Tire degradation lower than expected

The new Formula 1 tires are degrading significantly less than expected, according to multiple reports. This has led to unexpected challenges in race strategy and tire management, as the softest compounds are proving more durable than usual.

Soft tires outperforming expectations

The technical changes in Formula 1 for 2026 have affected tire behavior. Drivers are now facing particularly resistant tires, with soft tires able to cover almost the entire distance of a Grand Prix. This reduces the strategic value of different tire compounds.

Singapore Grand Prix highlights tire durability

The Singapore Grand Prix provided a clear example of this. Despite using the three softest tire compounds, no driver used the harder tires during the Sprint weekend. The soft tires proved so durable that they became the preferred choice, even though they are typically less long-lasting.

Driver feedback on tire performance

Alex Albon, a driver for Williams, noted that the soft tires performed unusually well. He said the tires were almost too consistent and could last for many laps without significant degradation, which is not typical for a soft tire.

Tire characteristics not matching expectations

Albon pointed out that the soft tires seemed more like hard tires in terms of their performance. Similar issues were observed in Azerbaijan, where soft tires also lasted longer than expected. This suggests a shift in tire behavior due to the new regulations.

Design challenges for new tires

The new tires were designed based on predictions about the aerodynamic performance of the new cars. However, the actual performance exceeded these predictions, forcing Pirelli to revise its safety standards and adjust tire pressures.

Aerodynamic systems affecting tire pressure

Active aerodynamics, particularly the straight-line mode that reduces drag, have added complexity. If this system fails, it could put extra stress on the tires. To manage this risk, Pirelli increased the pressure in the rear tires.

Tire pressure changes impact performance

Higher rear tire pressures have altered tire behavior, reducing degradation. Albon noted that the increased pressure helps control tire surface temperatures, making the softest tires more grippy and durable than expected.

Critique of aerodynamic rules

Albon criticized the rules related to the straight-line mode, suggesting that if the system fails, the race should be stopped rather than forcing adjustments to tire pressures. He believes this rule adds unnecessary complexity.

Cooling suits improving driver comfort

Despite his retirement in Singapore, Albon praised Williams' cooling suit system for helping drivers handle high temperatures. While some drivers and teams struggle with these suits, Williams has found a particularly effective solution.

Williams' cooling suit effectiveness

Albon mentioned that the cooling suit initially had issues but eventually worked well. He believes Williams has one of the best cooling systems on the grid, even though some drivers are critical of the technology.