Pirelli has identified tyre-temperature management as one of the key technical challenges at the 2026 Azerbaijan Grand Prix, with Baku’s exceptionally long flat-out section capable of cooling the tyres significantly before the heavy braking zone at Turn 1. That drop in temperature could increase the risk of front lock-ups, while the importance of electrical-energy recovery adds another layer of complexity to brake and tyre management.
Formula 1 now enters the closing phase of the season in Baku, which begins the first of two triple-headers before the championship moves into its final races. Andrea Kimi Antonelli leads the standings, while Mercedes arrives at its final event before introducing its next major update package in Malaysia.
That does not mean the championship has run out of stories. Baku has repeatedly produced unpredictable races in which a single incident or Safety Car can transform the competitive order. The 2025 event provided another example, with Oscar Piastri retiring while Max Verstappen took victory.
Baku combines high speed with one of F1’s strangest technical layouts
The Azerbaijani capital hosts one of Formula 1’s most unusual street circuits. The lap is more than six kilometres long and features 20 corners, including repeated 90-degree turns, extremely narrow passages through the old city and an enormous flat-out section where the cars reach very high speeds.
The 2026 event will also be held on Saturday because Sunday is a public holiday, giving the weekend a different timetable from the traditional Friday-to-Sunday format. The full session programme is available in the 2026 Azerbaijan Grand Prix schedule.
The combination of very slow corners and a huge final straight also creates an unusual energy-management problem. With the characteristics of the 2026 power units, some expected the battery to be depleted rapidly across the roughly two kilometres of full-throttle running. However, the rest of the lap provides numerous opportunities to recover electrical energy.
Because so many of Baku’s corners are slow and outright power is less decisive through those sections, it is also unsurprising that the FIA allows the MGU-K to be switched off in certain areas, leaving the internal-combustion engine to provide propulsion. That makes the balance between harvesting and deployment particularly important around the lap, an issue already central to Ferrari’s Baku energy-management and Straight Mode challenge.
Fresh asphalt will make track evolution important
Several sections of the circuit have been resurfaced ahead of the weekend, particularly around Turns 2, 3 and 4. As is often the case on street circuits, initial grip levels are expected to be relatively low, while track evolution should be substantial as more rubber is deposited onto the surface.
That means conditions could change rapidly from the opening sessions onwards, making it important for teams to distinguish genuine setup problems from temporary limitations caused by the immature track surface.
The changing grip level could also influence the tyres during the first sessions, when graining may appear before the track begins to rubber in more significantly.
Pirelli selects C3, C4 and C5 for the Azerbaijan GP
Pirelli has selected its softer end of the range for Baku, with the C3 designated as the Hard, the C4 as the Medium and the C5 as the Soft.
Compared with last year’s allocation, the C6 is absent. Twelve months ago, the C6 was nominated as the Soft but never became a serious race option. Even during qualifying, many drivers preferred the Medium because they considered it easier to manage consistently.
Baku’s asphalt is smooth and relatively low in abrasion, usually producing limited tyre degradation. That naturally points towards a one-stop race, while the C5 could potentially complete surprisingly long stints if its performance remains stable.
Graining remains a possible issue, particularly early in the weekend when grip is limited. It will therefore be worth monitoring how the phenomenon develops as the track evolves, and that uncertainty could bring the Hard compound into consideration. The C4, however, has generally performed very strongly during the 2026 season.
The compounds, stint lengths and strategic patterns that emerge during the weekend can also be followed through the ScuderiaFans F1 Tyre & Stint Analysis.
Baku’s stop-and-go layout puts braking and traction under pressure
Despite being a street circuit with low-abrasion asphalt, Baku still places significant demands on the tyres. The huge main straight and repeated low-speed acceleration zones give the circuit a classic stop-and-go character, making braking stability and traction on corner exit two of the most important performance factors.
Drivers need confidence when attacking the heavy braking zones, while the rear tyres must provide enough grip to transfer torque effectively when accelerating out of the slower corners.
There is another important change this year: the point at which the open rear wing can be used will be brought forward compared with 2025.
Slipstreaming has already proved especially powerful in certain situations with the 2026 cars, and that could push top speeds even higher during the race. Those speeds could place additional stress on the tyres, making temperature management one of the most important themes of the weekend.
The straight-line performance differences between teams can be tracked through the ScuderiaFans F1 Top Speed Comparison.
Baku’s long straight can cool the tyres before Turn 1
The flat-out section connecting the final corner to Turn 1 encourages the tyres to cool, an effect that has become more relevant with the evolution of the wheel-rim designs used by the current cars.
That cooling can reduce the tyre surface temperature before one of the biggest braking events on the circuit. The result is a higher risk of lock-ups, particularly at the front axle, meaning drivers will need to pay close attention to how much grip is available when they arrive at Turn 1.
This is not a minor technical detail. In Baku, the tyres must remain within a suitable operating window despite long periods at high speed followed immediately by major braking demands.
Energy recovery makes brake warm-up another Baku complication
The challenge becomes even more delicate because electrical-energy recovery plays such an important role with the 2026 power units. Greater reliance on regenerative braking can make it harder to build temperature in the conventional braking system, adding another factor to the management of the car into the heaviest stops.
Pirelli had already observed an increase in micro-lock-ups under certain conditions during the opening races of the season, and Baku is a circuit that could make the issue more noticeable.
Teams therefore face a closely connected technical equation involving tyre temperature, brake temperature, energy recovery, traction and straight-line efficiency. Solving one part of that equation cannot come at the expense of another, particularly on a track that changes character so dramatically from one sector to the next.
For Ferrari, Lewis Hamilton and Charles Leclerc, the challenge will be to keep the tyres and brakes in the right operating window while also extracting maximum efficiency from the SF-26 through Baku’s long flat-out sections. More detailed analysis of the car’s setup and performance characteristics is available in the Ferrari technical analysis section.
Baku may look like a circuit dominated by top speed, but the weekend could ultimately be decided by something far less visible: keeping tyres, brakes and energy recovery working together at the correct temperature when the drivers need them most.
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