Formula 1 has unveiled a set of new terms that will help describe how the sport’s major technical changes in 2026 will work, marking a shift away from familiar jargon like DRS (Drag Reduction System). The updated language is designed to make the new technologies easier to understand for fans, drivers and broadcasters as the championship enters its most significant regulatory overhaul in years.
The headline change is the introduction of Overtake Mode, which replaces DRS as the sport’s primary overtaking tool. Under the new rules, drivers who are within one second of the car ahead at designated points will be able to deploy extra electrical power from the hybrid system to help make a pass. This system gives drivers a strategic element in deciding when to use the additional energy during a lap.
Another key addition is Active Aero, a term that refers to movable aerodynamic elements on both the front and rear wings. Instead of the fixed aerodynamic surfaces used in previous seasons, these adjustable wings can switch between Corner Mode and Straight Mode. In Corner Mode, the wings are set for maximum downforce and grip, while in Straight Mode the flaps open to reduce drag and boost top speed. This change is intended to improve energy management and make the cars more adaptable to different parts of a lap.
Boost Mode is another new concept that allows drivers to call upon maximum power from both the engine and battery at any point on track. Unlike Overtake Mode which has a specific overtaking focus Boost Mode is more flexible and can be used both offensively when trying to pass, or defensively to protect a position, providing a tactical tool for energy deployment.
The new terminology also includes Recharge, which describes how drivers replenish their battery’s electrical energy. Under the 2026 regulations, energy can be recovered not only under braking but also during throttle lift at the end of straights and even in corners where only partial power is applied. Recharge will become an integral part of strategy, as managing electrical energy effectively will influence performance throughout a race.
These changes come as Formula 1 shifts to sustainable fuels and a power unit that balances internal combustion and electrical power more evenly. The 2026 engines will still be 1.6-litre V6 turbo hybrids, but with a roughly 50/50 split between combustion and electricity, increasing the relevance of electrical energy in racing and qualifying strategy.
The updates are also reflected in the car’s physical design. The new generation of F1 cars will be smaller and lighter, with revised aerodynamics aimed at reducing drag and improving racing closer to rivals. Front and rear active aero systems replace the traditional DRS flap, allowing drivers to manage aerodynamic configurations more dynamically based on their racing situation.
Formula 1 and the FIA say the move to simpler, more descriptive terms followed consultations with engineers, teams, and both new and long-time fans, including feedback from the sport’s Fan Voice community. The goal was to avoid technical jargon while still accurately conveying the function of each system, making it easier for audiences to follow race strategy and car behaviour on track.
Overall, the shift in terminology reflects the sport’s broader evolution and places greater emphasis on driver strategy, energy management and adaptable aerodynamics. As F1 prepares for the 2026 season’s wholesale technical transformation, these new terms aim to help fans better understand how the cars will perform and how drivers will use their enhanced tools in racing action.
