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  • Lotus Eletre X: the hybrid makes its mark

    Lotus Eletre X: the hybrid makes its mark

    For several years, Lotus Cars seemed determined to turn the page on combustion engines once and for all. In 2023, the British manufacturer still claimed that the sporty Lotus Emira would be its “last internal combustion car”, as part of a strategy to become a 100% electric brand by the end of the decade. Three years on, the brand has revised its ambitions. With the arrival of the Lotus Eletre X, the British manufacturer is introducing a plug-in hybrid powertrain for the first time in its history.

    source : Lotus

    A revelation from China

    We’ve known it since 5 December 2025, when the Chinese Ministry of Industry and Technology published an approval file for a vehicle called “Eletre For Me”. Behind this name lies the future plug-in hybrid version of the 100% electric SUV launched by Lotus in 2023.

    source: Automobile sportive

    Confirmed by Lotus Cars at the beginning of 2026, the timetable is now clear: the first deliveries are expected in China at the end of March 2026, before a European launch scheduled for June. The French market should be served a few months later, by the end of the year.

    This development comes at a particular time for the manufacturer. Although the brand’s electric models, in particular the Lotus Eletre and the Lotus Emeya saloon, have enabled Lotus Cars to achieve a record 12,134 worldwide deliveries in 2024, their volumes are still below the manufacturer’s initial ambitions, which were initially aimed at more than 25,000 annual sales in the medium term.

    source: TopGear

    An even more powerful hyper-SUV

    In technical terms, the Lotus Eletre X not only adds a combustion engine to the existing electric SUV, it also becomes the most powerful version in the range. The hybrid system develops a total output of 952 bhp, compared with ‘just’ 918 bhp for the all-electric version. The performance is equally impressive, with a 0-100kph time of 3.3 seconds and a top speed of 230kph.

    The most striking change is in terms of range. Lotus has adopted a more compact battery supplied by CATL. Its capacity has been reduced from 112 kWh on the electric version to 70 kWh on this plug-in hybrid variant. Despite this reduction, range in electric mode remains particularly high for a PHEV: 420 km according to the CLTC cycle, which corresponds to around 350 km on the European cycle (WLTP). With the internal combustion engine, total range then exceeds 1,200 kilometres.

    Ultra-fast charging for a plug-in hybrid

    The other major innovation concerns recharging. The Lotus Eletre X is based on a 900-volt electrical architecture capable of handling up to 430 kW of power.

    Thanks to this technology, the battery can go from 20% to 80% charge in just nine minutes. An unprecedented figure for a plug-in hybrid vehicle. This is far more efficient than some of its rivals, such as the Porsche Cayenne Turbo E-Hybrid or the Range Rover Sport P550e.

    A sign of a change in strategy

    Above all, the arrival of this hybrid version illustrates a change in strategy for Lotus. When the Chinese group Geely relaunched the British brand in 2017, the stated aim was to transform Lotus into an all-electric premium manufacturer.

    But the dynamics of the car market have evolved more slowly than expected. In China, plug-in hybrids now account for almost 40% of new car sales, compared with around 15% for 100% electric models.

    The Lotus Eletre X could thus become the first representative of a new generation of Lotus hybrid models. According to industry indications, the Lotus Emeya saloon could adopt similar technology around 2027, while the sporty Lotus Emira could follow in 2028.

    source: TopGear

    This scenario would mark the end of the “all-electric” strategy announced a few years ago.

  • The French technology behind the flying taxi revolution

    The French technology behind the flying taxi revolution

    As the global race for flying taxis intensifies, one question is on everyone’s lips: how do you rapidly design, certify and industrialise aircraft as complex as eVTOLs? To meet this challenge, the French group Dassault Systèmes is putting forward a technological approach that could well become an industry standard. In a technical paper entitled Getting Cleared for Takeoff, expert Roberto Licata explains how the company’s digital platforms can accelerate the development of these new electric aircraft.

    source : Dassault Systemes

    A market that could exceed $1,000 billion

    According to several projections cited in the document, the eVTOL industry – these electric aircraft with vertical take-off and landing – could reach 300 billion dollars by 2030, then more than 1,000 billion dollars by 2040.

