Max Verstappen has raised a fundamental concern about Formula 1’s new Madring circuit: it may be modern, spectacular and technically demanding, but its geometry could make genuine wheel-to-wheel racing unnecessarily difficult. After qualifying third for the Madrid Grand Prix, the four-time world champion argued that the track works well when a driver is alone, yet offers too little flexibility when two cars have to fight for the same piece of asphalt.
That criticism exposes an increasingly uncomfortable paradox for modern Formula 1. New circuits can be expensive, visually striking and technologically sophisticated without necessarily producing better racing. Madring risks becoming another example of that contradiction, particularly if its largely single-line nature makes defending easier than attacking when the field goes racing.
Max Verstappen says Madring has a racing-line problem
Third place in qualifying did nothing to soften Max Verstappen’s judgement. If anything, it makes the criticism more significant. The Red Bull driver demonstrated that he can be competitive at the new Madrid venue, helped by an RB22 that works well with certain characteristics of the layout.
For that reason, the criticism cannot simply be dismissed as frustration from a driver unable to extract performance from his car. In Max Verstappen’s view, the problem lies within the geometry of the circuit itself.
That is where the debate stops being only about Madring and becomes a broader question for Formula 1’s governing and commercial authorities: who is designing modern circuits, and what is being treated as the main priority?
FIA and FOM face questions over how modern F1 tracks are designed
Max Verstappen is not asking Formula 1 to create easier circuits. He is asking for smarter ones. Those are two very different things.
The Dutch driver explained that he would alter practically all of Madring’s major braking zones in an effort to create more opportunities to attack. More importantly, he highlighted what he sees as a striking omission from the modern design process: regular involvement from the drivers themselves.
“If you give me a map, I’ll fix it. Are we drivers ever consulted? No, not really,” Max Verstappen said.
The question is simple enough to become uncomfortable. Who understands better than a Formula 1 driver the difference between a corner that allows an overtaking move to be prepared and one that simply lets the car ahead close the door? Who is better placed to judge the compromise between cornering speed, braking point, alternative racing lines and the possibility of running side by side?
Yet drivers are often consulted only after the process is effectively complete, when a circuit has already been constructed, homologated and placed on the Formula 1 calendar.
Concerns over the practical racing characteristics of the new venue are not entirely new. Drivers had already raised questions about incidents and interruptions at the challenging Madrid circuit, underlining how little real-world racing information existed before the inaugural weekend.
Modern circuits must be more than spectacular backdrops
Contemporary circuit design often begins with several other objectives. Organisers want spectacular landmarks, a strong visual identity, a valuable event platform, a recognisable television product and a layout capable of fitting into the available physical space.
All of those objectives are legitimate. None of them, taken individually, guarantees a good Grand Prix.
Formula 1 should remember that a circuit is not simply scenery behind the cars. It is the instrument through which competition is created. Madring is new, ambitious and perfectly aligned with the logic of a major modern sporting event. But if Max Verstappen can finish qualifying by observing that there is essentially only one ideal line and that defending is relatively straightforward, the design deserves closer examination.
That does not mean Madrid should already be declared a failure. Quite the opposite. Because it is a new circuit, overtaking and wheel-to-wheel racing should have received particular attention from the beginning.
F1’s 2026 cars make the Madring issue more complicated
There is another factor that makes the debate even more important. Madring is not being raced by Formula 1 cars from several seasons ago. It has arrived alongside the new generation of 2026 machinery, where electrical energy management has become a decisive component of performance.
Max Verstappen has explained that some corners that could theoretically be taken flat-out need to be approached differently in order to preserve battery energy. If a driver deploys too much electrical energy through one section, the car can be compromised on the straight that follows.
The most obvious example is the Monumental, where lifting can actually produce a faster overall lap than staying flat-out. Drivers must sacrifice some immediate corner speed in order to preserve electrical deployment for later sections.
