Formula Web Magazine News https://www.formulawebmagazine.com Formula Web Magazine - News / - Articles, specials, insights, statistics, technical analysis and video en-us Thu, 24 Sep 2026 16:30:00 +0200 Thu, 24 Sep 2026 16:40:00 +0200 http://blogs.law.harvard.edu/tech/rss Vida Feed 2.0 redazione@formula1.it (Editorial Team) dmuscarella@formula1.it (Daniele Muscarella) Formula 1 sports updates https://www.formulawebmagazine.com/image/f1logosmall.png Formula Web Magazine News https://www.formulawebmagazine.com Azerbaijan GP: race pace battle heats up without Ferrari https://www.formulawebmagazine.com/news/23512/azerbaijan-gp-race-pace-battle-heats-up-without-ferrari An unusual day for F1 fans. In Azerbaijan, the entire weekend has been moved forward by a day. Because a local holiday falls on Sunday this year, Formula 1 decided to bring everything forward, allowing the Azerbaijani people to enjoy the GP action before celebrating their holiday the following day.

It is a slightly unusual Thursday because, with practice having taken place, we are already discussing race pace. Several teams impressed in our view. McLaren and Red Bull have introduced significant upgrade packages which, from what was seen in these opening sessions, appear to be delivering clear benefits. There is great anticipation to see the true step made by the Woking team, which always holds back somewhat from showing its real potential on practice days. Red Bull, meanwhile, are not holding back.

Verstappen takes on the Mercedes drivers

Three drivers stood out most in terms of race pace. Verstappen was the quickest of the drivers on Soft tyres, but lacked consistency, partly due to traffic; he was very quick once he found clear air, though. Russell, meanwhile, is Thursday's most feared driver. Not even Antonelli — who missed half of the first session due to a technical problem — was able to stay close to him.

race pace analysis, Azerbaijan GP

Never trust McLaren

That said, particularly because of the Medium tyres they used, we would say Mercedes have every chance of showing their strength in the GP to be held this Saturday as well. Verstappen follows closely behind, but there remains a major question mark over McLaren. You should never trust the Woking team, especially when they already look this close from the practice sessions.

race pace chart, Azerbaijan GP

Ferrari absent

Mercedes will probably be the team to beat in qualifying, but the race could then develop into a three-team battle for the podium and victory. Ferrari may not be part of that contest, potentially the major absentee after apparently struggling in both qualifying simulations and race-pace runs. The Scuderia suffers on the long straights and may have to rely on Baku's unpredictability to secure a good result on Saturday.

There is still room for improvement, but the Maranello outfit's weekend has certainly not begun in the best possible way.


Cover photo by Peter Kiss / WHYOUT Images

Internal graphics: Formula1.it

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Thu, 24 Sep 2026 16:40:00 +0200 https://www.formulawebmagazine.com/news/23512/azerbaijan-gp-race-pace-battle-heats-up-without-ferrari
Azerbaijan GP FP2: Russell leads as Verstappen impresses, Leclerc fourth https://www.formulawebmagazine.com/news/23511/azerbaijan-gp-fp2-russell-leads-as-verstappen-impresses-leclerc-fourth The second practice session has just concluded, with Mercedes reaffirming its status as Friday’s ‘queen’, as George Russell topped the timesheets with a 1'43''347, ahead of Kimi Antonelli. After the issues he encountered in FP1, the Bologna-born driver was back on track as normal in the afternoon, albeit half a second adrift of his team-mate. Behind them was Max Verstappen, who surprised everyone with some highly competitive times during his race-pace simulation. Returning to the standings, Charles Leclerc and Lewis Hamilton were fourth and fifth respectively, one second behind Russell.

Lando Norris was sixth, with Oscar Piastri further back in eighth. In the midfield, Pierre Gasly and Esteban Ocon delivered strong performances to finish seventh and 10th respectively; Isack Hadjar was ninth as he continues to seek a better feeling with his RB22. There was a red flag during the session after Arvid Lindblad hit the wall at the entrance to the Castle section, while it was also a session to forget for Ollie Bearman, who was forced to park his Haas with engine problems. The full classification follows.

Cover photo by Finlay Williams / WHYOUT images

 

 

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Thu, 24 Sep 2026 15:15:00 +0200 https://www.formulawebmagazine.com/news/23511/azerbaijan-gp-fp2-russell-leads-as-verstappen-impresses-leclerc-fourth
LIVE: Azerbaijan GP 2026 Free Practice 2 https://www.formulawebmagazine.com/news/23510/live-azerbaijan-gp-2026-free-practice-2 Good morning to all Formula1.it readers. We have already reached the second free practice session of the weekend. Azerbaijan is ready to deliver surprises over the coming days. Meanwhile, higher temperatures than in previous seasons could significantly disrupt the teams' plans. This was evident in FP1, where we saw drivers adopt several different tyre strategies. Most opted for long runs on the Hard C3 and Soft C5, while others, including Ferrari, focused more on the Medium and Soft compounds.

The Hard C3 could prove to be a very consistent race tyre. Verstappen was already very quick on this compound in race-pace simulations, both compared with Mercedes, which ran on Softs, and Leclerc, who instead sought to understand his pace on Mediums. The race-pace simulations will continue in FP2, so all that remains is to wait for the session to unfold and try to understand what may happen on Saturday.

Before turning our attention to the FP2 live coverage, let us take a look at the Pirelli tyre allocation for the Azerbaijan GP: Hard C3, Medium C4 and Soft C5 will be available, the middle combination in the range (photo: Pirelli graphic).

Azerbaijan GP 2026, Pirelli

Pit lane opens: 14:00 Italian time. Live coverage from 13:45.


LIVE

 


Photo: X, Ferrari

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Thu, 24 Sep 2026 13:30:00 +0200 https://www.formulawebmagazine.com/news/23510/live-azerbaijan-gp-2026-free-practice-2
Azerbaijan GP FP1: Mercedes leads in Baku, Leclerc third as Antonelli hits trouble https://www.formulawebmagazine.com/news/23509/azerbaijan-gp-fp1-mercedes-leads-in-baku-leclerc-third-as-antonelli-hits-trouble After a week off, Formula 1 is finally back in action. This weekend, albeit an unusual one with track activity beginning on Thursday and the Grand Prix taking place on Saturday, the Baku street circuit in Azerbaijan will provide the stage.

