Formula Web Magazine News https://www.formulawebmagazine.com Formula Web Magazine - News / - Articles, specials, insights, statistics, technical analysis and video en-us Fri, 30 Oct 2026 18:50:00 +0100 Fri, 30 Oct 2026 19:00:00 +0100 http://blogs.law.harvard.edu/tech/rss Vida Feed 2.0 redazione@formula1.it (Editorial Team) dmuscarella@formula1.it (Daniele Muscarella) Formula 1 sports updates https://www.formulawebmagazine.com/image/f1logosmall.png Formula Web Magazine News https://www.formulawebmagazine.com LIVE - Mexico City GP 2026 Free Practice 1 https://www.formulawebmagazine.com/news/23671/live-mexico-city-gp-2026-free-practice-1 Good evening to all our friends at Formula1.it. It is just after 19:00 in Italy, while in Mexico it is 12:00 noon. We are effectively on Austin time on this final Friday of October. This evening's FP1 will be a particularly unusual one. There will be a huge number of rookies: Frederic Vesti is due to replace Russell at Mercedes, but Antonelli has reportedly been unwell since yesterday. Vesti could take his place at the last minute, allowing Kimi some more time to rest.

Ayumu Iwasa will replace Verstappen at Red Bull, Leonardo Fornaroli will take over Norris's McLaren, while Nikola Tsolov (currently competing in the Formula 2 championship) will have the opportunity to drive and try to impress Racing Bulls' engineers. Tsolov is being assessed for one of the two VCARB seats for 2027. Gabriele Mini, the Italian racing in F2, will get track time with Alpine, Ryo Hirakawa with Haas, and Freddie Slater, the Formula 3 runner-up, will have his chance at Audi. Perhaps alongside Tsolov, Slater is among the most eagerly anticipated talents on track today.

Before we begin our FP1 coverage, let us take a look at Pirelli's tyre allocation for the Mexico City GP: the C3 Hard, C4 Medium and C5 Soft compounds will be available, the softest combination in the range (image: Pirelli graphic).

Mexico City GP, Pirelli

Pit lane opens: 19:30 Italian time. Live coverage from 19:15.


LIVE

 

 


Photo: X, Ferrari

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Fri, 30 Oct 2026 19:00:00 +0100 https://www.formulawebmagazine.com/news/23671/live-mexico-city-gp-2026-free-practice-1
Mexico FIA updates: McLaren, Red Bull and Ferrari bring changes https://www.formulawebmagazine.com/news/23670/mexico-fia-updates-mclaren-red-bull-and-ferrari-bring-changes The FIA has published its summary document of the official updates brought by teams to the 2026 Mexico City Grand Prix at the Autódromo Hermanos Rodríguez. Six teams have declared technical changes: McLaren, Red Bull, Ferrari, Racing Bulls, Audi and Alpine.

Following the extensive aerodynamic developments introduced in Austin, Mexico brings a change in priorities. The circuit’s altitude, at 2,238 metres above sea level, is the principal factor shaping the technical choices, as lower air density reduces cooling effectiveness and alters the aerodynamic behaviour of the cars. Teams must therefore strike a compromise between heat rejection and the need to preserve aerodynamic efficiency.

The dominant theme of the updates is power unit cooling, with no fewer than four teams making changes in this area. Ferrari has enlarged the rear bodywork exit and added new louvres to the upper section of the sidepods, accepting an aerodynamic penalty to increase heat dissipation capacity. McLaren has extended and reshaped its cooling openings, while Racing Bulls has made changes to both the rear exit and its louvred panels. Red Bull has also increased the openings in the engine cover to improve airflow through the radiators.

There are also performance-focused changes. Red Bull has additionally revised the sidepod geometry and its junction with the floor, seeking more local downforce through improved airflow management. Audi, meanwhile, has introduced a new rear brake duct deflector aimed at increasing downforce around the rear of the car. Alpine’s update is more modest, with a reshaped exhaust tailpipe winglet adapted to Mexico’s particular environmental and aerodynamic conditions.

Compared with Austin, where several teams introduced significant development packages, this weekend’s changes are therefore predominantly adaptations to the circuit’s characteristics. Of the nine declared updates, six directly concern cooling capacity. With the championship now entering its final phase, the focus is shifting from pursuing major performance gains to making the most of the existing cars, particularly at a circuit with such distinctive technical demands.

The other five teams – Mercedes, Williams, Aston Martin, Haas and Cadillac – have not declared any updates for the Mexican weekend.

Here are all the official changes brought by the teams for the 2026 Mexico City Grand Prix.

