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Max Verstappen faced significant bottoming issues with the RB21 at COTA due to aggressive rear axle ride height. Red Bull engineers resolved the stability struggle by raising the car, allowing Verstappen to secure pole position in the Sprint qualifying.
The 2026 Formula 1 technical regulations cause significant top speed drops at Monza, where peak race speeds fell to 351 km/h. New power unit rules mandate a 50/50 split between combustion and electrical energy, creating unpredictable closing speeds between drivers.
The 2026 FIA technical regulations eliminate the beam wing to reduce dirty air and target 90% downforce retention at 20 meters behind a lead car. New active aerodynamics and simplified wing designs aim to decrease drag by 55% while improving racing quality.
The FIA is developing a polycarbonate Shield to ensure driver visibility during wet races. This new head protection aims to prevent the sightline issues experienced with the Halo while managing the heavy spray produced by 2026 ground effect cars.
The 2026 power unit shift to a 50/50 power split increases thermal loads from the 350kW MGU-K. This forces teams to redesign sidepod inlets and undercuts to manage mass flow spillage and maintain diffuser pressure.
FIA regulations target flexible plank components and unauthorized skids to prevent teams from gaining aerodynamic advantages through illegal ride heights. The 2026 standardization aims to eliminate loopholes like the cushioning effects reported by Red Bull and Toto Wolff.
Ferrari utilizes a leading edge tower and three lateral vanes on the SF-26 to mitigate in-wash from floor boards. This aerodynamic setup manages boundary layer separation and protects underfloor efficiency to maintain downforce under 2026 regulations.
The FIA is tightening rear wing deflection tests to prevent aeroelasticity exploitation. Following analysis from the Shanghai Grand Prix, the effective slot gap limit has been set at 0.75mm to maintain aerodynamic consistency.
The floor is the most powerful aerodynamic device on the car. Here is how venturi tunnels work.
Turbulent wake reduces downforce for the chasing car. Here is how much and why the rules tried to fix it.
DRS flattens the rear wing to cut drag. Here is the activation rule and why its effect varies.
Aero testing allowances scale with championship position. Here is how the sliding scale works.