As soon as the green flag was shown at the Azerbaijani circuit, every driver headed straight out to begin gathering data. Carlos Sainz, however, was forced into a lengthy stop after his rear brakes caught fire in front of the Scuderia Ferrari HP garage when he returned to the pit lane.

Speaking of brakes, according to reports, having abandoned them after the Monaco Grand Prix, Charles Leclerc has chosen to use Brembo discs again this weekend, giving him greater familiarity with a car component that is placed under real strain at this type of circuit.

Twenty minutes into the session, championship leader Andrea Kimi Antonelli was the fastest driver on track, having stopped the clock at 1:46.265, with Lewis Hamilton just one tenth behind. However, the Italian's running came to an end shortly afterwards due to a hydraulic issue on his Mercedes.

On the soft tyre, Max Verstappen then moved ahead of everyone with a 1:45.787, shortly before George Russell, in the only Mercedes left on track, lowered the benchmark to 1:45.387.

It was a difficult session for both McLarens, which were confined to the garage with what appeared to be a similar issue on the cars of Lando Norris and Oscar Piastri. The Australian was only able to return to the track with two minutes remaining.

On the medium tyres, Charles Leclerc was then able to improve, moving up to third ahead of team-mate Lewis Hamilton, just over four tenths behind session leader George Russell.

The final minutes of the session were marked by a series of incidents and several yellow flags. The first driver in the spotlight was Arvid Lindblad, who ran wide but managed to keep control of his Racing Bulls, avoiding the Tecpro barriers and getting going again.

Less fortunate was Nico Hülkenberg, who was forced to retire with a technical problem. The final incident of the session involved Esteban Ocon, who had to park his Haas at the pit-lane exit.

At the end of the first practice session in Azerbaijan, it was George Russell who took the chequered flag first with a 1:45.387. Max Verstappen was second, four tenths back, after setting a 1:45.787, while Charles Leclerc claimed the final place in the top three thanks to his medium-tyre lap of 1:45.791. Below is the full FP1 classification.

 

 

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Thu, 24 Sep 2026 11:40:00 +0200 https://www.formulawebmagazine.com/news/23509/azerbaijan-gp-fp1-mercedes-leads-in-baku-leclerc-third-as-antonelli-hits-trouble
Azerbaijan GP: all official upgrades as McLaren goes on the attack https://www.formulawebmagazine.com/news/23508/azerbaijan-gp-all-official-upgrades-as-mclaren-goes-on-the-attack The FIA has published its summary document covering all the upgrades brought by the teams to the 2026 Azerbaijan Grand Prix. Six teams have declared technical updates for Baku: McLaren, Red Bull, Williams, Visa Cash App Racing Bulls, Audi and Cadillac.

The picture is particularly interesting because, despite the extreme characteristics of the Azerbaijani circuit and its very long full-throttle section, much of the development is not simply aimed at reducing drag. The work is focused chiefly on flow quality, local load generation and the integration of the floor, bodywork and rear end.

The most extensive package comes from Audi, which has made changes to virtually the entire car: a new front end, a completely redesigned floor, revised bodywork and significant modifications at the rear. McLaren has also undertaken extensive work, revising flow management from the sidepods to the diffuser and introducing a specific rear-wing solution to achieve a greater drag reduction in Straight Line Mode.

Red Bull, meanwhile, has concentrated its development primarily on the interaction between the floor, diffuser and sidepod, supporting the new flow field with changes to the mirrors and Halo. Williams has also introduced a significant package, making changes to the FW48’s floor and tail, with corresponding revisions to the aerodynamic geometries at the front and rear.

Racing Bulls has focused all its new parts on the front end, with a new front wing accompanied by changes to the brake area and suspension fairings. Cadillac has undertaken more limited work, increasing front brake cooling capacity and revising the diffuser to increase local load.

Mercedes, Ferrari, Aston Martin, Haas and Alpine have not declared any upgrades for the Baku weekend.

Here are all the official changes brought by the teams to the 2026 Azerbaijan GP.

McLaren

McLaren brings a highly extensive package to Baku, involving virtually all flow management from the sidepod area to the rear end. New sidepods, bodywork, floor and diffuser work as a single system, while the rear suspension fairings have also been adapted. The rear wing is also specific to Baku, having been modified to achieve a greater drag reduction when Straight Line Mode is activated.

 

Component Reason Differences Description
Sidepod Inlet Performance - Flow conditioning Revised sidepod inlet shape The sidepod inlet shape has been revised to improve flow conditioning towards the rear of the car, increasing aerodynamic performance.
Coke/Engine Cover Performance - Flow conditioning Revised engine cover and Coke line The engine cover and Coke line have been revised together with the new sidepod inlet, improving downstream flow conditioning.
Coke/Engine Cover Performance - Flow conditioning Alternative sidepod shape An alternative sidepod shape is available as an option for the bodywork described above, resulting in different aerodynamic characteristics.
Cooling Louvres Circuit-specific - Cooling range New louvre arrangement As part of the new bodywork package, the arrangement and position of the cooling louvres have been changed to achieve maximum aerodynamic performance across different cooling levels.
Floor Edge Performance - Local load Revised floor-edge shape The changes in flow conditioning generated by the bodywork are exploited through a new floor-edge design, resulting in improved aerodynamic performance.
Diffuser Performance - Local load Revised diffuser configuration In conjunction with the floor edge, the diffuser has been revised to achieve greater aerodynamic performance from the new flow configuration.
Rear Suspension Performance - Flow conditioning Revised rear suspension fairings Changes to the upstream aerodynamic flow conditions have required a revision of the rear suspension fairings to maximise aerodynamic performance.
Rear Wing Performance - Drag reduction Alternative flap position in Straight Line Mode The medium-downforce isochronous rear wing has been modified to allow the flap to adopt an alternative position in Straight Line Mode, achieving a greater reduction in aerodynamic drag.

Mercedes

No upgrades.


Red Bull

Red Bull brings a coordinated package centred chiefly on the floor and diffuser, with the aim of increasing local load without compromising flow stability. The changes also involve the sidepod, cooling louvres, mirrors and Halo, all adapted to work in synergy with the new aerodynamic configuration.

