Topic
The FIA's ECAT system uses computer vision and sensors to reduce human review by 95% for track limit infringements. This technology creates a digital twin of the race to assist the Remote Operations Centre in processing real-time data.
Mechanical steering components like rack and pinion mechanisms and Ackerman geometry dictate how driver inputs translate to vehicle movement. Understanding these variables is essential for analyzing driver input and technical regulations like the 2026 FIA standards.
FIA regulations mandate a 1mm wear margin for underfloor skid blocks to control ride height. McLaren drivers Lando Norris and Oscar Piastri faced disqualification in Las Vegas after their planks exceeded these strict physical limits.
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.
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.
The FIA is implementing a new 2026 framework to increase the influence of Driver Stewards like Vitantonio Liuzzi and Derek Warwick. This shift aims to utilize racing experience to interpret guidelines more effectively when rules lack clarity.
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.
Formula 1 aims for a 50% emissions reduction by 2030, focusing on logistics which account for 49% of its carbon footprint. While Qatar Airways and DHL programs reduce air freight emissions, IATA warns that global SAF production will only reach 2.4 million tonnes in 2026.
Teams use custom wheel rim designs from suppliers like Enkei or OZ Racing to manipulate tire heat and pressure. Mario Isola notes that the historical pressure delta of two psi is no longer accurate, with most teams now estimating a delta of only one psi for the 2026 season.
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.
Technical directives clarify how existing rules are policed. Here is how one lands, who it hits and why the timing matters.
The budget cap is now central to how teams operate. We break down which costs are included and how compliance is assessed.