    These aircraft are at the heart of the Advanced Air Mobility (AAM) concept, which aims to transform urban and regional mobility using electric flying taxis capable of vertical take-off. According to some analyses, future urban air transport fleets could even overtake those of the biggest airlines in terms of the number of aircraft and frequency of flights within the next decade.

    Obviously, in this context, the first players capable of certifying and industrialising their devices will have a clear lead.

    source : NASA

    Roberto Licata, expert in advanced air mobility

    This is precisely the analysis made by Roberto Licata, Solution Experience Director for the Aerospace & Defense industry at Dassault Systèmes. He specialises in model-based systems engineering (MBSE), design and simulation.

    Today, it manages a portfolio of solutions in three key areas:

    • New Space,
    • Advanced Air Mobility,
    • technological innovation.

    Its message is clear: to develop a competitive eVTOL, it is no longer enough to use separate engineering tools. You need to adopt a holistic approach, capable of connecting design, simulation, certification and production in a single digital environment.

    Source : Dassault

    The unprecedented complexity of eVTOL aircraft

    One of the major challenges facing the sector is the technical complexity of these new aircraft. An eVTOL combines several critical technologies:

    • advanced aerodynamics (multiple rotors, hybrid architectures),
    • electric propulsion and high-density batteries,
    • digital avionics and fly-by-wire,
    • aeronautical certification is still under construction with the authorities.

    The combination of all these technologies needs to be simulated to fully understand the ins and outs of the project. Whereas in the past, simulation was often used at the end of the development cycle, it is now a central part of the design process, enabling numerous configurations to be tested virtually even before a physical prototype is built.

    A digital platform for simultaneous design and simulation

    To meet these challenges, Dassault Systèmes is showcasing its 3DEXPERIENCE cloud platform, which combines design, simulation and data management in a single environment. This approach, known as MODSIM (Modeling + Simulation), is based on a simple principle:

    • a single data model for design (CAD) and engineering (CAE),
    • teams working simultaneously on the same digital environment,
    • much faster design iterations.
    source : Dassault Systemes

    In practical terms, this avoids the loss of information and software incompatibilities that are often responsible for delays in aeronautical programmes. The potential gains are significant:

    • 20 to 40% reduction in preliminary design time,
    • 40 to 60% faster convergence towards an optimal design,
    • 20 to 40% faster resolution of non-conformities,
    • 10 to 25% reduction in certification time.

    Accelerating certification, one of the biggest challenges

    In the aeronautics industry, certification is often the longest and most costly stage. For eVTOLs, the situation is even more complex: authorities such as the FAA in the United States and the EASA in Europe are still working to define the safety standards for these new aircraft.

    The proposed approach involves integrating certification requirements right from the design phase, using simulations to test critical scenarios virtually:

    • crashworthiness,
    • bird strikes,
    • electromagnetic interference.

    This model-based strategy means that problems can be anticipated rather than being discovered late during physical testing.

    Preparing production even before the first flight

    Beyond technical development, one of the major challenges for eVTOL start-ups remains industrialisation. Moving from a functional prototype to mass production represents a major transformation.

    The 3DEXPERIENCE platform also enables :

    • virtually simulate assembly lines,
    • optimising industrial tooling,
    • synchronise suppliers and the supply chain.
    source: h24info

    European start-ups already committed

    Several companies in the sector are already using these tools. These include :

    • Ascendance Flight Technologies, a Toulouse-based start-up developing a hybrid vertical take-off aircraft,
    • Vertical Aerospace, British manufacturer of electric aircraft,
    • Zuri, a European start-up working on an accessible VTOL.