 

Component Reason Differences Description
Floor Body & Diffuser Performance - Local load Revised floor and diffuser geometries Successive development iterations have led to a new floor geometry, with changes within the permitted limits to generate greater local load while maintaining flow stability.
Sidepod Performance - Local load Revised junction with the floor In conjunction with the new floor, the sidepod has been revised with a new junction to the floor to support its changes and achieve greater local load.
Cooling louvres Reliability Revised to suit the sidepod To integrate the new sidepod with the surrounding existing geometries, the cooling louvres have been revised while retaining the previously available range of cooling levels.
Mirrors Flow conditioning Revised mirror geometry In conjunction with the floor and sidepod modifications, the mirror assembly geometry has also been revised to improve downstream flow conditioning and contribute to increased local load.
Halo Flow conditioning Revised Halo fairing geometry A small change affects a flow deflector on the fairing, revised to feed downstream components more effectively, improve flow stability and, consequently, load generation.

Ferrari

No upgrades.


Williams

Williams brings one of the weekend’s most significant packages. The work primarily concerns the floor, modified in its front and outer regions to increase local performance and improve the operation of the main underfloor surfaces. The new configuration is accompanied by a revised tail and changes to the wheel areas, rear suspension fairings and brake aerodynamic elements.

 

Component Reason Differences Description
Floor Body / Floor Leading Edge / Floor Corner Performance - Local load Revised floor geometry in the front and outer areas The front and outer regions of the floor have been modified to extract greater performance both locally and through the main underfloor surfaces.
Tail Performance - Flow conditioning Revised tail geometry The tail geometry has been updated to work with the new floor and exploit more effectively the flow field generated by the aerodynamic package.
Front Corner Performance - Flow conditioning Revised aerodynamic geometries in the front corner The aerodynamic elements in the front corner have been updated to improve flow management and the quality of air directed towards downstream components.
Rear Suspension Performance - Flow conditioning Revised rear suspension fairings The rear suspension fairings have been updated to integrate with the new flow field generated by the other changes and improve rear-end aerodynamic performance.
Rear Corner Performance - Flow conditioning Revised aerodynamic elements of the rear brake ducts The aerodynamic elements associated with the rear brake ducts have been modified to work with the new package and improve flow management in the rear wheel area.

Visa Cash App Racing Bulls

Racing Bulls has concentrated its upgrades on the front end: a new front wing, changes to the brake area and revised suspension profiles work together to improve the quality of flow directed towards the rest of the car and, in particular, allow the floor to operate more effectively.

 

Component Reason Differences Description
Front Wing Performance - Flow conditioning New front-wing assembly The new front-wing geometry helps create a cleaner flow field, improving the performance of downstream aerodynamic components.
Front Corner Performance - Flow conditioning New brake inlet and new front profile In combination with the new front wing, the front-corner and suspension upgrades help manage flow downstream and around the car, allowing the floor to work more effectively.
Front Suspension Performance - Flow conditioning Changes to suspension-element profiles In combination with the new front wing, the front-corner and suspension upgrades help manage flow downstream and around the car, allowing the floor to work more effectively.

Aston Martin

No upgrades.


Haas

No upgrades.


Audi

Audi brings the most extensive package declared to the FIA for Baku, affecting virtually the entire car. The new front end includes a revised wing, endplate and nose, accompanied by new suspension fairings. The floor has been completely redesigned, while the bodywork, Halo, rear suspension and brake area have been adapted to the new flow field. The work is completed by a new rear-wing assembly, beam wing and endplate.

 

Component Reason Differences Description
Front Wing Performance - Flow conditioning New complete front wing and new nose fairing A completely new front wing is introduced together with an updated nose fairing, with the aim of improving flow directed towards the rest of the car and ensuring the balance levels required by the new package.
Front Wing Endplate Performance - Flow conditioning New complete front wing and new nose fairing A completely new front wing is introduced together with an updated nose fairing, with the aim of improving flow directed towards the rest of the car and ensuring the balance levels required by the new package.
Nose Performance - Flow conditioning New complete front wing and new nose fairing A completely new front wing is introduced together with an updated nose fairing, with the aim of improving flow directed towards the rest of the car and ensuring the balance levels required by the new package.
Front Suspension Performance - Flow conditioning New front suspension fairings The front suspension fairings have been revised to integrate with the new wing and nose and support the aerodynamic objectives of the new package.
Floor Body Performance - Local load New floor A completely new floor is introduced for this event. All surfaces have been redesigned with the aim of achieving a more substantial increase in aerodynamic load.
Floor leading edge devices Performance - Local load New floor A completely new floor is introduced for this event. All surfaces have been redesigned with the aim of achieving a more substantial increase in aerodynamic load.
Diffuser Performance - Local load New floor A completely new floor is introduced for this event. All surfaces have been redesigned with the aim of achieving a more substantial increase in aerodynamic load.
Halo Performance - Flow conditioning New bodywork and new Halo fairing The revised bodywork and associated cooling options have been introduced to work with the upgraded package and improve the management of downstream flow structures.
Coke/Engine Cover Performance - Flow conditioning New bodywork and new Halo fairing The revised bodywork and associated cooling options have been introduced to work with the upgraded package and improve the management of downstream flow structures.
Rear Suspension Performance - Local load New rear suspension fairings and new rear brake inlet elements The rear suspension fairings and brake inlet elements have been revised to complete the new rear-end flow field and improve aerodynamic performance.
Rear Corner Performance - Local load New rear suspension fairings and new rear brake inlet elements The rear suspension fairings and brake inlet elements have been revised to complete the new rear-end flow field and improve aerodynamic performance.
Beam Wing Performance - Local load New rear-wing assembly A revised rear-wing assembly is introduced, with updated elements designed to work as an integral part of the new overall aerodynamic package.
Rear Wing Performance - Local load New rear-wing assembly A revised rear-wing assembly is introduced, with updated elements designed to work as an integral part of the new overall aerodynamic package.
Rear Wing Endplate Performance - Local load New rear-wing assembly A revised rear-wing assembly is introduced, with updated elements designed to work as an integral part of the new overall aerodynamic package.

Alpine

No upgrades.


Cadillac

Cadillac has focused chiefly on thermal and aerodynamic management at the front end, increasing brake cooling capacity and adapting the suspension fairings accordingly. At the rear, the diffuser has been refined to increase local load across different operating conditions.

