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Loïc Serra leads the technical supervision for Ferrari's 2026 SF-26 project as the team prepares for major regulatory changes. Development focuses on power unit energy recovery, chassis balance, and tire management to maintain competitiveness against rivals.
Ferrari utilizes pushrod actuation on the SF-26 to improve aerodynamic stability and airflow. This mechanical shift impacts ride height management, which proved critical when Charles Leclerc faced disqualification at the United States Grand Prix due to excessive plank wear.
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.
Ferrari engineers face significant thermal management difficulties with the SF-26 during the Las Vegas night race. Managing the 10°C ambient temperature requires precise heating blanket calibration to offset the cooling effects of the new BBS wheel rims.
Ferrari's high-rake philosophy and flexible suspension provide superior floor stability on bumpy tracks like COTA. While Mercedes focuses on sidepod airflow conditioning, Ferrari utilizes a high-temperature engine to reduce cooling mass and improve aerodynamic efficiency.
FIA officials use nose-mounted cameras at the Belgian Grand Prix to monitor front wing deformation and aerodynamic load deflection. This data collection follows technical disputes between Mercedes and Ferrari regarding diffuser designs and floor stay loopholes.
Ferrari engineers utilize advanced electronic management to control 350kW of MGU-K electrical boost in the SF-26. New push-rod suspension and a rotating rear wing design aim to improve lateral grip by 3 percent and reduce drag during high-speed deployment.
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.
Software mapping errors in the 2026 Ferrari active aero DRS system create significant aerodynamic instability risks. Precise validation is required to prevent loss of downforce and control during high-speed transitions on Monza's straights.
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.