Leclerc Tops Opening Practice for US Grand Prix as Ferrari Updates Shine

Charles Leclerc topped the opening practice session for the 2026 United States Grand Prix, clocking a 1:36.052 to edge out Max Verstappen by a slim 0.084s. The result marks an encouraging start for Ferrari at the Circuit of the Americas, where the top four teams were separated by less than half a second.

Why it matters:

The razor-thin margins between Ferrari, Red Bull, McLaren, and Mercedes suggest an incredibly volatile competitive landscape heading into the race weekend. Ferrari's immediate pace indicates that their latest development push has yielded tangible gains, potentially shifting the momentum in the championship hunt.

The Details:

• Aerodynamic Gains: Ferrari debuted a comprehensive update package featuring revisions to the floor, sidepods, and diffuser, which appeared to provide immediate stability and speed.
• Tight Competition: Lando Norris finished third (0.245s off pace), followed by Mercedes duo George Russell and Kimi Antonelli, confirming that the front-runners are operating on a similar performance level.
• Midfield Dynamics: Audi's Gabriel Bortoleto led the midfield in eighth, while Colton Herta continued his Super Licence pursuit, driving the Cadillac in Sergio Perez's car.
• Development Focus: In a strategic move, Williams' Alexander Albon recorded no timed laps, instead utilizing the session for 2027 aerodynamic testing.

The Big Picture:

While raw speed is evident, COTA's demanding nature—characterized by bumpy surfaces and high-speed Esses—remains the primary hurdle. Several drivers reported significant handling difficulties, meaning the weekend's outcome will likely depend on who can best optimize car balance and ride quality over the next few sessions.

What's next:

Teams will now focus on refining setups during FP2 to tackle the circuit's heavy braking zones. The key question remains whether Ferrari's new aero package can translate this practice pace into qualifying dominance or if Red Bull and McLaren can find the extra tenth needed to reclaim the lead.