 

Component Reason Differences Description
Front Corner Performance - Brake cooling Updated inlet and outlet duct profiles for brake cooling The front-corner geometry has been revised to increase available brake cooling capacity while maintaining good flow quality towards the rear of the car.
Front Suspension Performance - Flow conditioning Revised suspension-fairing surfaces The front suspension fairing surfaces have been updated to maintain compatibility with the new front-corner and brake-duct geometry.
Diffuser Performance - Local load Revised lower-edge geometry of the winglet The lower-edge profile of the rear diffuser winglet has been updated to increase local aerodynamic load across the car’s full operating range.

2026 Azerbaijan GP: complete guide

This is the fifth of the six in-depth features that we regularly publish on formula1.it in the build-up to every race weekend: alongside all the official upgrades and the table of power unit components in use, they include technical analysis and the first images from the pit lane, Pirelli’s tyre and strategy analysis and information, analysis of braking and energy regeneration, and the TV and streaming schedule for the 2026 Azerbaijan GP.

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Thu, 24 Sep 2026 11:20:00 +0200 https://www.formulawebmagazine.com/news/23508/azerbaijan-gp-all-official-upgrades-as-mclaren-goes-on-the-attack
Azerbaijan GP technical analysis and pitlane images: McLaren overhauls MCL40 https://www.formulawebmagazine.com/news/23507/azerbaijan-gp-technical-analysis-and-pitlane-images-mclaren-overhauls-mcl40 In this now familiar in-depth feature, we first analyse the Grand Prix from every major technical angle, aerodynamics, energy, brakes and power unit, without overlooking mechanical management and the circuit’s particular characteristics. Our pit walk and the first images from the pit lane then allow us to take a closer look at the setup choices made by the various teams and understand the compromises adopted to tackle the unique demands of a street circuit such as Baku.

From a technical perspective, the Baku circuit demands one of the most extreme compromises of the season. The first sector is dominated by straights and heavy braking zones for the many 90-degree corners, while the middle sector becomes much slower and more technical, with the very narrow Castle section requiring precision, agility and, above all, low-speed traction. Everything changes again from Turn 16: the final corners are taken virtually flat out and lead into a section of more than two kilometres at full throttle, where speeds in excess of 350 km/h have been reached in the past. That benchmark will need to be assessed this year in light of the characteristics of the 2026 cars and, above all, the new energy management.

Electrical deployment is one of the most interesting aspects to watch. According to some simulations, in qualifying the cars could approach the final part of the lap with the battery almost fully charged, before using much of the available energy along the section leading to Turn 1. From this perspective, Baku represents a particularly demanding test, though perhaps slightly less so than Monza.

To reach the final straight with the greatest possible amount of energy, teams could choose to forgo electrical assistance during certain brief phases of the lap and save energy for an area that is far more rewarding in terms of lap time.

On the aerodynamic front, the 2026 cars can rely on active aerodynamics, which changes the angle of the front and rear wings according to the phase of the lap. On the straights, the wings are unloaded to reduce drag and increase top speed, while in the corners they return to producing more downforce. Baku remains an extreme circuit, however. Straight Mode broadens the window available to the engineers, but it does not eliminate the challenge of finding an effective setup in such varied conditions.

The circuit’s characteristics could also suit the new cars better than might be expected. Many corners are slow, often 90-degree turns, and therefore less dependent on aerodynamic downforce than high-speed sweepers, with significant energy recovery under braking. The 2026 cars could therefore suffer a relatively limited performance deficit in Baku compared with the previous generation. Early simulations place their lap potential around one to two seconds off the 2025 benchmarks, although the track will naturally provide the first real indication.

Mechanical management of the car also remains central. The rear end is continually stressed by acceleration out of slow corners, where the ability to put torque down can make a significant difference, while the braking system must withstand numerous high-energy decelerations. 

 

Ferrari in Baku

The first images from the pit lane reveal an interesting choice from Ferrari. The SF-26 appears set to use the single-piece floor panel in Baku too, a solution already reintroduced at Monza. This configuration is designed to contain aerodynamic drag and is therefore particularly suited to the characteristics of the Azerbaijani circuit, where efficiency and speed on the extremely long straight are two decisive factors.
GP Azerbaijan - Analisi tecnica e immagini dalla pitlane:

In Baku, Ferrari appears set to use the standard version of the FTM (the small wing ahead of the exhaust), without the particular modifications seen at Monza, in search of downforce where it carries a lower drag penalty.
GP Azerbaijan - Analisi tecnica e immagini dalla pitlane: la McLaren cambia tuttoFerrari FTM detail in Baku - Photo by @MateuszMrz8

 

McLaren in Baku

McLaren arrives in Baku with a major aerodynamic package, continuing the development work already pursued through the upgrades introduced at the Hungarian and Dutch Grands Prix.

The most obvious new feature concerns the sidepod inlets, which are now noticeably narrower. The work is not limited to the inlet, however: the subsequent shape of the MCL40’s sidepods has also been redesigned, changing the way airflow is directed towards the rear of the car.
GP Azerbaijan - Analisi tecnica e immagini dalla pitlane:GP Azerbaijan - Analisi tecnica e immagini dalla pitlane:GP Azerbaijan - Analisi tecnica e immagini dalla pitlane:
Detail of McLaren’s new sidepods in Baku - Photo by @carpentiers_f1

The work also extends to the floor. The images show a new geometry for the floor edge and a slight revision to the cut-outs ahead of the rear wheels, an area that is particularly important for managing turbulence generated by the tyres.
GP Azerbaijan - Analisi tecnica e immagini dalla pitlane:GP Azerbaijan - Analisi tecnica e immagini dalla pitlane:
Detail of McLaren’s floor edge and rear sidepod section in Baku - Photo by @carpentiers_f1

A possible change to the diffuser’s vertical elements also remains to be confirmed, and will be assessed more clearly with more detailed images. Several free-practice sensors have meanwhile appeared on the MCL40, used by the team to gather data and verify the behaviour of the new package on track.
GP Azerbaijan - Analisi tecnica e immagini dalla pitlane:
Detail of McLaren diffuser vertical elements in Baku - Photo by @carpentiers_f1

 

