Pirelli 2026 Tyre Compound Selections: NLD - ILT - SPN
By Courtesy of Pirelli
August 7 2026
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Pirelli 2026
Tyre Compound Selections Dutch - Spanish - Italian |
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Pirelli today informed the
teams of the tyre compound selections for the next three rounds of the
championship. The medium range, comprising the C2, C3 and C4, will be used
for the Dutch and Spanish Grands Prix. In contrast, the Italian Grand Prix
will feature the softest trio in the range: C3, C4 and C5.
At
Zandvoort, the same selection as last year has been confirmed for a circuit
characterised by medium and low-speed corners, including two banked turns.
The vertical and lateral forces acting on the tyres are high, as is the
level of aerodynamic downforce required. The track surface offers a
relatively low level of grip, further affected by sand from the nearby
beaches being blown onto the circuit by the wind.
The Monza circuit,
resurfaced a couple of years ago, requires low-downforce car configurations.
The time lost in the pit lane during a tyre change is among the highest of
the season. As a result, teams will look to extend their stints while
managing degradation in an effort to complete the race with a one-stop
strategy. However, high temperatures could make that approach more difficult
to execute.
The race to be held on Madrid’s semi-permanent street
circuit will make its debut on the Formula 1 calendar as the Spanish Grand
Prix. The tyre compound selection has been determined on the basis of
simulations carried out using data and characteristics from the new track,
which features 22 highly varied corners, significant elevation changes and
the longest banked corner on the calendar.
Our analysis of the
Madring indicates that the loads acting on the tyres are comparable to those
seen at circuits such as Silverstone and Spa-Francorchamps. The choice of
the medium range is therefore intended, based on the characteristics of the
track, to favour a two-stop strategy and provide greater protection against
the risk of excessive overheating in the event of high temperatures, a
situation to which the softest compound in the range would be more
susceptible. |
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