Strategy Guide: What are the tactical options for the United States GP?

A one-stop race looks the strongest starting point for the United States Grand Prix, but choosing the right compounds could prove decisive in a closely matched contest.

Kimi Antonelli’s Austin pole gives Mercedes the initial advantage. With the leading four teams separated by approximately 0.12 seconds on long-run pace, however, strategy offers rivals a realistic route to challenge.

The fastest simulated routes

Pirelli’s calculations favour two principal approaches:

• Soft to hard: stop between laps 20–26.
• Medium to hard: stop between laps 21–27.

Starting on softs offers stronger initial grip, potentially valuable on the climb towards Turn 1. Mediums provide greater flexibility, allowing drivers to extend their opening stint as the race develops.

That flexibility matters when the leading teams are so closely matched. An early stop must deliver enough performance to justify surrendering track position and risking traffic.

Why medium to soft remains attractive

Driver confidence in the hard compound is the main complication. Although simulations favour strategies using it, feedback suggests the medium and soft could offer a more comfortable combination.

The alternative is to begin on mediums and switch to softs between laps 26–32.

That approach trades the hard tyre’s theoretical durability for stronger grip later in the race. Its success depends on managing the opening stint well enough to leave a realistic distance for the softer compound.

Last year demonstrated the potential: Verstappen won with a medium-to-soft one-stop, while Leclerc used the reverse sequence to finish third. Most of the leading finishers needed only one stop.

Could an aggressive two-stop work?

The strongest two-stop option is soft–medium–soft, with planned stops around laps 16–22 and 35–41.

Simulations place it only about two seconds behind a one-stop. That is close enough to retain as an alternative, but insufficient to make it the obvious choice.

An additional stop introduces execution risk and another encounter with traffic. Higher-than-expected degradation would be needed to make the extra tyre performance more compelling.

Wind could upset the calculations

Forecast track temperatures of approximately 40°C should keep conditions broadly comparable with practice, supporting the one-stop expectation.

Gusts reaching 30km/h could be more disruptive. Sudden slides can overheat the rear tyres, accelerate degradation and bring an extra stop into consideration. Wind also complicates precision through exposed corners, increasing the risk of track-limits errors.

Even an early Safety Car would not necessarily produce a two-stop race: drivers could switch to hards and attempt a long final stint.

The key distinction is between the fastest strategy on paper and the tyres each driver can use consistently. With such narrow performance margins, that judgment could shape the fight for victory.