McLaren

Mexico FIA updates: McLaren, Red Bull and Ferrari bring changes

McLaren has introduced a Mexico-specific cooling configuration, modifying the bodywork louvres, which have been enlarged and reshaped compared with the previous version. The openings have been extended towards the front of the car to increase the power unit’s heat rejection capacity. The change responds to the challenges posed by the thin air at 2,238 metres of altitude, where lower density reduces the amount of heat that can be dissipated through the radiators. It is therefore an adaptation to the circuit conditions rather than a development directly aimed at increasing aerodynamic performance.

Component Reason Differences Description
Cooling Louvres Circuit-specific – Cooling Enlarged and reshaped cooling louvres. To address the specific power unit cooling requirements at the Mexican circuit, the louvres have been enlarged, extended towards the front of the car and reshaped to increase heat rejection capacity.

Mercedes

No updates.


 

Red Bull

Mexico FIA updates: McLaren, Red Bull and Ferrari bring changes

Red Bull has introduced two changes with different objectives. The first concerns power unit reliability, with enlarged engine-cover louvres to increase cooling capacity and offset the challenges posed by Mexico’s thin air. The second is a genuine aerodynamic update: the sidepod geometry and the junction area with the floor have been modified to improve airflow behaviour beneath the radiator duct inlet. The aim is to increase local downforce without compromising the car’s stability.

Component Reason Differences Description
Engine Cover Reliability Added louvres for cooling air exit. To improve airflow through the radiators and recover cooling capacity, the air exit area has been increased by enlarging the existing louvres and providing further optional openings to the exterior.
Sidepod Performance – Local downforce Modified sidepod geometry and the separation line between the floor and sidepod. The modification, integrated into the existing sidepod geometry, improves airflow characteristics beneath the radiator duct inlet, increasing local downforce without compromising stability.

 

Ferrari

Mexico FIA updates: McLaren, Red Bull and Ferrari bring changes

Ferrari has focused both of its updates on power unit thermal management, one of the most delicate aspects of the Mexican weekend. The configuration features a larger rear bodywork exit and the addition of cooling louvre panels on the upper section of the sidepods. The changes increase the amount of heat dissipated, compensating for the lower air density at 2,238 metres of altitude. Ferrari itself acknowledges the necessary compromise, however: the greater cooling capacity is achieved at the expense of aerodynamic efficiency, at a circuit where reduced drag makes bodywork configuration choices particularly important.

Component Reason Differences Description
Engine Cover Circuit-specific – Cooling Enlarged rear bodywork exit. To meet the demands of the Mexico City circuit, the rear bodywork exit has been enlarged to increase engine cooling capacity, at the expense of the car’s aerodynamic efficiency.
Cooling Louvres Circuit-specific – Cooling Added cooling louvre panels on the upper section of the sidepods. The additional louvred panels on the upper section of the sidepods further increase engine heat rejection capacity, enabling the car to meet the circuit’s high cooling demands at the expense of aerodynamic efficiency.

 

Williams

No updates.


 

Visa Cash App Racing Bulls

Mexico FIA updates: McLaren, Red Bull and Ferrari bring changes

Racing Bulls has introduced two changes specifically aimed at meeting the particular cooling demands of the Mexican circuit. The first is an enlarged upper rear bodywork exit, to increase the power unit’s heat rejection capacity. The second concerns the cooling louvre panels, with an additional configuration in the front area that increases airflow through the radiators. Both changes expand the car’s thermal management options in extreme conditions, without any declared modifications aimed at increasing aerodynamic downforce.

Component Reason Differences Description
Coke/Engine Cover Circuit-specific – Cooling Enlarged upper rear bodywork exit. The main cooling air exit, located at the rear of the bodywork, has been enlarged to increase engine heat rejection capacity and meet the circuit’s high cooling demands.
Cooling Louvres Circuit-specific – Cooling Additional cooling louvre panel configurations available. To further expand cooling options in extreme conditions, an additional louvred panel is available in the front area, allowing increased airflow through the radiators.

Aston Martin

No updates.


Haas

No updates.


 

Audi

Mexico FIA updates: McLaren, Red Bull and Ferrari bring changes

Audi is one of the few teams to introduce an update expressly aimed at aerodynamic performance. The change concerns the rear brake cooling duct deflector, whose geometry has been revised to increase local downforce around the rear of the car. The intervention exploits the aerodynamic contribution of the elements surrounding the rear wheel, improving airflow management and the car’s overall efficiency. It represents a further aerodynamic refinement following the developments introduced at previous rounds.

Component Reason Differences Description
Rear Corner Performance – Local downforce Updated geometry of the rear brake cooling duct deflector. The revised geometry of the rear brake duct deflector increases local downforce in the rear area, improving the car’s overall aerodynamic performance.