Williams in Baku

Williams brings an important package to Baku, although it mainly concerns weight reduction in non-visible areas of the monocoque, achieved using new moulding technologies. The visible bodywork changes are limited: the fences at the channel inlets on the floor have been revised, while the cut-outs in the area ahead of the rear wheels have been reshaped.
GP Azerbaijan - Analisi tecnica e immagini dalla pitlane:GP Azerbaijan - Analisi tecnica e immagini dalla pitlane:GP Azerbaijan - Analisi tecnica e immagini dalla pitlane:
Details of Williams floor fences and floor edge - Photo by @carpentiers_f1

 

Racing Bulls in Baku

There is also something new on the Racing Bulls front wing. This year, active aerodynamics reduces the traditional compromise between the downforce required in the slower section and speed on the extremely long straight: teams can adopt greater wing incidence for the twistier sections, knowing that in Straight Line Mode the front wing also opens, reducing aerodynamic drag on the straights.
GP Azerbaijan - Analisi tecnica e immagini dalla pitlane:
Racing Bulls front wing comparison - Photo by @MateuszMrz8

 


Article being updated...

 

Azerbaijan GP 2026: complete guide

This is the fourth of the six in-depth features we regularly publish on formula1.it in the build-up to every race weekend: alongside the first images from the pit lane and setup choices, they cover Pirelli’s research and information on tyres and strategies, analysis of brakes and energy management, the event’s TV and streaming schedule, official updates, and a table of the power unit components used.

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Thu, 24 Sep 2026 10:15:00 +0200 https://www.formulawebmagazine.com/news/23507/azerbaijan-gp-technical-analysis-and-pitlane-images-mclaren-overhauls-mcl40
LIVE - Azerbaijan GP 2026: Free Practice 1 https://www.formulawebmagazine.com/news/23506/live-azerbaijan-gp-2026-free-practice-1 Good morning to all Formula1.it readers. With the Azerbaijan GP, Formula 1 enters the final part of the season. There are three intense triple-headers ahead (with the last still awaiting confirmation), the first of which begins this weekend at the Azerbaijani circuit. Baku, Malaysia and Singapore. Three rounds shaping up to be extremely hot, starting with Azerbaijan, where track temperatures are reportedly set to be exceptionally high.

It will be an interesting weekend for many reasons. One is the updates introduced by McLaren. The Woking team has pushed hard with development and brought a comprehensively revised bodywork package, with a strong focus on reducing drag. McLaren has been very strong recently at slower circuits and, if the changes it will test this weekend have the desired effect, it could once again become highly competitive across a range of circuit types and pose a significant threat to Mercedes

Amid all this, it remains to be seen where Ferrari will stand.

Before turning our attention to the live coverage of FP1, let us take a look at the Pirelli tyre allocation for the Azerbaijan GP: the Hard C3, Medium C4 and Soft C5 compounds will be available, the middle combination in the range (image: Pirelli graphic).

Azerbaijan GP 2026, Pirelli

Pit lane opens: 10:30 Italian time. Live coverage from 10:15.


LIVE

 

 


Photo: X, Ferrari

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Thu, 24 Sep 2026 09:45:00 +0200 https://www.formulawebmagazine.com/news/23506/live-azerbaijan-gp-2026-free-practice-1
Azerbaijan GP: brakes and energy management avoid a Monza repeat https://www.formulawebmagazine.com/news/23505/azerbaijan-gp-brakes-and-energy-management-avoid-a-monza-repeat

Formula 1 heads to Baku for the Azerbaijan Grand Prix, the 15th round of the season, following the unprecedented event in Madrid. The 6.003km street circuit presents one of the year’s most unusual technical compromises: a slow, twisty central section is combined with an extremely long final stretch run virtually flat-out.

From a braking perspective, Brembo ranks Baku among the most demanding circuits on the entire calendar, with a difficulty index of 5 on a scale of 1 to 5. The brakes are used ten times per lap for a total of 18.5 seconds: two braking zones are classified as Hard, six as Medium and two as Light. At five points, the braking phase also lasts more than two seconds.

The most demanding braking zone

According to Brembo simulations, the most severe point for the braking system is Turn 1, immediately after the main straight. The cars will arrive at around 313 km/h before slowing to 140 km/h. The deceleration will last 2.13 seconds and take place over 123 metres. During this phase, drivers will have to apply a 115kg force to the brake pedal, reaching a deceleration of 3.9g. Braking power will peak at 1,652 kW.

GP Azerbaijan - Freni ed energia: scongiurato l’incubo di Monza

Energy management

From an energy perspective, Baku presents a particularly interesting scenario. The extremely long stretch from Turn 16 to the first braking zone might suggest a situation similar to Monza, with a high risk of reaching the end of the straight with little electrical energy available. In reality, the rest of the lap offers far more opportunities for regeneration.

The FIA has set the Maximum Recharge per Lap at 8.5MJ in qualifying, the same figure applicable in the race without Overtake. With Overtake active, the limit rises to 9.0MJ, a figure also used in free practice.

GP Azerbaijan - Freni ed energia: scongiurato l’incubo di Monza

The comparison with Monza makes the difference clear. At the Italian circuit, the FIA had set just 5.0MJ for qualifying and 7.0MJ for the race, rising to 7.5MJ with Overtake: significantly lower figures, linked to the limited number of braking zones and the difficulty of recovering energy without creating the unwanted effects of super clipping. In Baku, by contrast, the long sequence of slow corners and braking zones allows the MGU-K to regenerate far more energy over the lap.

That does not mean management will be straightforward. The issue instead shifts to deployment: once they exit Turn 16, the cars face a very long stretch on which maintaining maximum electrical assistance becomes extremely costly. It will therefore be crucial to distribute the energy accumulated in the central sector correctly, avoiding using it up too early on the straight towards Turn 1.

The FIA has also set a Power Limited Distance of 3,796 metres, with a Maximum PU Power Reduction Rate of 50 kW/s. The latter figure determines how quickly power unit output can be reduced in phases stipulated by the regulations, and is particularly interesting at a circuit where the transition between very slow sections and extremely long acceleration zones is so pronounced.

The overall picture is therefore very different from Monza. In Italy, the main challenge was recovering sufficient energy during a lap with very few braking zones; in Baku, recoverable energy is plentiful, but it must be managed along one of the season’s longest flat-out sections. The challenge will be to strike the right balance between recovery, deployment and top speed, ensuring the electrical component is not depleted too early precisely where every kilometre per hour can make a difference.