    All use the Dassault Systèmes cloud platform to manage design, simulation and collaboration between teams.

    source: Ascendance Flight Technologies

    A global technological battle

    Advanced air mobility is now one of the most competitive sectors in aeronautics. In this battle, technology is no longer limited to engines or batteries: digital tools are also becoming a strategic advantage.

    And if flying taxis do one day take off in our cities, part of their success could well have been conceived… in a French virtual environment.

  • How regulation is undermining the European automotive industry and strengthening the Chinese one

    How regulation is undermining the European automotive industry and strengthening the Chinese one

    While Europe struggles with increasingly restrictive regulations, China continues to rise thanks to a more pragmatic approach to the energy transition. This contrast perfectly illustrates the way in which the two major automotive powers are approaching the transformation of the sector: on the one hand, highly prescriptive regulation; on the other, an assertive industrial strategy.

    The global automotive industry is currently undergoing one of the most profound changes in its history. The transition to cleaner energies for transport, the development of new technologies and international trade tensions are now the three major challenges facing the sector. After more than a century dominated by the internal combustion engine, the way cars are designed, produced and used is changing radically.

    When regulation becomes a driving force… or a brake

    The European Union and China share a common objective: to significantly reduce their greenhouse gas emissions over the coming decades. But the method differs profoundly.

    On the European side, the EU is legally committed to achieving climate neutrality by 2050. To this end, it plans to reduce net greenhouse gas emissions by at least 55% by 2030, compared with 1990 levels. To achieve this, Brussels is counting in particular on a massive acceleration in the adoption of electric vehicles.

    However, this transition is based on a particularly strict regulatory framework. Manufacturers who fail to meet the emissions targets set by the EU must pay heavy financial penalties. In practice, this regulatory pressure is forcing carmakers to invest billions of euros in zero-emission technologies, with no guarantee that consumer demand will keep pace.

    At the same time, these companies are gradually being encouraged to reduce the production of internal combustion vehicles, which are still their main source of revenue.

    China’s industrial strategy

    China is also pursuing ambitious climate targets. Beijing is aiming for carbon neutrality by 2060, and is planning a gradual reduction in emissions from its economy as a whole from their expected peak in the next few years.

    To achieve these targets, the country is placing a strong emphasis on the development of NEVs (New Energy Vehicles), a category that includes electric, plug-in hybrid and hydrogen vehicles. In the long term, this strategy could reduce emissions from private cars by more than 90%.

    The fundamental difference lies in the place accorded to the automotive industry in the national economic strategy. In China, new-energy vehicles are seen as a major vector for growth and industrial sovereignty.

    The Chinese authorities know that they do not have the same competitive advantage as Western manufacturers in the field of internal combustion engines. However, the transition to low-carbon technologies represents a strategic opportunity to reshuffle the deck.

    source : Anadolu Agency via AFP

    That’s why central and local government are deploying a massive arsenal of subsidies, tax incentives and support programmes to accompany the development of their manufacturers.

    A more constrained transition in Europe

    In Europe, public aid also exists, but the regulations are based above all on a system of constraints and penalties. Manufacturers are speeding up their electrification plans mainly to avoid fines for exceeding emissions limits.

    Against this backdrop, European regulations appear to be less of a support lever than an additional pressure factor for the industry. Between colossal investments, uncertainties about demand and growing international competition, European carmakers today have to make their energy transition in a particularly complex environment.

  • Singapore: the city-state where electric cars already account for more than 45% of sales

    Singapore: the city-state where electric cars already account for more than 45% of sales

    Covering just 725 km², Singapore is becoming one of the world’s most advanced electromobility laboratories. Thanks to a very proactive public policy, the city-state is now showing impressive results, with electric vehicles being adopted much more quickly than in most other major metropolises.

    An explosion in sales of electric vehicles

    The progress of electric vehicles in Singapore has been spectacular, to say the least. At the end of 2022, there were just 6,531 electric vehicles on the island, barely 1% of the total fleet.