 

Alpine

Mexico FIA updates: McLaren, Red Bull and Ferrari bring changes

Alpine has introduced a single update, classified by the FIA as a reliability measure. The change concerns the reshaping of the exhaust tailpipe winglet, whose configuration has been adapted to the particular environmental and aerodynamic conditions of the Mexico City circuit. It is a limited intervention designed to adapt an existing component to the specific demands of the track, without any declared changes aimed at increasing performance.

Component Reason Differences Description
Exhaust Tailpipe Reliability Modified exhaust tailpipe winglet profile. For Mexico, the exhaust tailpipe winglet configuration has been resized to suit the circuit’s particular environmental and aerodynamic conditions.

Cadillac

No updates.

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Fri, 30 Oct 2026 17:50:00 +0100 https://www.formulawebmagazine.com/news/23670/mexico-fia-updates-mclaren-red-bull-and-ferrari-bring-changes
Hamilton wants to steer Ferrari’s development — but he will be accountable too https://www.formulawebmagazine.com/news/23669/hamilton-wants-to-steer-ferrari-s-development-—-but-he-will-be-accountable-too If you sign a seven-time world champion, you have to listen to him. That is something of a mantra repeated in many of the main criticisms of the decisions made by the Maranello team over the past two years, but it is also a narrative with plenty of holes in it. While Lewis has an incredible wealth of experience — winning experience, not simply participation — Ferrari already had a driver highly capable of providing technical feedback, with the method and rigour learned from someone like Sebastian Vettel. And when two drivers’ feedback does not align, it becomes difficult to steer development.

In any case, Lewis Hamilton does not appear willing to confine himself to the role of a driver waiting for Ferrari to provide him with a winning car. The seven-time world champion wants to directly influence Maranello’s technical choices and, on the eve of the Mexican Grand Prix, made clear what his priorities are for 2027. Starting, quite simply, with a power unit capable of competing with those of Mercedes and Red Bull.

“I’m really focused on next year’s car. We need to identify the positives from this season, make sure we don’t lose them and improve the chassis further. In the meantime, I’m pushing as hard as I can to make sure we have a power unit capable of competing with Mercedes and Red Bull,” Hamilton said, making clear his desire to play an active role in steering the development of the next Ferrari.

It is not only about the engine. Hamilton explained that the final five races of the championship will also be used as opportunities for experimentation, to analyse the car’s behaviour and refine the team’s working processes. It is an approach that goes beyond the simple pursuit of an immediate result and confirms how firmly the Briton is already focused on the next project.

Asked about the aerodynamic updates introduced by Ferrari in Austin and the prospects for Mexico, Hamilton acknowledged the efforts of the technicians without getting carried away by optimism: “Every upgrade is positive and we are grateful for the work done at the factory. But Mercedes are still a rocket and Red Bull have been incredibly quick. I expect a very tight battle this weekend.”

Hamilton is identifying the areas that need attention, insisting on the need to preserve what works in the current project and openly putting pressure on power-unit development. His efforts to highlight his involvement in development will undoubtedly win plenty of approval, but also bring significant responsibility. If next year’s Ferrari is still struggling, some of the blame will certainly fall on him too.

Cover photo by Luca Martini / WHYOUT Images

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Fri, 30 Oct 2026 16:00:00 +0100 https://www.formulawebmagazine.com/news/23669/hamilton-wants-to-steer-ferrari-s-development-—-but-he-will-be-accountable-too
Seven braking zones and energy to manage: Mexico tests the 2026 F1 cars https://www.formulawebmagazine.com/news/23668/seven-braking-zones-and-energy-to-manage-mexico-tests-the-2026-f1-cars The Autódromo Hermanos Rodríguez in Mexico City is one of the most unusual circuits on the calendar. At 4.304 km long, it features 17 corners and sits 2,238 metres above sea level, an altitude that profoundly affects the behaviour of the cars. The thin air reduces drag, allowing extremely high speeds on the main straight of more than 1.2 km, but it also reduces downforce and makes cooling the power unit and brakes more difficult. As a result, teams use maximum-downforce aerodynamic configurations, similar to those seen in Monaco, while still reaching speeds that could exceed 350 km/h this year, also thanks to the active aerodynamics introduced this season.

The circuit features three very different sectors. The first rewards top speed, power unit efficiency and stability under the heaviest braking. The second, defined by a sequence of slow corners and rapid direction changes, tests aerodynamic balance and front-end precision. The final sector, which passes through the famous stadium section, primarily demands traction and mechanical grip, placing the rear tyres under strain. The relatively smooth asphalt limits tyre wear but offers little grip, especially in the opening sessions, increasing the risk of sliding and graining. The race will be run over 71 laps, covering a total distance of 305.354 km.