Azerbaijan GP 2026: complete guide

This is the third of six in-depth features we regularly publish on formula1.it in the build-up to every race weekend: alongside Brembo’s analysis of braking and energy management, they include Pirelli’s studies and information, the event’s TV and streaming schedule, official updates, the first images and set-ups from the pit lane, and a table of power unit components used.

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Thu, 24 Sep 2026 07:00:00 +0200 https://www.formulawebmagazine.com/news/23505/azerbaijan-gp-brakes-and-energy-management-avoid-a-monza-repeat
Azerbaijan GP: Quiet pit lane, unusual garage activity https://www.formulawebmagazine.com/news/23504/azerbaijan-gp-quiet-pit-lane-unusual-garage-activity The Azerbaijan GP pit lane in Baku appeared less active than on other race weekends. Perhaps we simply failed to catch the technicians in the act as they prepared to carry out the longer, more complex operations. However, during a walk along the pit lane, we did not spot any particularly significant activity in the garages. Only three teams really caught our attention.

Work around Stroll's seat

The first was Aston Martin, where Lance Stroll's seat had just been removed for what we initially thought were modifications. Once it had been taken out, however, we noticed the mechanic handling the seat confidently and, after placing it on the ground, attempting to correct a possible issue with the driver's posture.

GP Azerbaijan, Stroll

Anomalies at Cadillac too

We then noticed another unusual activity at Cadillac. On Bottas's car, just as we were walking through the pit lane away from prying eyes, they were fitting a particular grille behind the cockpit and on the right-hand side of the car, probably as part of a preventative procedure.

GP Azerbaijan, Bottas

It was probably the same one used as a frame for Pitot tubes, a solution that enables aerodynamic analysis of air pressure around the car's bodywork. That does not necessarily mean, however, that they will use the rake in FP1.

GP Azerbaijan 2026, Cadillac

Immediately alongside it, Perez's Cadillac was on stands in an unusual position. The car was far from level, instead tilted by around 20-30°, with its nose pointing upwards. In such circumstances, the cause could be further checks on the hydraulic circuits. Looking at the photos, the floor also does not appear to be fitted.


Photos: Marco Sassara

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Wed, 23 Sep 2026 17:45:00 +0200 https://www.formulawebmagazine.com/news/23504/azerbaijan-gp-quiet-pit-lane-unusual-garage-activity
F1 in the land of the ‘magic’ carpet: passions and a heritage to protect https://www.formulawebmagazine.com/news/23503/f1-in-the-land-of-the-magic-carpet-passions-and-a-heritage-to-protect Azerbaijan is in celebratory mood this year. Having hosted the European Grand Prix in 2016, the Azerbaijan Grand Prix has now reached its 10th edition since 2017, and the organisers were keen to seize the opportunity to explain to the journalists present the culture behind the charm of the Azerbaijani people and the passion that drives them.

Every people is defined by a distinctive trait, something that drives it to do better: that stimulus which enters your mind as soon as you wake up and does not leave you until it is time to go to sleep.

The carpet is not art, but a heritage to protect

For the people of Azerbaijan, that motivation comes from creating carpets tailored to their homes. To their lives. It is far from a trivial concept, when you think about it. For Azerbaijanis, carpet culture is not like it is in Europe. We think of a carpet as a decorative element, whereas for the Azerbaijani people it is nothing of the sort. For the people of Azerbaijan, “The carpet is my home,” our guide kept telling us. Every detail must represent what they want their home to convey to themselves, as well as to visitors, and every pattern and every decoration must also be considered in the context of the space the carpet will occupy.

Azerbaijan GP carpets

Essentially, Azerbaijanis have truly used carpets and their manufacturing methods for everything. Everything! Think of something and this fascinating people will use the art of carpet-making to give it new life. A carpet can form part of the floor in a kitchen, lounge or another space, but it can also be used as a covering or as a picture, to highlight something such as antiques, something precious or even weapons. Nomads even used them to create their tents while travelling.

We were told that carpets have been an important part of Azerbaijani culture since the population learned how to make one that could provide cover while also remaining breathable. From that point onwards, carpet-making techniques were also used to cover animals during journeys, create bags to carry food, and even make shoes, gloves or men’s hats, which gentlemen used to cover their heads at night.

Azerbaijan GP, carpets

Carpets were also used as a means of courtship

What struck us most, however, was the art of courtship through the use of bags made using the same manufacturing method. Essentially, when a boy or a man was interested in a girl or a woman, he simply had to take one of these bags and place it in front of the chosen woman’s front door. If the woman decided to fill it with sweets or food, it was as though she had responded positively to the invitation to go out. Otherwise, if she put nothing in it, there was nothing the suitor could do.

Azerbaijan GP, carpets

F1 has therefore arrived in a country with a truly wonderful relationship with its passions, and a great heritage to safeguard. It is a heritage that only a sport like F1 can truly understand in full and help protect through events of this kind.


Photo: Marco Sassara

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Wed, 23 Sep 2026 16:05:00 +0200 https://www.formulawebmagazine.com/news/23503/f1-in-the-land-of-the-magic-carpet-passions-and-a-heritage-to-protect
Azerbaijan GP: Baku circuit characteristics and tyre compounds https://www.formulawebmagazine.com/news/23502/azerbaijan-gp-baku-circuit-characteristics-and-tyre-compounds Formula 1 heads to Baku, the capital of Azerbaijan, this weekend for one of the fastest and most distinctive street circuits on the calendar. The 6.003km track features 20 corners, some of them right-angled, with highly technical sections running through the old city and long straights where the cars reach very high speeds.

Some of the city streets that make up the circuit have been resurfaced, with work carried out on the section between Turns 2 and 4. The new asphalt should not affect tyre behaviour, which, as is often the case on street circuits, will initially be influenced by relatively low grip levels. Track evolution over the weekend should nevertheless be significant, thanks to the gradual build-up of rubber on the surface.

For this event, Pirelli has selected its softest range of compounds: C3 as Hard, C4 as Medium and C5 as Soft. Last year, the selection was one step softer and included the C6 as the soft compound. However, that tyre was not used in the race, as drivers preferred to extend their stints and retain greater strategic flexibility by relying on the C5 and C4.

