Max Verstappen Dominates FP1 as F1 Returns to Sepang

Max Verstappen has made a commanding return to Sepang, topping the opening practice session for the Malaysian Grand Prix. The Red Bull driver, the last winner at this circuit back in 2017, posted a 1:37.520, leaving George Russell and teammate Isack Hadjar behind in a session defined by oppressive heat and low grip.

Why it matters:

The return to Malaysia introduces a high-stress environment for the 2026 power units. The combination of extreme humidity and severe tyre degradation makes Sepang a critical test of efficiency and durability, potentially shifting the competitive hierarchy as the season enters its final stages.

The Details:

• Red Bull Dominance: Verstappen's pace was clear, but Isack Hadjar's third-place finish indicates that Red Bull's current chassis balance is highly effective on this layout.
• The Chasers: George Russell (2nd) and Kimi Antonelli (5th) proved Mercedes remains a threat, while Ferrari's duo of Charles Leclerc (4th) and Lewis Hamilton (6th) remained the only others within a second of the lead.
• McLaren's Approach: Lando Norris and Oscar Piastri finished outside the top 10. Rather than chasing raw lap times, McLaren spent the session evaluating different rear-wing configurations to optimize aero efficiency.
• Track Conditions: A dusty surface caught several drivers off guard, particularly at the final corner, while medium tyres were the primary choice for teams building their initial circuit understanding.

The Big Picture:

The 2026 landscape is seeing a significant shift with the integration of Audi and Cadillac. The early pace of newcomers like Hadjar and Arvid Lindblad (9th) suggests a successful talent transition within the Red Bull ecosystem, while the mid-field remains tightly contested with Alpine and Audi showing flashes of speed.

What's next:

FP2 begins at 4 PM local time. Teams will pivot from qualifying simulations to long-run race simulations, focusing heavily on tyre management to combat the brutal Malaysian degradation.