Braking demands

According to simulations by Brembo engineers, the Mexican circuit has a difficulty rating of 4 out of 5, despite featuring only seven braking zones per lap and just under 16 seconds of total brake use. Three braking zones are classified as Hard, one as Medium and three as Light. Deceleration remains below 3.7g in every case, but the thin air makes heat dissipation particularly difficult, with the carbon discs capable of reaching temperatures close to 1,000 °C.

The most demanding braking zone is at Turn 1, at the end of the very long main straight. The cars slow from 340 to 114 km/h in 3.51 seconds over a distance of 193 metres. Deceleration reaches 3.6g, with 107 kg of force applied to the pedal and braking power of 1,668 kW.

The comparison with 2025 once again highlights the differences introduced by the new-generation cars. At Turn 4, drivers were subjected to 4.1g of deceleration last year, applying 131 kg of force to the pedal. This year, the expected figures fall to 3.5g and 102 kg respectively. The most significant change is in the distances: the braking distance increases by 46 metres, rising from 129 to 175 metres, while the time needed to slow down increases from 2.76 to 3.33 seconds. In practical terms, the new cars demand less effort from the drivers, but require more than half a second longer to negotiate the same braking zone.

 

Power unit: FIA limits for Mexico

The official Power Unit Information document confirms the same energy limits for the Mexican Grand Prix as those already used in Austin. The MGU-K will be able to recover a maximum of 8.5 MJ per lap in qualifying and in the race without Overtake Mode, while the figure will rise to 9 MJ with the overtaking system active. In free practice and on out-laps, excluding race out-laps, the limit will be 9 MJ. This is an interesting choice given that the Mexican circuit measures just 4.304 km, compared with Austin's 5.513 km: the maximum recoverable energy therefore remains unchanged despite a markedly shorter lap. Naturally, having a high limit does not necessarily mean it can be exploited, especially when the available recovery opportunities under braking must be taken into account.

The Power Limited Distance is different, set at 2,101 metres, compared with 2,847 metres in Austin. That is a reduction of 746 metres, although when related to the length of the two circuits it still results in fairly similar percentages: around 49% of the lap in Mexico compared with 52% in the United States. The maximum rate at which power unit output can be reduced also remains unchanged, set at 100 kW per second.

The MGU-K will be able to deliver up to 350 kW, although the available power will progressively decrease at higher speeds. With the Base Standard curve, the reduction will begin at around 290 km/h, while with Base Overtake, full power can be maintained until around 340 km/h. As always, the FIA will impose certain specific exemptions in different sections of the circuit, applying specific electric power reduction rules according to speed. 

As for Overtake Mode, it will again be necessary to be within one second of the car ahead. The gap will be measured 3,871 metres from the start of the lap, while activation will be permitted at 4,051 metres, shortly before the very long main straight towards Turn 1, where drivers will have one of their best opportunities to attempt an overtake, with high speeds also aided by the reduced air density at 2,238 metres above sea level.

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Fri, 30 Oct 2026 07:45:00 +0100 https://www.formulawebmagazine.com/news/23668/seven-braking-zones-and-energy-to-manage-mexico-tests-the-2026-f1-cars
Antonelli, the ‘imperfect’ driver unconcerned by imperfection https://www.formulawebmagazine.com/news/23667/antonelli-the-imperfect-driver-unconcerned-by-imperfection Just over 20 years old (20 years and two months), yet he already has the heart of a lion. Italian driver Andrea Kimi Antonelli could see his dream come true at the end of the upcoming Mexican GP (30 October - 1 November). He needs very little. He could win the title even with a retirement. It will be three intense days of waiting, far more intense than those spent in Austin. In the United States, he had his first match point, but the chances of success were very slim then; here, however, finishing ninth will be enough to crown him champion, regardless of the results of Russell and Hamilton.

It is a title he would already deserve, moreover, for the character he is showing. Andrea Kimi Antonelli is only 20, but already speaks like a driver with twice — indeed three times — his experience.

The episode

I do not know whether you noticed the answer he gave live on Sky last weekend in Austin, shortly before the race. Reporter Davide Camicioli asked him whether Saturday’s pole had come from a perfect lap on his part, but Kimi, without giving it much thought, replied in his frank and direct manner: “The perfect lap does not exist.”

Antonelli, Mercedes

Knowing he is imperfect and not worrying about it

Many drivers chase perfection, but Kimi speaks with the wisdom of the greats — wisdom entirely at odds with someone his age: perfection does not exist.