This year, the race weekend schedule has been brought forward by one day: the first two free practice sessions will take place on Thursday, followed by qualifying on Friday and the race on Saturday at 15:00 local time (13:00 Italian time).

Azerbaijan GP: Baku circuit characteristics and tyre compounds

The relatively smooth, low-abrasion asphalt should result in very low levels of wear and degradation, making a one-stop race the most likely scenario. The C5 could, however, prove capable of delivering particularly long stints, as was recently seen at Monza, a circuit that shares some characteristics with Baku. By contrast, the Hard compound could be overlooked by many teams in the race.

Despite being a street circuit, Baku places significant loads on the tyres because of its exceptionally long main straight and numerous low-speed acceleration zones. It is a "stop-and-go" track, where braking stability and the ability to maximise traction on corner exit are crucial. Aerodynamic efficiency is also particularly important, and a car with low drag could enjoy a clear advantage.

One of the most interesting tyre-related aspects will be temperature management. The very long flat-out section linking the final corner to the first promotes tyre cooling, helped by developments in wheel rim design. However, this could increase the risk of wheel lock-ups under heavy braking, particularly on the front axle.

Ambient temperatures could also help keep tyre overheating under control. Despite the generally warm climate, the buildings lining the circuit create numerous shaded areas, limiting the rise in track-surface temperature.

Last year

At the start of the 2025 Azerbaijan Grand Prix, 11 drivers opted for the C5 Medium, while the remaining nine started on the C4 Hard. All drivers then completed the race with a single pit stop, without using the C6 at any point. Esteban Ocon, after being forced to pit on the opening lap to replace a damaged front wing, fitted the Medium tyres and completed the full race distance on that set.

 

2026 Azerbaijan GP: complete guide

This is the second of the six in-depth features that we regularly publish on formula1.it in the build-up to each race weekend. Alongside Pirelli's analysis and information, these include the event's TV and streaming schedule, analysis of braking and energy recovery, official updates, the first images and setups from the pit lane, as well as the table of power unit components used.

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Tue, 22 Sep 2026 16:30:00 +0200 https://www.formulawebmagazine.com/news/23502/azerbaijan-gp-baku-circuit-characteristics-and-tyre-compounds
The challenge of adapting https://www.formulawebmagazine.com/news/23501/the-challenge-of-adapting The new regulatory era has brought with it a wide range of changes; in short, a major challenge for everyone: engineers and, above all, drivers, who have had to adapt quickly and almost learn to drive from scratch, altering or even “forgetting” what they had learned since their karting days.

In this analysis, we will put the Colapinto-Lawson duo, who have been performing so well this season, under the microscope, as well as Piastri, who is, by contrast, experiencing his most difficult campaign since arriving in Formula 1.

Franco’s step forward

One driver who has undoubtedly taken a step forward this year is the Argentine, who is no longer far off the pace of the man who has for years been Alpine’s undisputed benchmark: Pierre Gasly. This scenario has also secured Colapinto a contract extension.

Ability to (not) adapt

His progress has also been helped by the step forward made by the Enstone team itself, thanks to the latest upgrade package introduced at Zandvoort. It not only delivered the incredible pole position at Monza, but also, overall, put the French team back in contention for regular points finishes and, consequently, fifth place in the Constructors’ Championship.

Liam’s resurgence

A broadly similar case applies to the 2002-born Racing Bulls driver, who has so far proved very solid with the Faenza-based team and is now confirming his established maturity through markedly improved performances over the last three rounds, when he was called up by Red Bull to replace Isack Hadjar.

Ability to (not) adapt

This is therefore, without a shadow of a doubt, the best version of the New Zealander, a far cry from the driver who was demoted after just two weekends a year ago. In recent weeks, however, there has been talk of his possible replacement for 2027 in favour of current Formula 2 championship leader Nikola Tsolov. Yet the question naturally arises: can a Lawson like this really be discarded?

Oscar’s struggles

We now turn to the driver who is struggling considerably: the McLaren Australian, who appears to be the most troubled among those who have struggled to get to grips with the new generation of cars, certainly among the top teams.

Ability to (not) adapt

Compared with 2025, Piastri’s performances have undoubtedly suffered a sharp decline, with the gap to Lando Norris growing considerably. In fairness, however, it must be pointed out that the reigning World Champion has been a completely different driver since winning the title: far more self-assured and capable of carrying the team on his shoulders.

Cover photo pbs.twimg.com

Cover photo pbs.twimg.com

Cover photo pbs.twimg.com

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Mon, 21 Sep 2026 16:15:00 +0200 https://www.formulawebmagazine.com/news/23501/the-challenge-of-adapting
Bortoleto reminds Binotto of Schumacher: «His work ethic» https://www.formulawebmagazine.com/news/23500/bortoleto-reminds-binotto-of-schumacher-his-work-ethic Mattia Binotto recently praised his young driver Gabriel Bortoleto, saying the Brazilian possesses certain qualities that remind him of Formula 1 legend Michael Schumacher.

The Italian-Swiss engineer has worked in Formula 1 for more than three decades and spent 28 years at Scuderia Ferrari, before taking a break from motorsport and returning in 2024 to lead the Sauber project. During his long career, he has had the opportunity to work with numerous talented drivers. Among them, however, one holds a special place: Michael Schumacher, the seven-time world champion and Formula 1 legend.

When asked what he believed Schumacher's legacy in F1 was, Binotto immediately replied: "His work ethic. Michael is a person with great values in terms of commitment, professionalism, dedication, motivation and passion. You cannot improvise that".

Going into greater detail, the Team Principal explained: "Talent is necessary, but it is not enough. You need more. As a person, he gave his best outside the cockpit. As a driver, he lowered his visor and became the Michael we all saw and knew as a driver".

"I have always thought Michael was even stronger as a person, not only because of his work ethic, but because of his generosity towards everyone. He paid attention to every single person, making us feel comfortable and putting us in the ideal conditions to give our best".

"He cared about the person, the individual. Behind the cold, methodical German seen from the outside, there was a man who was very attentive to human sensitivity".

Asked whether any current F1 drivers reminded him of the German legend, he replied: "Gabriel Bortoleto. Because of his work ethic and because he is a person with great human sensitivity".

