Leclerc Tops FP2 as F1 Battles Extreme Conditions in Malaysia

Charles Leclerc topped the timesheets during the second practice session at Sepang, edging out Red Bull's Isack Hadjar by a slim 0.099s margin. The session highlighted a tight battle at the front, with McLaren and Red Bull remaining within striking distance as teams prepare for a critical qualifying sequence in the Malaysian heat.

Why it matters:

Tyre degradation is the defining variable at Sepang. With an abrasive surface and extreme humidity, the ability to manage the soft compound while maintaining peak pace will determine the grid order. Ferrari's early dominance suggests a strong aerodynamic balance for the circuit's high-speed sections, while Red Bull's versatility remains a threat.

The details:

• Top Order: Leclerc led the way, followed closely by Isack Hadjar and Lando Norris in third.
• Verstappen's Strategy: Max Verstappen finished fourth, notably setting his quickest time on medium tyres, indicating a focus on race-trim stability over raw single-lap speed.
• Mercedes Struggle: Championship leader Kimi Antonelli and George Russell finished seventh and eighth. Both failed to maximize their soft-tyre runs, leaving the team with significant work to do before qualifying.
• Environmental Factors: Despite a 90% chance of rain, the session remained dry. However, high track temperatures (32-33°C) and shifting grip levels continued to challenge the field.

The big picture:

The 2026 competitive landscape is evident in the varied top-five results. With Antonelli leading the championship but struggling in FP2, the pressure is on Mercedes to refine their short-run performance. The gap between the top four is marginal, meaning a slight misstep in tyre preparation could lead to a significant drop in qualifying positions.

What's next:

Saturday focuses on the final practice (FP3) and Qualifying. Teams remain on high alert for thunderstorms, which could introduce chaotic variables to the session. If conditions stay dry, the focus will shift entirely to cooling optimization and managing high thermal degradation on the abrasive Sepang asphalt.