We are all used to seeking perfection, wanting it, craving it, chasing it. Antonelli is not. He has already understood that doing so would be a futile, even harmful, effort. One of the Italian’s many strengths lies precisely in this: knowing he is imperfect and not worrying about it. Because to win, just as to achieve an objective, you must always give your best and set ambitious targets, but you must never chase a chimera. You must be able to distinguish between what can be achieved and what is impossible. At 20, this too is part of Kimi’s strength.


Cover and interior photos by Luca Martini / WHYOUT Images

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Fri, 30 Oct 2026 06:30:00 +0100 https://www.formulawebmagazine.com/news/23667/antonelli-the-imperfect-driver-unconcerned-by-imperfection
Aston Martin’s rollercoaster form: is the engine still holding it back? https://www.formulawebmagazine.com/news/23666/aston-martin-s-rollercoaster-form-is-the-engine-still-holding-it-back The AMR26 has shown signs of recovery only intermittently. At times it appears capable of fighting for strong positions in Q2, leading to a battle for the top 10 in the race; at others, however, it remains rooted to the back of the field, delivering performances similar to those seen at the start of the year.

The disastrous start put all the engineers under pressure: both those within Aston Martin and those working on Honda’s power unit project. The department led by Adrian Newey worked hard in the opening months to bring a substantial upgrade package to Hungary. Effectively, a B-spec car. The Japanese manufacturer lent further support at the following Grand Prix by introducing a new specification of its engine.

New car, new engine, new life... but only every other Grand Prix

From that point, Aston Martin’s season effectively began. Despite the upgrades, Lance Stroll has remained on zero points, while two-time world champion Fernando Alonso, after scoring just one point in the first part of the season by capitalising on others’ mistakes in Monaco, immediately scored two in the Netherlands before adding four more with an excellent seventh place in Kuala Lumpur (the Bahrain Grand Prix in Malaysia).

Aston Martin, Stroll

Stroll in the AMR-26 during the Miami Grand Prix (pre-upgrade car)

Those points were fully deserved: the first came at a slow circuit (Zandvoort), the others at a proper track in Malaysia, featuring high-speed corners, technical turns and long straights.

The theory

Why, then, has it been unable to deliver consistent performance and fight for points every weekend? The answer may lie in engine rotation. At several recent Grands Prix, both Alonso and Stroll have dropped back towards the rear of the field. The Spaniard finished as low as 16th in Singapore, immediately after that superb performance at Sepang. Could it all come down to engine rotation?

Stroll, Aston Martin

Aston Martin chairman Lawrence Stroll celebrates Honda’s 500 Grands Prix in F1 with Honda president and CEO Koji Watanabe (who will leave the role on 1 January 2027). The milestone was reached in Austin.

It is likely. The theory is that, in an effort to avoid changing too many units, Aston Martin may still sometimes have to use the first power unit specification produced by Honda, or be forced to run more conservative engine mappings in order to extend the life of its engines.

These are theories. Nothing is certain or confirmed, but they would partly explain the rollercoaster behaviour we are seeing. Unfortunately, it would also have a negative impact on the work of Aston Martin’s engineers, whose data collection at the Grands Prix in question would be distorted by the use of an old, problematic or otherwise underperforming PU.

If that is the case, it would only slow the entire development process, causing great disappointment and frustration throughout the team.


Photos: Aston Martin

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Thu, 29 Oct 2026 19:10:00 +0100 https://www.formulawebmagazine.com/news/23666/aston-martin-s-rollercoaster-form-is-the-engine-still-holding-it-back
Ferrari SF-26: more downforce or greater stability? https://www.formulawebmagazine.com/news/23665/ferrari-sf-26-more-downforce-or-greater-stability This article contains technical analysis and data. If you prefer a quick read, you will find the two-minute version at the bottom.

Scuderia Ferrari will arrive at the Autódromo Hermanos Rodríguez in Mexico City with plenty of doubts over its Power Unit, but also some confidence based on the positive results delivered by the upgrade package that made the SF-26 extremely solid at the recent United States Grand Prix.

The outright lap-time contribution of the changes introduced by the Maranello team was played down by everyone who discussed them before the Austin race, and that may well be true. However, it is worth remembering that Formula 1 cars are extremely complex systems, in which the balance and harmony between the various elements — the so-called “package” — often matter more than the absolute performance of an individual component.

The importance of “stability”, including in a car’s aerodynamics

More downforce or greater stability? Ferrari's technical choice on the SF-26

Serra’s team revised the airflow management of the entire lower section of the car: the floor inlet profiles were reworked, along with the diffuser volume and the shapes of its associated internal fences.

The sidepod has been reshaped with additional volume and, as stated in the documents published by the Federation, the objective is clear: “to simultaneously increase the quality, energy and stability of the flows directed towards the rear of the car”.

