Every 10 kg of onboard fuel is worth roughly 0.25 to 0.40 seconds per lap in top-level circuit racing, depending on track layout, braking demand, tire energy, and aero sensitivity. That number is the backbone of race engineering models because mass changes far more than straight-line speed. It alters braking distance, entry rotation, traction phase … Read more
In Formula 1, tyre performance is never just about how much rubber is left on the wheel. F1 tyre degradation is the gradual loss of grip and consistency over a stint, and it can transform a quick race car into a struggling one within only a few laps. For teams, analysts, and drivers, understanding tyre … Read more
F1 overtaking statistics reveal a striking truth: the difference between a race with 80 passes and one with barely 20 often comes down to less than 0.7 seconds of lap-time loss in turbulent air. That margin—created by aerodynamics, tire behavior, and energy deployment—has defined entire eras of Formula 1 racing. This is not a surface-level … Read more
If you follow Formula One, you’ve probably heard commentators mention parc ferme F1 during qualifying or before the race. It’s one of the most important rules governing race weekends, yet many fans are still unsure exactly how it works. In simple terms, Parc Fermé is a rule that restricts teams from making major setup changes … Read more
In modern Formula 1, F1 tyre management is often the difference between winning and fading away in the final laps. Two drivers in identical cars can start a stint at the same pace — yet one pulls away while the other struggles with grip. So what makes the difference? And why do F1 drivers save … Read more