Monza is synonymous with speed, but despite its heavy braking zones, the Italian Grand Prix circuit is not among the most demanding venues of the Formula 1 season for the braking system. According to Brembo technicians, who work closely with every F1 team, the 5.793-kilometre Autodromo Nazionale Monza has a braking difficulty rating of 3 on a scale from 1 to 5.
Over the course of a lap, drivers use the brakes at only five points, spending less than eight and a half seconds braking in total. Four of those braking events are classified as Hard, although in two of them the reduction in speed remains below 100 km/h. The fifth is classified as Light.
The hardest braking zone at Monza
The most demanding section for the braking system remains the approach to the Prima Variante, immediately after the start-finish straight. According to Brembo simulations, the cars arrive at the braking point at approximately 318 km/h before slowing to 87 km/h.
The braking phase lasts 3.22 seconds and covers a distance of 153 metres. During that period, drivers must apply a load of 111 kg to the brake pedal while experiencing a maximum deceleration of 3.8 g. Braking power reaches 1,637 kW.
Those figures underline how Monza combines extremely high approach speeds with relatively few braking events, making efficiency just as important as outright stopping power. The circuit’s characteristics also place considerable emphasis on the behaviour of the Power Unit and electrical system, areas that are particularly relevant to Ferrari’s SF-26 Power Unit package for Monza.
How braking changes with the 2026 Formula 1 cars
The comparison with the 2025 Italian Grand Prix is particularly revealing. The characteristics of the new-generation cars have reduced the physical effort required from both the drivers and the braking systems, while at the same time changing the duration and distance of the braking phases.
At the Variante della Roggia, for example, drivers reached 4.5 g of deceleration in 2025 and applied 159 kg of pressure to the brake pedal. For 2026, the estimated figures fall to 3.7 g and 108 kg respectively.
The trade-off is that more distance is now required to slow the car. The braking zone increases from 107 metres last year to an estimated 121 metres in 2026. The time spent braking also rises, from 2.02 seconds to 2.29 seconds.
In other words, the new cars place less peak physical demand on the driver in this section, but they remain on the brakes for longer and require additional distance to complete the deceleration.
Monza creates a major 2026 F1 energy-management challenge
Energy management will be particularly critical at Monza. The FIA has set the Maximum Recharge per Lap at only 5.0 MJ in qualifying, the lowest value seen so far, while 7.0 MJ will be available during the race. That rises to 7.5 MJ when Overtake is active.
The decision is closely linked to the characteristics of the circuit. Almost 80% of the lap is spent at full throttle, while there are relatively few opportunities to recover electrical energy under braking. Allowing a higher level of regeneration would increase the phenomenon of super clipping, forcing the MGU-K to recover energy even on the straights.
The compromise chosen by the FIA should limit those effects, but it also leaves the cars with less electrical energy available to use on a circuit where the hybrid component is required for particularly long periods.
That makes software, deployment strategy and recovery efficiency especially important at Monza. Ferrari has already focused heavily on this area as part of its latest development programme, including work connected with the ADUO 2 Power Unit upgrade.
Why Monza will expose the strengths and weaknesses of 2026 F1 cars
The Italian Grand Prix therefore presents an unusual technical combination. The braking system itself is not subjected to the highest overall workload of the season, yet individual stops remain extremely demanding because of the very high entry speeds. At the same time, the 2026 cars require longer braking distances than their predecessors despite generating lower peak deceleration and demanding less pedal pressure from the drivers.
Energy management adds another layer of complexity. With limited regeneration opportunities and long full-throttle sections, teams will have to carefully balance how much electrical energy they recover and where they deploy it around the lap.
At Monza, outright speed alone will not determine performance. Braking efficiency, energy recovery, MGU-K deployment and the ability to manage the available electrical energy over an entire lap will all contribute to the final competitive picture, making the Italian Grand Prix one of the most revealing technical tests of Formula 1’s 2026 regulations.
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