Why Ferrari destroyed its tyres in Austria: cooling inlets may hold the answer. Ferrari technical analysis: Did cooling choices trigger Austrian GP tire degradation?.

After celebrating victory in Barcelona, Ferrari endured a deeply disappointing weekend at the Austrian Grand Prix. While the Scuderia showed encouraging pace in qualifying, race day exposed several weaknesses, with excessive tyre degradation becoming one of the biggest talking points.

Analysing Ferrari’s difficult Austrian GP weekend

Ferrari arrived at the Red Bull Ring hoping to build on the momentum generated by its success in Spain. The Maranello team looked competitive over a single lap, with Charles Leclerc qualifying second and Lewis Hamilton securing third on the grid.

However, the race told a completely different story. Neither Ferrari driver was able to match the pace of the front-runners, and they eventually finished only fifth and eighth. Mercedes, Red Bull and even McLaren all appeared to have a clear performance advantage throughout the Grand Prix.

One of the biggest questions emerging from the weekend is what changed so dramatically in just two weeks, especially considering Ferrari had introduced an updated power unit made possible by the ADUO engine development concessions.

Why were Lewis Hamilton and Charles Leclerc destroying their tyres?

Alongside the well-documented power deficit that has limited Ferrari during the opening phase of the 2026 Formula 1 season, the SF-26 also struggled significantly with tyre management at the Red Bull Ring. Lewis Hamilton’s three-stop race strategy highlighted just how severe the tyre degradation had become.

British publication The Race offered a possible explanation for Ferrari’s tyre problems:

“Neither driver was probably helped by the large cooling inlets Ferrari placed on top of the engine cover, which were noticeably bigger than those seen on the Mercedes and Red Bull cars. They are a necessary compromise to keep the power unit cool, but they would also have contributed to Ferrari’s rear tyre degradation because of the aerodynamic efficiency penalty they create.”

If that analysis proves accurate, Ferrari’s cooling solution may have solved one problem while creating another, with the increased aerodynamic drag reducing overall efficiency and placing greater stress on the rear tyres during long race stints.

Ferrari’s disappointing performance in Spielberg highlights the delicate compromise between thermal management and aerodynamic efficiency under the 2026 regulations. While the new ADUO engine updates require robust cooling to operate safely, the resulting rear-end aerodynamic penalty proved too costly for tire life, leaving Maranello with a complex engineering puzzle to solve ahead of the upcoming high-speed challenges.