When a single-seater first takes to the track, particularly one born under entirely new regulations such as the SF-26, the usual approach is to explore a general concept without excessively pushing or conditioning the airflow.

Every surface affects the airflow around it and, using a simple wing as an example, attempting to impose too much conditioning can lead to instability, preventing the intended target from being achieved.

With developments introduced after the car’s first on-track version, in addition to addressing any issues encountered in real-world running, aerodynamicists always seek to increase the influence of the surfaces on the airflow in order to extract more from the car’s overall concept. Very often, that means trying to generate more overall downforce.

Clearly, as the limits are pushed, instabilities can emerge, just as a wing can be driven into stall by excessively increasing its angle of attack without introducing further countermeasures.

Is it more advantageous to remain within a known aerodynamic map?

More downforce or greater stability? Ferrari's technical choice on the SF-26

Ferrari has modified the SF-26 but, compared with McLaren and Mercedes, has remained faithful to the car’s original concept. It is as though it has chosen to move in a known direction, fully aware of where and how to push for a different conditioning of the airflow around the bodywork while keeping it stable and predictable.

It is no coincidence that the Prancing Horse’s updates correlated with expectations and were successful, unlike those of Mercedes and McLaren, with the latter no longer able to find its way back to competitiveness.

Mercedes pushed the airflow strongly downwards and towards the centre of the car with the latest version of the W17, but has struggled considerably to understand whether the step taken was genuinely forward and what the car’s new operating map might be.

McLaren has reshaped the entire sidepod, with the surfaces around the sidepod inlet now markedly different and more influential on the air flowing around them. It could be an extremely promising concept, but it undoubtedly places the MCL40 in unfamiliar aerodynamic territory that has yet to be understood.

Such a radical change is made during the season above all when it is considered likely to pay off not so much immediately, but in the future, once there has been time to study and mitigate its negative effects.

Ferrari, then, has achieved a system that is not necessarily capable of generating more downforce in absolute terms, but can generate it with greater stability.
Having done that, there is always scope to move further in a more extreme direction. Once, for example, the diffuser has adopted an efficient geometry and all the airflow feeding it is controlled and sufficiently energised to prevent it from stalling, its effect can be enhanced by pushing its geometry further in a continuous search for the limit.

However, negative effects cannot be ruled out. Leclerc himself spoke of an operating window that appears to have narrowed, especially in qualifying. Indeed, a temperature change of just a few degrees between Q2 and Q3 in Austin proved costly — perhaps costing Ferrari victory in the Grand Prix.

Setting aside all speculation, the encouraging signal delivered by the latest SF-26 upgrade must be acknowledged, as must the fact that every update introduced on the car has delivered during the season now approaching its conclusion. Ferrari will probably secure second place in the constructors’ standings, despite the substantial Power Unit deficit.

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Wed, 28 Oct 2026 22:00:00 +0100 https://www.formulawebmagazine.com/news/23665/ferrari-sf-26-more-downforce-or-greater-stability
Mexico GP: track characteristics and tyre compounds selected https://www.formulawebmagazine.com/news/23664/mexico-gp-track-characteristics-and-tyre-compounds-selected Formula 1 is ready to take on the second round of its American triple-header this weekend at the circuit named after brothers Pedro and Ricardo Rodríguez in Mexico City, a unique venue on the calendar thanks to its altitude of more than 2,000 metres above sea level.

For the 2026 edition of the Grand Prix, Pirelli has selected the softest trio in its range: C3 as the Hard, C4 as the Medium and C5 as the Soft. This is a different choice from last year, when a compound step was attempted with the C2 used as the Hard, a solution that ultimately proved less interesting from a performance perspective than the softer alternatives.

The main new feature of the weekend is the resurfacing of a large section of the circuit. The work covered the stretch from Turn 16 to Turn 1 and the section from Turn 7 to Turn 16, leaving only the first sector largely unchanged. New asphalt is usually associated with higher grip levels and less roughness than older surfaces. However, it will be important to assess its actual characteristics during the early stages of the weekend.

The Autódromo Hermanos Rodríguez is traditionally one of the least demanding circuits for tyres. Its many low-speed corners and limited lateral loads tend to keep wear under control. At the same time, the thin air reduces the aerodynamic downforce generated by the cars, increasing tyre sliding and making graining a factor that must be monitored closely. With a new, smoother asphalt surface, this characteristic could play an even more significant role in determining strategy.

In Mexico, the track is often quite dirty during the opening sessions, with grip improving significantly lap after lap. This year, that evolution could be even more pronounced given the resurfacing work.

