a three-place grid penalty for failing to slow sufficiently under yellow flags.
The focus on aerodynamic efficiency at the Hungaroring often leads teams to run Monaco-spec rear wings, which can affect top speed. McLaren’s setup, for instance, featured a significant rear wing configuration.