    Three years later, at the end of 2025, the situation has changed radically. In fact, 23,684 100% electric cars were registered out of a total of 52,678 new car sales, representing 45% of the market. For the first time, electric vehicles have overtaken both hybrids (38.8%) and internal combustion engines.

    The momentum continues into 2026, with almost 9,000 electric cars already sold between January and February. The total fleet is now approaching 46,000 electric vehicles on the island.

    This rapid growth has been driven in particular by the massive arrival of Chinese manufacturers such as BYD, which has taken the lead over Tesla in the local market.

    One of the densest recharging networks in the world

    To support this transition, Singapore is rolling out one of the most ambitious recharging infrastructures in Asia. In 2022, the city-state already had around 2,500 charging points. By the end of 2025, this figure had risen to more than 6,000 charging points.

    The rollout is being steered by the Land Transport Authority and local operator EVe Charging, with a clear target of 60,000 charging points by 2030.

    source : LIM YAOHUI

    This drive to increase the number of charging points is also evident in public car parks. Since 2024, they have been required to reserve at least 1% of their spaces for charging points. At the same time, a partnership with Huawei has enabled the installation of ultra-fast chargers capable of reaching 360 kW.

    A structured government strategy

    And if these figures are significant, it’s not by chance: the transition is framed by the national Singapore Green Plan 2030, adopted in 2021. It sets a number of key objectives:

    • 2040: 100% clean energy vehicles (electric or hydrogen)
    • 2030: 50% of taxis and buses will be electric
    • 60,000 charging points installed
    source: SG Green Plan

    This strategy is coordinated by the National Electric Vehicle Centre, which oversees research, standardisation and the development of the ecosystem.

    Some of the most aggressive financial support in Asia

    To speed up adoption, the Singaporean government has introduced a particularly generous system of incentives. Under the Early EV Incentive scheme, private individuals can benefit from a tax reduction of up to 45% on the price of an electric vehicle. The installation of home charging points is also subsidised up to 50% of the cost, up to a maximum of S$4,000.

    Businesses have not been forgotten: since the beginning of 2026, electric lorries have been eligible for subsidies, while electric taxis have benefited from an extended period of operation.

    Constraints unique in the world

    Despite these impressive results, Singapore faces a number of structural constraints.

    • The first obstacle is the extremely high cost of the car, linked to the COE (Certificate of Entitlement) system. Even an electric vehicle like the Tesla Model Y can cost in excess of €150,000 once all taxes are included.
    • Extreme urbanisation is another challenge: with almost 5.9 million inhabitants living in an area of 725 km², private car parks are rare, making it difficult to recharge at home.
    • Finally, the local tropical climate, with temperatures around 30°C and high humidity, can reduce the actual range of the batteries by 10 to 15% compared with the WLTP standards.

    The models and players that dominate the market

    The Singapore market is currently dominated by a handful of major players.

    Chinese manufacturer BYD has been the market leader since 2023, thanks in particular to the BYD Atto 3 and BYD Seal models.

    Tesla is still very present with its Model 3 and Model Y, while Hyundai is gaining ground with the Hyundai Ioniq 5 and Hyundai Ioniq 6.

    Public fleets are also playing a leading role: some sixty electric buses are already on the road, and half the taxi fleet should be electrified by 2030.

    A global laboratory for electric mobility

    With 45% of new car sales to be electric by 2025, Singapore is demonstrating that a rapid transition is possible even in an ultra-dense and constrained territory.

    With its massive recharging infrastructure, strong financial incentives and clear policy planning, the city-state is now one of the world’s most advanced electromobility laboratories. A model that could inspire other major cities facing the same urban challenges.