From a strategic standpoint, the circuit's low severity and the behaviour of the three compounds at tracks with similar characteristics could favour a one-stop race. Tyre management to extend stints will nevertheless remain an important factor, particularly as the rear axle is subjected to the greatest stress.

Mexico GP: track characteristics and tyre compounds selected

The difference between the various strategic options could depend more on the confidence each driver can draw from a particular compound than on the tyres' actual wear limit. As seen at several events this season, some teams may be more inclined towards the softer compounds to benefit from the extra grip available, while others may favour the consistency and stability offered by the Hard compound.

In any case, the Soft compound could once again play a central role. The C5 has shown excellent characteristics at low-intensity circuits and could prove an interesting option not only in qualifying but also in the race, expanding the range of strategic possibilities compared with previous seasons.

Another aspect to watch will be braking performance. The altitude reduces aerodynamic efficiency and can make the management of the most demanding braking zones more challenging. The long main straight leading into Turn 1 could increase the risk of lock-ups, especially in the early stages of the weekend when grip levels are still limited.

Last year

Last year's starting grid was split between one-stop and two-stop strategies. Most drivers chose to start on soft tyres, while only six cars opted for mediums and two for hards. The softest compound was also used by those on a two-stop strategy, fitted for the final stint thanks to extremely low degradation and the absence of graining.

A special podium cap

Pirelli's podium cap for the Mexico City Grand Prix celebrates Día de los Muertos, which falls on race Sunday. The special-edition cap, to be worn by the drivers on the podium, features a black base decorated with traditional Mexican artistic motifs. The Podium cap was designed by Denis Dekovic and produced by Pirelli Design. As with the other special editions, this one is already available to buy on the dedicated website.

Mexico GP: track characteristics and tyre compounds selectedMexico GP: track characteristics and tyre compounds selectedMexico GP: track characteristics and tyre compounds selected

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Wed, 28 Oct 2026 21:00:00 +0100 https://www.formulawebmagazine.com/news/23664/mexico-gp-track-characteristics-and-tyre-compounds-selected
Thin air and a small turbo: why Ferrari faces a greater risk in Mexico https://www.formulawebmagazine.com/news/23663/thin-air-and-a-small-turbo-why-ferrari-faces-a-greater-risk-in-mexico The excellent performance delivered by Ferrari at the Circuit of the Americas was perhaps one of its most convincing of the entire season.

Although it did not result in victory, the race contested by both SF-26s was solid, with the car bolstered by an upgrade package that worked as the technicians had expected, without the negative surprises that have characterised the developments introduced by McLaren and Mercedes.

Optimism and satisfaction, however, give way to justified concern ahead of the next race, to be held in Mexico City at more than 2,200 metres above sea level.

Mexico is an exceptionally demanding test for power units

Aria rarefatta e turbo piccolo: perché la Ferrari rischia di più in Messico

The thin air at the Autodromo Hermanos Rodriguez has always been an extreme test for power units and their cooling systems, causing a significant reduction in available power. However, it could be the most punishing venue of all for the unit powering the SF-26.

Furthermore, the compact turbocharger assembly that characterises Maranello's power unit could be particularly disadvantaged compared with manufacturers that have opted for a relatively larger turbine wheel.

Moving from sea level to high altitude changes the operating point on the compressor map.

To continue supplying the same mass flow to the combustion chambers, the turbine wheel must necessarily rotate faster.

Every design parameter changes and the turbo struggles

Because of the lower ambient pressure, all the calculation parameters change and the corrected air flow that the compressor must supply increases significantly, as do rotational speed and the compression ratio.

As well as reducing the turbo's efficiency, this means hotter gas reaches the intercooler on average, placing even greater strain on this heat exchanger, especially where it is air-to-air, although other types, air-to-liquid or hybrid systems, are also present on the grid.

There is a risk that the compressor enters a choked-flow region, meaning the maximum possible flow is limited by the speed of sound at the narrowest passage section: on the compressor map, the operating point moves to the right of the ideal area and efficiency collapses.

Although in reality everyone operates below the optimum flow target, reducing it slightly and pairing it with a generally richer fuel mixture, a compressor with a larger turbine wheel has a blade tip speed which, at the same rotational speed, can more easily compensate for all these effects.

For this reason, Ferrari's Power Unit, already lacking overall, could suffer even more in Mexico because of its smaller turbo.

Ferrari's excellent performance in Texas must be treated with the appropriate caution: it is not a flash in the pan, but it is unlikely to be repeated this weekend in Mexico, which is the least representative test for assessing the impact of the latest upgrades.

