Formula 1 arrives at Silverstone for the British Grand Prix, one of the most complete and demanding circuits on the entire calendar. Measuring 5.891 km, the historic venue is defined by its ultra-fast corners, with drivers spending around 66% of the lap at or near full throttle.
Iconic sections like Copse, Maggots, Becketts and Chapel provide one of the toughest technical challenges of the season for the chassis, aerodynamics and tyres. The enormous lateral forces generated through these high-speed corners will place exceptional stress on the front-left tyre while rewarding the cars with the best overall balance. This year, however, another factor could prove decisive: energy management.
Energy management will be one of the keys to the weekend
One of the most fascinating technical topics heading into the British Grand Prix concerns energy deployment, as Silverstone features a sequence unlike almost any other circuit on the Formula 1 calendar.
After exiting Luffield, drivers approach Copse at extremely high speed before immediately entering the famous Maggots-Becketts-Chapel complex, which leads onto the long Hangar Straight. Throughout this section, deciding how and where to deploy the available electrical energy will become absolutely critical.
Engineers are evaluating several deployment strategies, while Max Verstappen has suggested that this entire sequence could potentially be completed without braking at all this year. In this regard, the simulation published on X by engineer Marek Lubienecki is particularly interesting, as it illustrates what teams are likely to experience at Silverstone, including the almost inevitable return of the much-discussed “super clipping” effect.
What does Verstappen mean when he says Silverstone is now “constantly flat”? I ran the 2026 lap through my optimizer to find out – and it might back him up. From T5 to T15, you may not need to brake at all – if you time the MGU-K recovery to superclip and feed the battery. 🧵 pic.twitter.com/gHuMct9XeA
— Marek Lubieniecki (@m_lubieniecki) July 1, 2026
As a result, every team arrives at Silverstone knowing that success will depend on finding the perfect balance between aerodynamic efficiency, energy deployment and tyre temperature management. With the Sprint weekend format allowing only a single free practice session, simulator preparation and the ability to quickly identify the ideal setup will be more valuable than ever.
The first images emerging from the pit lane already provide useful clues regarding setup choices and the circuit-specific upgrades introduced by several teams.
Ferrari at Silverstone
The Austrian Grand Prix confirmed what we had anticipated before the weekend: Spielberg was always expected to be one of the least suitable circuits for the characteristics of the Ferrari SF-26. The car suffered greater tyre degradation than expected, while the rear axle never appeared to be adequately protected, making tyre management significantly less effective than it had been in Spain.
Ferrari was also forced to adopt defensive energy deployment strategies, further compromising performance, particularly during the acceleration phases. This was clearly reflected in the race speed trap figures, where the Mercedes and Red Bull power units demonstrated a significant advantage at higher engine speeds. The first ADUO upgrade simply could not realistically produce a dramatic shift in overall performance.
Silverstone’s layout should suit the SF-26 better than Spielberg, although Ferrari is still expected to face challenges managing electrical energy throughout the long section between Turns 5 and 15. For this event, the Italian team has introduced a circuit-specific aerodynamic package featuring a new rear wing with further refinements to its “reverse” philosophy, alongside an optimised diffuser designed to reduce drag without sacrificing the downforce required through Silverstone’s high-speed corners.
At Silverstone, Ferrari has introduced an evolved aerodynamic specification aimed specifically at improving top speed after the excessive downforce used in Austria ultimately became a source of unnecessary drag on the straights.
Ferrari has also revised the bodywork surrounding the rear wheels of the SF-26 for Silverstone, introducing changes to the rear brake ducts and the arrangement of the aerodynamic winglets. These brake ducts do far more than simply cool the carbon brake discs by directing airflow through them.
They also perform a vital aerodynamic function by managing the airflow around the rear wheels, reducing turbulence and improving the efficiency of both the diffuser and the rear end of the car. The redesigned winglets have been developed specifically to optimise these airflow structures, with the objective of generating additional downforce while minimising any increase in aerodynamic drag.
Mercedes at Silverstone
Mercedes arrives at Silverstone encouraged by its double podium finish in Austria, although Toto Wolff has urged caution ahead of the British Grand Prix. The competitive gap between Formula 1’s four leading teams has become so small that the characteristics of each circuit can dramatically reshape the competitive order from one weekend to the next.
Red Bull at Silverstone
While Ferrari’s expected difficulties were confirmed in Austria, the real technical story of the weekend came from Red Bull. The team’s latest upgrades, combined with the weight reduction introduced on the RB22, delivered a clear step forward in overall performance.
The work carried out by the Milton Keynes engineers extends well beyond the new aerodynamic package. The rear corner has been extensively redesigned, once again drawing inspiration from Mercedes solutions, while the sidepod bodywork has also been revised to further improve the car’s overall aerodynamic efficiency.
It remains to be seen whether this performance gain was primarily linked to the specific characteristics of the Red Bull Ring or whether it represents a genuine breakthrough that will continue to deliver strong results at the upcoming races.
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