TIA new circuit joins the Formula 1 calendar. Next weekend will see the first Grand Prix held at the Madring, the track built in the Spanish capital that combines a street section running between the buildings of the exhibition district with a second, permanent section. The circuit is 5.416 km long and features 22 corners, including the "Monumental", a 550-metre turn characterised by a 24% banking.

The compounds selected for this event are the C2 as Hard, the C3 as Medium and the C4 as Soft. The start-finish line and Turn 1 are separated by just 200 metres. The first sector is very fast and leads into a second section featuring several medium and low-speed corners, including the banked Turn 12. The final part of the lap also includes a number of 90-degree corners similar to those drivers encounter in Baku.

Pirelli's work to identify the forces that tyres will be subjected to at the Madring began three years ago, when the designers provided the first information on the final layout. Using simulation tools, the trajectories that the cars would follow around the circuit were identified and, consequently, the loads to which the tyres would be exposed were calculated.

Once the circuit had been completed, a group of Pirelli engineers visited the venue to measure the asphalt's macro and micro roughness, refine the simulations and produce a technical briefing document that was shared with the teams to support their preparation for this new event.

From an energy perspective, the Madrid circuit ranks among the five most demanding on the calendar, with lateral forces comparable in intensity to those recorded at Barcelona and Silverstone. The "Monumental" is the corner that generates the highest vertical load of the season, not only because of its banking but also because of its length.

Its configuration will also present a significant challenge in terms of tyre grip. Drivers may adopt different approaches when tackling it, depending on how much they wish to prioritise the opportunity to attack into the following corner.

The asphalt is very smooth and therefore offers a relatively low level of grip. For this reason, it has been treated with high-pressure water jets, as is already done at other circuits, including Singapore, to remove dust and oily residues typically associated with newly laid surfaces.

Another distinctive feature of the circuit is its elevation change. The highest point is located at Turn 7, approximately 700 metres above sea level. The section leading up to it, beginning at Turn 6, features an 8% gradient and an elevation gain of 10 metres. The lowest point of the circuit is at Turn 2, with a height difference of 26 metres compared with Turn 7.

In the absence of testing at the new circuit prior to the race weekend, teams will wait until the first free practice session before defining their programme for the following days and their tyre usage strategy for the Grand Prix. Should degradation of the softer compounds prove to be significant, they may decide to preserve sets of Hard tyres for Sunday's race.

As for temperatures, during the same week last year ambient highs reached 29°C. Given the altitude at which the circuit is located, particularly hot conditions are not expected.

Statistics
Formula 1 has previously raced in the Madrid region. Between 1968 and 1981, nine editions of the Spanish Grand Prix were held at the Jarama circuit, located 30 kilometres from the capital. The driver with the most victories at the San Sebastián de los Reyes venue is Mario Andretti (2), while Lotus tops the constructors' list with four wins. Looking instead at the Spanish Grand Prix as a whole, which has been staged 55 times across five different circuits, the most successful drivers are Michael Schumacher and Lewis Hamilton, with six victories each, while Ferrari leads the constructors' standings with 12 wins.