Formula 1 Mexico City Grand Prix: Rookie Driver Lineup for FP1
As the Mexico City Grand Prix approaches, nine out of ten Formula 1 teams are set to feature rookie drivers during the first practice session (FP1). This initiative aligns with the FIA’s mandate requiring teams to provide track time for inexperienced drivers, categorized as those having not participated in two or more Grand Prix races.
Each team must rotate their full-time drivers to give rookies a chance across four sessions throughout the season. Many teams tend to schedule these outings toward the end of the season, particularly given the demand for track time during sprint weekends and the unique challenges posed by street circuits like Las Vegas.
Notable Rookie Entries
- McLaren will field Pato O’Ward, the Mexican IndyCar star, replacing Lando Norris in the title-winning MCL39.
- Mercedes has secured Fred Vesti, who recently triumphed at the Petit Le Mans with Cadillac, substituting for George Russell.
- Ferrari will utilize Antonio Fuoco as he steps in for Lewis Hamilton, marking his first FP1 outing of the season.
- Red Bull continues to evaluate Arvid Lindblad, replacing Max Verstappen, harking back to his recent performance at Silverstone.
- Williams grants Luke Browning another opportunity in Carlos Sainz’s car, while Jak Crawford will debut in an FP1 session for Aston Martin, taking over from Lance Stroll.
- Haas will see Ryo Hirakawa replace Oliver Bearman, making his third FP1 appearance overall.
- Red Bull’s second team, Racing Bulls, will run Ayumu Iwasa, stepping in for Liam Lawson. Iwasa is currently contending for the Super Formula title.
- Alpine features Paul Aron, who also has experience from previous FP1 sessions with the team and Sauber.
Sauber is the only team that has fulfilled its rookie requirements earlier in the season, having utilized Gabriel Bortoleto and subsequently giving Aron two outings in Europe.
This session promises to deliver fresh talent on the track, providing teams with critical insights into the capabilities of the next generation of drivers.