Bortoleto later learned of Binotto's words and explained that, although Schumacher was not his childhood idol, he came to recognise his greatness precisely through the many conversations he had with the Italian engineer: "Michael became one of my idols thanks to him. He always talks about him. So I started looking into him and realised how great he was".

In conclusion, the Brazilian added: "I was not even born when he won everything".

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Mon, 21 Sep 2026 11:30:00 +0200 https://www.formulawebmagazine.com/news/23500/bortoleto-reminds-binotto-of-schumacher-his-work-ethic
Is Vasseur too absent from Maranello? The real problem lies elsewhere https://www.formulawebmagazine.com/news/23499/is-vasseur-too-absent-from-maranello-the-real-problem-lies-elsewhere In recent days, a number of articles have focused on Ferrari team principal Frederic Vasseur, chiefly examining his leadership style and an alleged growing sense of dissatisfaction with his management of the team.

Specifically, the main criticism levelled at the French manager concerns his absence from Maranello—indeed, an alleged allergy to Ferrari’s headquarters—which would leave the team without leadership and decision-making support.

At the same time, he has been accused of behaving like an absolute leader—overbearing and arrogant—apparently causing resentment among a section of the team and creating an internal rift.

Is his absence from Maranello a problem?

Is Vasseur too absent from Maranello? The real problem lies elsewhere

Of these claims, the first is particularly striking because it evokes a scenario of absence, almost of disinterest.

It therefore deserves careful consideration, without necessarily seeking to defend Vasseur, who certainly does not need court-appointed lawyers.

Among other things, the role of team principal requires being close to the team at the track and being the first person in front of the media, in both the good and bad moments of a race weekend.

With a calendar expanded to 24 races, held almost continuously from March to December and across every continent, the idea of a team principal being present at the factory is rather outdated.

The presence of a team’s most senior figure can take different forms: through delegation to people of the utmost trust and proven ability, organisation, and the creation of a solid, well-oiled structure.

Vasseur clearly still has several aspects of the team’s reorganisation to address; otherwise, we would be talking about Ferrari as a winning team ready to challenge for the title, which has not yet happened.

Toto Wolff, team principal of Mercedes, attends every single race. His absences make the news, but Mercedes is undeniably a successful organisation.

A lazy criticism.

If the point is that Vasseur, through his absence from Maranello, struggles to delegate and insists on making every decision despite being unable to assess every aspect physically and in detail, then the problem is extremely serious and the criticism strikes a raw nerve.

However, highlighting his absence from Maranello as an allergy to the headquarters and his main failing seems a rather lazy and superficial criticism, incapable of getting to the heart of the problem with the aim of overcoming it.

Cover photo x.com

Internal photo x.com

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Mon, 21 Sep 2026 08:30:00 +0200 https://www.formulawebmagazine.com/news/23499/is-vasseur-too-absent-from-maranello-the-real-problem-lies-elsewhere
How Suzuka’s 130R reveals the secrets of energy recovery https://www.formulawebmagazine.com/news/23498/how-suzuka-s-130r-reveals-the-secrets-of-energy-recovery We are only in the first year of a new regulatory era and, as such, there is still a great deal to learn. First and foremost for the drivers and engineers, but also for journalists and those communicating the news. There were technical aspects that were difficult to explain at the start of the year, but with a few races now behind us, they are becoming increasingly easier to understand.

Many times this season, we have wondered how energy recovery takes place, particularly directly from the ICE. We know that one method is to use the MGU-K to recover energy from the braking system, but there is another possibility: regeneration through the use of the internal combustion engine. It is called clipping, or even super-clipping, a term used particularly frequently at the start of the season because of the incredible loss of straight-line speed it caused the cars.

What mechanically happens when clipping is used? The 130R provides the answer

Let us look at the circuit most associated with super-clipping, Suzuka, and analyse the section where drivers recharged the battery using this method: the 130R.

Japanese GP, telemetry

Telemetry from George Russell’s full qualifying lap, Mercedes, 2026 Japanese GP (source: GPTempo.com)

Using telemetry from 'GPTempo.com'—with George Russell’s Mercedes qualifying lap as our guide—we can answer many of our questions. One of them is: during the charging phase, do the internal combustion engine’s revs increase or decrease? They decrease. It may seem counterintuitive, but that is the case.

The crankshaft is connected both to the car’s transmission and to the MGU-K electric motor generator. As long as the ICE can deploy all of its power to propel the car, the car’s speed—as the graph shows—increases. It rises until it reaches a peak. That point represents the moment when the driver chooses to bring the MGU-K into play and draw energy from the ICE.

As a result, the engine revs decrease. From that point onwards, the crankshaft helps raise the MGU-K’s rotational speed. The reduction in engine revs causes the car to lose speed, as the crankshaft is connected to the car’s transmission.

Russell downshifts. What happens next?

As can be clearly seen from the graph charting George Russell’s lap, set in 2026 Suzuka qualifying, the revs (RPM) fall to a low of around 10'000rpm before climbing back to 11'000rpm. Returning to the speed graph, however, we can see that the car’s speed continues to fall.

2026 Japanese GP, telemetry

Telemetry from George Russell’s full qualifying lap, Mercedes, 2026 Japanese GP (source: GPTempo.com), zoomed in on the 130R

So what happened? Russell downshifted. He did so to increase the revs driving the MGU-K and therefore boost battery charging. The speed stabilised, aided by the use of the lower gear, and once he reached Turn 16, he braked.

Even today, despite the regulation changes, it can sometimes be difficult to understand what drivers are doing in terms of energy management. Although super-clipping is no longer used, we invite you to study the 130R carefully to understand what actually happens when drivers choose to recover energy through the ICE. The 130R is one of the most iconic corners on the calendar and has always taught us something in the past. 2026 was no exception.

A small bonus

Understanding how energy recovery works in modern F1 cars can also help in everyday life. If you own a hybrid car—a full hybrid—we invite you to try the following. If you are looking for ways to use less fuel, try not to leave everything to the software. Make the most of the electric motor at low speeds, managing the throttle without sudden inputs. Be gentle with the accelerator pedal. Try to use electric power up to 50-60km/h without relying on the internal combustion engine.

When you are on a straight, or rather on a stretch of road where you do not expect to brake, try charging the battery using the engine. To genuinely save fuel, follow these tips while ensuring that the car’s battery remains at around 80%. You will see a significant change in consumption. Try it and see.