Brembo’s 2026 Hungarian Grand Prix braking analysis has revealed how Formula 1’s new-generation cars will behave differently at the Hungaroring, with longer stopping distances and lower physical loads for the drivers than in 2025. Although the Budapest circuit remains highly demanding on braking systems, its numerous braking zones will also provide crucial opportunities to regenerate electrical energy.
Drivers are expected to spend only 26 per cent of each lap at full throttle around the tight and technical Hungaroring, meaning energy management should not be particularly difficult. However, Brembo’s figures show that the transition from the previous generation of cars to the 2026 Formula 1 regulations has noticeably altered the braking characteristics at one of the calendar’s most compact circuits.
2026 Hungarian GP braking analysis
The 4.381-kilometre Hungaroring has received a braking difficulty rating of four out of five from Brembo’s engineers. Braking accounts for approximately 22 per cent of lap time, with the drivers using their brakes at eight of the circuit’s 14 corners for a combined total of 16.7 seconds per lap.
Three of those braking events are classified as Hard, one as Medium and four as Light. This distribution reflects the distinctive nature of the Hungaroring, where closely spaced corners create an almost uninterrupted sequence of acceleration and deceleration while offering relatively few opportunities for the braking systems to cool.
The circuit’s low- and medium-speed profile will also place considerable emphasis on traction and mechanical grip. Those characteristics could be important for Ferrari because the SF-26 has shown promising performance in slower corners during the opening part of the season.
The hardest braking zone at the Hungaroring
The most demanding section for the braking system remains Turn 1, immediately after the start-finish straight. At the end of the main straight, the cars are expected to reach 332 km/h before slowing to 99 km/h for the right-hand corner.
The braking phase lasts 3.58 seconds and covers 172 metres. During that time, the drivers experience a deceleration of 4g and must apply 119 kg of force to the brake pedal. Braking power reaches 1,760 kW.
These remain substantial figures, particularly because the braking zone follows a straight on which the cars can make full use of active aerodynamics and the power delivered by the new generation of Formula 1 power units.
2026 F1 cars produce less violent braking loads
The most significant finding in Brembo’s analysis emerges from a comparison with the 2025 Hungarian Grand Prix. The characteristics of the 2026 cars have made some braking events less intense, increasing stopping distances while reducing the physical loads placed on the drivers.
At Turn 2 in 2025, the cars shed 160 km/h in 2.59 seconds across a distance of 122 metres. In 2026, the predicted reduction in speed is slightly smaller at 156 km/h, but the braking phase is expected to take 2.85 seconds and cover 143 metres.
The braking distance therefore increases by 21 metres, while deceleration falls from 4.2g to 3.7g. The required brake-pedal load also drops considerably, from 144 kg in 2025 to a projected 110 kg this year.
Longer braking zones support energy regeneration
The longer stopping distances created by the 2026 cars allow more electrical energy to be recovered under braking. At the same time, the operation of the MGU-K on the rear axle influences the car’s behaviour throughout every phase of deceleration.
That relationship between conventional braking and electrical regeneration will be especially important at the Hungaroring, where eight braking events per lap give the power unit repeated opportunities to recover energy. With relatively little time spent at full throttle, Brembo expects energy management to be less complicated than at circuits dominated by long straights.
The figures illustrate how the 2026 regulations have changed more than outright performance. Drivers must now manage longer braking phases and the influence of regeneration, even though the reduced deceleration and pedal loads make certain corners less physically demanding than they were one year ago.
Further information on session times and broadcast coverage is available in the complete 2026 Hungarian Grand Prix timetable.
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