Topic
New asphalt at Interlagos absorbs significant solar heat, with afternoon temperatures reaching 60C. This thermal challenge impacts tire degradation and grip, requiring advanced TPMS sensors and predictive mathematical modeling to manage performance.
Lewis Hamilton has secured 96 points in the 2026 season by prioritizing mechanical data over simulator work. His success follows a strategic decision to focus on through-corner balance and brake optimization after finding simulator correlation inconsistent.
The FIA manages international motorsport regulations through the World Motor Sport Council, which oversees technical standards and safety commissions. This governing body decides on rules and regulations to ensure compliance across all racing disciplines.
McLaren's MCL40 remains the third-fastest car on the 2026 grid, sitting just under one percent behind Mercedes. Technical data shows Lando Norris achieved the fastest sector two time in Hungary with a 27.621, despite Ferrari drivers facing tyre management struggles.
Formula 1 teams utilize encrypted radio channels and complex frequency management to protect strategic data from rivals. Engineers must navigate significant signal interference at Monaco while adhering to FIA Article 20.1 regulations regarding driver coaching.
FIA tire pressure monitoring systems provide real-time carcass temperature and pressure data to help teams manage Pirelli C2, C3, and C4 compounds. Engineers analyze these readings to optimize one-stop and two-stop strategies amidst the high lateral loads of Zandvoort.
Practice timesheets hide fuel loads, engine modes and run plans. Here is how to read them like an engineer.
Degradation is thermal, mechanical and chemical. We explain how each one shows up in lap times.
Raw stint averages mislead. Correcting for fuel and tyre age shows who was really quickest.
Speed traps reveal setup choices. A low drag car may be quick on straights and slow in corners.