That means the ideal racing line is no longer determined solely by maximum mechanical and aerodynamic grip. Drivers are constantly constructing the lap around what happens next, balancing battery deployment, tyres and temperature alongside pure corner speed.
This makes properly designed braking zones and alternative lines even more important. If a circuit effectively provides one racing line while the cars are simultaneously managing energy, tyres and temperatures, the car in front can become an extremely difficult tactical obstacle to overcome.
Energy management can make overtaking even harder at Madring
Madrid presents a particularly interesting technical contrast. The circuit contains repeated braking zones that make energy recovery easier than at Monza, but drivers still have to decide carefully where that recovered energy should be deployed. The Madring braking and energy-recovery profile therefore adds another layer to the racing problem.
If following another car forces a driver away from the ideal line, compromises tyre temperatures or changes where energy must be deployed, attacking becomes even more complicated. The geometry of the circuit can therefore amplify challenges already created by the characteristics of the 2026 cars.
Formula 1 then arrives at a contradiction that should concern both the FIA and Formula One Management. On one side, increasingly sophisticated cars are introduced with the declared ambition of improving competition. On the other, those cars can be placed on circuits whose geometry neutralises part of that potential.
It is difficult not to question the logic of spending years developing aerodynamic regulations, energy systems and tools intended to improve racing if the physical track ultimately fails to provide enough space or alternative lines for drivers to use them.
Austin shows difficult circuits do not have to prevent racing
Max Verstappen pointed to Austin as proof that the problem is not impossible to solve. A circuit can be technical, selective and difficult without becoming little more than a wide straight interrupted by a few corners.
The difference lies in how sequences are constructed and, crucially, whether drivers have multiple viable lines when two cars arrive together. Madring, at least in its current form, appears to lack enough of that second option.
The issue is particularly interesting because Madrid is already proving to be a demanding technical test. Ferrari, for example, found that the SF-26 could be better suited to Madring than Monza, while qualifying also demonstrated just how different strengths and weaknesses can be exposed around the new layout.
That technical challenge has value. But difficulty for the driver and quality of racing are not automatically the same thing.
Formula 3 race highlights another Madrid concern
The Formula 3 race already demonstrated how quickly a street-style circuit can become chaotic when an incident disrupts the normal flow of competition. That introduces another possible ambiguity into the discussion.
A race track should not need accidents, Safety Cars or red flags in order to become interesting. Those situations may create drama, but they are accidental spectacle. Genuine competition should be built into the circuit design itself.
There is an important distinction between an exciting race created because drivers can attack each other and an exciting race produced because an incident suddenly transforms strategy. Formula 1 can benefit from both, but only one can be deliberately encouraged through intelligent circuit design.
Max Verstappen could win Madrid and still be right about its flaws
Max Verstappen will start third behind Lando Norris and Andrea Kimi Antonelli, and he could even win the first Madrid Grand Prix. That would not invalidate the point he has raised.
A Grand Prix can be spectacular on an imperfect circuit. Strategy can transform the order. A driver can make a mistake. A Safety Car can change everything. A significant performance difference can allow overtaking that would otherwise be difficult.
But the task of a circuit designer should be different: give the drivers the tools they need to fight rather than hope something unexpected happens to make the race interesting.
Qualifying already showed how closely matched the leading cars can be. Ferrari remained competitive through many of Madring’s faster corners despite losing time elsewhere, as highlighted by the Madrid qualifying performance comparison. When cars are separated by tiny margins, a circuit capable of supporting multiple racing lines becomes even more important.
Formula 1 should ask one question before building its next circuit
That may ultimately be the point the FIA and Formula One Management need to address before the next new venue is unveiled as another symbol of Formula 1’s global expansion.
Before the grandstands, computer renderings, entertainment programme and television presentation, there should be a simpler question: when two Formula 1 cars arrive at the same corner together, can they actually race each other?
If the answer is no, the problem is not the driver who complains.
It is the circuit that was designed that way.
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