The 2026 Italian Grand Prix represents both one of the best and one of the most difficult showcases for Formula 1’s new generation of cars. Monza’s long straights should allow the 2026 machines to exploit their excellent straight-line performance, potentially reaching higher speeds than their predecessors. At the same time, those same straights and the circuit’s relatively limited number of braking zones create a major challenge for battery energy management.
For years, the Temple of Speed had been highlighted as one of the circuits most likely to expose the difficulties created by the 2026 regulations. Yet Monza could also become the first venue where the current cars prove faster over a complete lap than the previous generation, making the Italian Grand Prix a particularly revealing test of how active aerodynamics change the traditional Monza compromise.
How active aerodynamics change Monza for the 2026 F1 cars
Simulations suggest that the new cars could lap Monza around two seconds faster than those from Formula 1’s ground-effect era. The explanation lies partly in one characteristic that has generally limited the 2026 generation elsewhere: reduced aerodynamic downforce.
At most circuits, producing less load has represented a disadvantage. At Monza, however, it also means generating less aerodynamic drag, immediately helping straight-line performance. The new cars are therefore expected to reach higher peak speeds than their predecessors, although the way they build and maintain that speed will be different.
As has already been seen at other tracks, the 2026 machines can reach very high speed peaks before gradually slowing as clipping begins. This occurs when electrical deployment is reduced and power from the internal combustion engine is used as part of the process of replenishing the battery.
Even with that effect, Monza remains Formula 1’s ultimate high-speed circuit. Average speeds in qualifying are expected to exceed 260 km/h, meaning reducing downforce and drag will remain fundamental to performance.
The difference in 2026 is that active wings automatically open on the straights, reducing the need to pursue the most extreme low-downforce configurations of the past. Ferrari’s own approach to aerodynamic efficiency can be followed through ScuderiaFans’ SF-26 technical analysis.
Budget cap limits special low-downforce Monza packages
The budget cap is also particularly restrictive for development this season, discouraging teams from producing completely bespoke aerodynamic packages solely for the Italian round.
Teams will certainly remove many of the additional wing elements used at recent high-downforce circuits, but some manufacturers have already prepared more specialised solutions. Mercedes and McLaren, for example, introduced new low-downforce rear wings at Spa. Mercedes also produced smaller flaps for its rear wheel assemblies.
The Brackley team ultimately decided not to use those components in Belgium, but the same solutions are expected to become far more useful at Monza.
Energy management becomes Monza’s biggest new challenge
The most significant new problem at the Temple of Speed will be energy management. Teams must limit battery consumption across the long straights while simultaneously finding enough opportunities to recover energy from the relatively small number of braking zones.
The only realistic solution will be to choose strategically where to deploy electrical power and where to prioritise regeneration. The FIA could also reduce the maximum amount of energy recoverable during each lap from 7 MJ to 5 MJ.
Monza contains four significant straight sections, including the acceleration zone between the first two chicanes. That means energy strategies could vary considerably between teams, particularly at the beginning of the weekend.
As often happens, approaches are likely to converge during free practice as teams study one another and optimise their simulations. During the race, however, drivers should still be able to use the electrical side of the power unit differently depending on whether they are attacking or defending.
That could create considerably better overtaking opportunities than in recent editions of the Italian Grand Prix, potentially shifting the weekend’s emphasis towards race pace rather than making qualifying performance overwhelmingly decisive.
The challenge is particularly relevant for Ferrari given the SF-26’s existing energy-recovery characteristics and the work carried out around the power unit ahead of its home event.
Internal combustion engine power still matters at Monza
The importance of electrical energy management does not diminish the role of the internal combustion engine. Producing more power than a rival remains a significant advantage, even if not all of that output is always transmitted directly to the wheels because part of it can be absorbed to recharge the battery.
That raises another technical question: whether any team could remove the FTM, the flap positioned behind the exhaust that was originally conceived by Ferrari. Removing the component would mean sacrificing some aerodynamic load, but it could also release a small amount of engine performance by allowing the power unit to breathe more freely without an obstruction immediately behind the exhaust outlet.
Ferrari’s Monza package is particularly interesting in this respect, with the Scuderia combining its aerodynamic choices with the ADUO-2 power unit, floor and aero developments prepared for the Italian Grand Prix.
The importance of combustion-engine performance is also reflected in the FIA’s latest ADUO assessment. Ferrari remains more than four per cent behind the leading internal combustion engine according to the classification, giving the Maranello manufacturer additional development opportunities under the regulations. The full picture is explored in the latest FIA ADUO rankings.
Drivers face a different challenge under braking and through Monza’s corners
Another unknown is how the new-generation cars will change the driving experience around Monza. One concern is that superclipping and the gradual loss of speed towards the end of the straights could reduce some of the drama traditionally associated with the circuit’s huge braking zones.
Brembo’s simulations nevertheless predict four braking events involving more than 3 g of deceleration, with three of them exceeding 3.5 g. Heavy braking will therefore remain an essential part of Monza’s character despite the different way the cars deliver their performance.
The greater difficulty for the drivers is likely to come through the corners. Tackling the chicanes, the two Lesmo bends and the Parabolica with very little downforce has historically been one of Monza’s defining challenges. In 2026, it should become even more demanding because this generation of cars is less firmly planted to the track.
Drivers will need to avoid excessive sliding, both to prevent the tyres from overheating and to avoid disrupting the carefully planned energy-management strategy. The electrical approach rewards clean, consistent driving, meaning mistakes through the corners could have consequences extending well beyond the immediate loss of lap time.
Monza in 2026 will therefore look and feel different from the circuit Formula 1 has become accustomed to. Active aerodynamics, higher peak speeds, clipping and increasingly sophisticated energy strategies will change how teams approach the Italian Grand Prix, but the essential DNA of the Temple of Speed remains intact: low drag, enormous velocity, heavy braking and the challenge of keeping a lightly loaded car under control through some of Formula 1’s most famous corners.
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