Casco Helmet F1 Oliver Bearman Team Moneygram #87 Season 2025 in 1/2 scale
This is the Casco helmet F1 Oliver Bearman Team Moneygram #87 Season 2025 in 1/2 scale by Bell.
In the 2025 Formula 1 season, Oliver Bearman, driving for Haas F1 Team, showcases a helmet design that is both personal and distinctive. The design features his chosen race number, 87, which holds deep significance: Bearman was born on May 8, his younger brother on August 7, and their father raced with number 87, making it a meaningful family emblem. The helmet's base color is a vibrant fluorescent yellow, complemented by bold orange and pink accents, creating a striking and contemporary appearance. This design not only honors his family's racing legacy but also ensures Bearman's visibility on the track, distinguishing him from his competitors.
The mini collector's helmet is made and hand painted by the artisans of Bell Racing Helmets in the same factory where racing helmets are produced. The combination of advanced technology and engineering construction makes it possible to reproduce the individual components of the helmet with materials similar to those used for real racing helmets.
In the 2025 Formula 1 season, Oliver Bearman, driving for Haas F1 Team, showcases a helmet design that is both personal and distinctive. The design features his chosen race number, 87, which holds deep significance: Bearman was born on May 8, his younger brother on August 7, and their father raced with number 87, making it a meaningful family emblem. The helmet's base color is a vibrant fluorescent yellow, complemented by bold orange and pink accents, creating a striking and contemporary appearance. This design not only honors his family's racing legacy but also ensures Bearman's visibility on the track, distinguishing him from his competitors.
The mini collector's helmet is made and hand painted by the artisans of Bell Racing Helmets in the same factory where racing helmets are produced. The combination of advanced technology and engineering construction makes it possible to reproduce the individual components of the helmet with materials similar to those used for real racing helmets.
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