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Wed, 28 Oct 2026 20:30:00 +0100 https://www.formulawebmagazine.com/news/23663/thin-air-and-a-small-turbo-why-ferrari-faces-a-greater-risk-in-mexico
F1: Antonelli closes in on history as Ferrari miss their Austin chance https://www.formulawebmagazine.com/news/23662/f1-antonelli-closes-in-on-history-as-ferrari-miss-their-austin-chance Now in its 13th edition, the United States Grand Prix is one of the most iconic and unmissable rounds of the F1 season. Austin delivered plenty of on-track action and, over the 62 laps that counted towards the world championship, the battle for victory was straightforward, unlike the fight for the remaining positions. At the end of the Texas Grand Prix, the 18th round of the 2026 season, Antonelli took victory for Mercedes, ahead of Ferrari’s Leclerc and Red Bull’s Verstappen.

 

Here are the ratings

 

F1: Antonelli closes in on history as Ferrari miss their Austin chance

Red Bull: 7.5

A solid weekend for Red Bull, slightly down on Singapore. Back at the front, well done.

Verstappen: 7.5
A good weekend for Max, ending in third place. He is back now and will remain up there.

Hadjar: 6.5
His race ends in P6. Quick and error-free, he did his job well. Almost on Max’s level.

 

F1: Antonelli closes in on history as Ferrari miss their Austin chance

Ferrari: 8

A solid weekend for Ferrari, with a quick SF-26. A bitter taste remains: was this their last chance missed?

Leclerc: 9
An outstanding weekend for Charles, P2 after a superb race. The maximum possible with a strong SF-26.

Hamilton: 8
A solid weekend for Lewis, fourth after a good race. He extracts the maximum, but is struggling.

 

F1: Antonelli closes in on history as Ferrari miss their Austin chance

Mercedes: 8.5

A good showing from Mercedes, improving with enigmatic upgrades. Are they back?

Russell: 5
A mediocre race for George, who could manage only P8 in his Mercedes. In freefall...

Antonelli: 10
A composed and clinical race from Kimi. He returns to winning ways and is now just one step away from history.

 

F1: Antonelli closes in on history as Ferrari miss their Austin chance

McLaren: 5.5

A mediocre weekend for McLaren, which threw away points through incidents and a lack of pace.

Norris: 7
A good weekend for Lando, fifth despite limited pace. The McLaren was not performing well...

Piastri: 6
A passable weekend for Oscar, with a revised but underwhelming car. P7 was the maximum.

 

Aston Martin: 4.5

A negative weekend for Aston, with a slow and unreliable car. Highs and lows.

Alonso: 6
Fernando fought with heart in a struggling Aston. There was little he could do, finishing P16.

Stroll: N.C.
An unrateable race for Lance, with a struggling and unreliable Aston. Retired.

 

Alpine: 6

A mediocre performance from Alpine, with an unremarkable car. Back in the points, but without any standout moments.

Gasly: 6
His race ended in the points, with little pace but plenty of solidity. He extracted the maximum.

Colapinto: N.C.
In his second year in F1, he is improving, but there was little he could do in Austin with a slow Alpine. Retired.

 

Racing Bulls: 7

A two-sided weekend for RB, with a quick car and one driver in the points. Good enough.

Lindblad: 5
His race ended outside the points, with bad luck and little pace. Behind Lawson, he needs to improve.

Lawson: 8
A gritty race from Liam, who returned to VCARB with pace and no mistakes. Important points. P9.

 

Audi: 5.5

A negative weekend for Audi, without points despite several incidents. Not consistent enough...

Hulkenberg: 7
His race ended in P11, without any standout moments but with plenty of solidity. He extracted the maximum but came away with nothing.

Bortoleto: 5.5
An underwhelming day for Gabriel, P13 with an Audi out of form. No points.

 

Haas: 5

A mediocre three days for Haas: passable in the race, but outside the points. Highs and lows...

Ocon: 6
A passable weekend for Esteban with a mediocre Haas. P14, after the dismissal...

Bearman: N.C.
Ollie’s progress continues. He pushed and fought, but could not deliver. The Haas did not help. Retired.

 

Williams: 4.5

Williams failed to impress. Still outside the points. Plenty of difficulties and mistakes.

Sainz: 5.5
A good weekend for Carlos, but no points with a struggling Williams. A shame. P18.

Albon: 6
An unrateable day for Alex. He tried to fight, but the Williams did not help. P17, what a struggle.

 

Cadillac: 5

Cadillac’s difficult run continues, at the back and without points. There is plenty to do...

Perez: 6
He returns to F1, but the Cadillac does not help. He finished last without any standout moments or battles. It will be a long road.

Bottas: N.C.
He returns to F1 and makes no impact, hampered by a slow Cadillac. Retired near the end.

 

With the United States Grand Prix now in the books, F1 will return in a week’s time in Mexico City for the Mexico City Grand Prix.