F1 2025 vs 2026: less grip, more control, fewer punishments
In the Formula 1 paddock, the comparison between the 2025 cars and those debuting in 2026 goes beyond regulations. It reflects a philosophical shift in how grip, balance, and aerodynamic window management are approached. Offering an insightful technical perspective, Gabriel Bortoleto summarized the differences he has felt behind the wheel.
F1 2025 vs 2026: Bortoleto’s impressions
“If I had to sum it up in one word: I’d say they have less grip. Last year’s cars were practically glued to the ground, and when you made a mistake at high speed, the rear would break loose, causing a spin or a crash. This year’s cars are more like lower-tier cars; they slide a bit more, and you can play with them more. Controlling these cars is a bit more fun,” said the Brazilian, as reported by Kemal Sengul.
His words paint a precise technical picture. The previous-generation cars — highly dependent on ground effect and extreme aerodynamic load levels — offered very high overall grip but also a sharp breaking point. When airflow destabilized or the rear axle exited the optimal load window, grip was lost suddenly. The result was an abrupt transition between stable and unstable phases: the car was either “stuck” to the track or spun out.
F1 2026: more progressive cars
In 2026, the scenario has changed. Reduced overall downforce and a different approach to aerodynamics have produced cars with less raw grip but a more progressive response. The rear tends to slide more gradually, allowing the driver to intervene with steering and throttle before the mistake becomes irreversible. It’s a subtle but substantial difference: less absolute peak performance, but greater controllability.
This aspect will become even more important over time. In a context of reduced dependence on vertical load and increased emphasis on overall efficiency, the ability to manage a car in controlled sliding conditions could become a competitive factor.
The point highlighted by Gabriel Bortoleto is far from marginal. The current cars, although offering less grip than the previous generation, are more “readable” to the driver. Mistakes do not immediately translate into a total loss of control, but into a manageable intermediate phase. This changes the approach into corners, during rotation, and especially under traction, where the balance between delivered torque and mechanical grip plays a greater role.
From a dynamic perspective, the transition is from a car with a very narrow operating window — high-performing but punishing — to a car with wider margins, less extreme in load but more progressive in reaction.
For some drivers, this means they can “play” more with setup and the limits, as Gabriel Bortoleto noted. For engineers, it means working on aerodynamic platforms less dependent on load peaks and more focused on consistent behavior.
The difference between F1 2025 and 2026 will not be merely numerical, in downforce values or lap times. It will be a difference in the very nature of the limit. And, as Gabriel Bortoleto suggests, in how that limit can be explored.
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