Formula 1 arrives in Monte Carlo, one of the most fascinating, extreme, and complex stops on the calendar. Monaco is not a circuit like the others: it’s a test for both drivers and engineers, a masterpiece to be interpreted down to the millimeter. At Monte Carlo, as always, qualifying is everything: overtaking is practically impossible, and pole position is worth half the Grand Prix, even this year.
This is despite two mandatory pit stops and the C6 compound brought by Italian supplier Pirelli. The race could perhaps be more unpredictable thanks to a wider range of strategies. Setup choices become crucial, with a configuration tailored specifically to tackle the 19 city corners that unfold between walls, curbs, and constant changes of direction.
Maximum downforce and soft suspension
The setup for Monte Carlo is a chapter of its own in the Formula 1 manual. The priorities are clear: maximum aerodynamic load, soft suspension, great front-end responsiveness, and perfect traction management when exiting corners. Choices that must allow the car to navigate the slow and tight bends with absolute precision. Starting with the aero package, it is pushed to the upper limit.
The wings are set to maximum load to generate downforce even at low speeds, improve mechanical grip, and help the car stay firmly planted on the asphalt through the most twisty sections, such as Casino, Rascasse, and the Swimming Pool. Ride height will necessarily be higher than usual for everyone, and the suspension is set softer — a possible advantage for Ferrari.
In general, the track features many irregularities, bumps, and elevation changes. Moreover, the curbs are very aggressive, like those at the chicane after the tunnel and in the Swimming Pool section. A softer setup allows better absorption of the track’s roughness, easier curb riding without losing stability, and maximizes tire contact with the ground.
At the same time, the ride heights are significantly increased to avoid bottoming out on the rough sections of the track, which would lead to loss of downforce, instability, and floor damage. Additionally, on a track composed almost entirely of low-speed corners, the key is generating mechanical grip — something Ferrari has done well, especially in longitudinal grip.
A soft setup allows the tires to maintain optimal contact with the track, increasing available grip at all phases of the corner. This also benefits traction out of corners and precision in the various hairpins.
Steering precision and tire strategy
Being a street circuit, Monaco is a track that demands precision at the front. Understeer on entry is the number one enemy, which unfortunately is a chronic issue for Ferrari. It is a trait that pushes the car outward and costs time. To counter this, the team works with more front toe-out than usual to achieve greater responsiveness and turn-in precision. In some cases, a slight oversteer is even preferred.
This is a more manageable trait in slow corners and helps “rotate” the car like a compass, using controlled rear-end slip. Another key setup point is the proper use of the differential: a more open setting during lift-off improves rotation in corners. Think of the iconic Turn 6, the Hotel Hairpin, the slowest corner on the F1 calendar.
There, a greater rotational difference between the inner and outer wheels allows for a tighter corner radius and less steering angle. Drivers like Charles Leclerc even assist the rotation with both hands to further increase steering lock. In addition to setup, as mentioned earlier, strategy will be crucial this year.
The Italian tire supplier has brought the Pirelli C6 compound, the softest in the entire range, and by regulation, there will be two mandatory pit stops. This opens up a variety of new scenarios for the Monaco Grand Prix, where the norm was to complete most of the race on a single compound, taking advantage of safety cars or red flags. With such delicate compounds and constant traffic, the undercut could become effective again — provided clean air can be found.
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