  • Two new products from BYD will remove one of the last obstacles to electric cars

    Two new products from BYD will remove one of the last obstacles to electric cars

    For many years, recharging time has been one of the major obstacles to the adoption of gentler mobility. Now, the promise of recharging as quickly as a full tank of petrol is becoming a reality. And the reason? A technological advance unveiled by BYD that could mark a turning point for electromobility: the Blade 2.0 battery and Flash Charging technology. At the heart of this announcement is an architecture capable of achieving 1,500 kW of charging power, a level never before seen in the automotive industry. Under the best conditions, BYD claims that it would be possible to recover 400 to 500 kilometres of range in just five minutes.

    source : BYD

    A new generation of batteries to break new ground

    After the arrival on the market in 2020 of the Blade Battery, a battery made in BYD, it is now the turn of its second version to see the light of day. The press release confirms that it retains the LFP (lithium iron phosphate) chemistry that made the reputation of the first generation for its safety and durability. But it has evolved significantly on a number of technical points:

    • improved energy density,
    • much higher load capacity,
    • better thermal management,
    • structural architecture integrated into the vehicle using Cell-to-Body technology.

    The results are spectacular: some 100% electric models equipped with this new generation battery can now exceed a range of 1,000 km according to the Chinese CLTC cycle. This is particularly true of the top-of-the-range Yangwang U7 saloon, capable of a range of 1,006 km, and the sporty Denza Z9 GT, which would exceed 1,030 km with this technology.

    source: BYD – R&D representatives of

    Unfortunately, BYD did not provide any information on energy density, apart from the following figure: “+5%”.

    So yes, these staggering range figures are based on the Chinese cycle, which is generally more optimistic than Europe’s WLTP. Nevertheless, they testify to the technological leap made by the world leader in battery technology.

    Recharging almost as fast as a full tank of petrol

    If the batteries haven’t convinced you, wait until you see what the Flash Charging stations are all about. The manufacturer promises a recharge that will take the battery from 10% to 70% in around 5 minutes. Another value: connecting to a Flash Charging point with a vehicle equipped with the Blade 2.0 battery will increase the level from 10% to 97% in less than 9 minutes.

    source : BYD

    For drivers living in extremely cold areas, don’t worry: BYD has thought of everything, and it’s amazing. The Blade 2.0 takes the battery from 20% to 97% in approximately 11 minutes at -20°C and a few seconds more at -30°C.

    To achieve this performance, BYD is relying on a dedicated infrastructure capable of delivering up to 1,500 kW of power, several times the power of current rapid charging stations in Europe.

    And as well as being efficient, they are also designed to make the charging experience more pleasant. You may have wondered why the station is T-shaped? Well, it’s to allow the cable to be suspended with a ‘zero gravity’ system, so that it doesn’t drag along the ground and the customer doesn’t have to bear its weight.

    Source : Autohome

    But is this infrastructure accessible now? The answer is yes, but only on Chinese roads. BYD has already installed 4,239 Flash Charging stations across China and plans to operate 20,000 by the end of the year. The brand promises that the whole world will be able to benefit from these infrastructures, even if no date or strategy has yet been communicated.

    A clear message: electrics just got easier

    The aim behind this technological demonstration is obvious: to do away with what manufacturers call “charging anxiety”. For years, range and charging time have been the two main arguments put forward by sceptics of electric cars.

    From now on, with a range of over 1,000 kilometres and a recharge time of just a few minutes, BYD wants to show that these obstacles are about to become a thing of the past. It remains to be seen whether this performance will be confirmed in mass-market models in China and abroad.

  • Volkswagen Group sets an all-time record at Best Cars 2026

    Volkswagen Group sets an all-time record at Best Cars 2026

    This is the big winner of the Best Cars 2026 competition held in Germany. Volkswagen Group has just achieved an unprecedented performance at the 2026 edition of “Best Cars”, winning ten of the twenty-five categories and taking 28 of the 75 places on the podium. A record in the history of the competition. For the Wolfsburg-based group, these trophies symbolise the public validation of its strategy.

    source: Volkswagen

    “Best Cars: a genuine European barometer

    The ‘Best Cars’ awards are organised by the German motoring magazine auto motor und sport, Europe’s leading motoring magazine. Created in 1976, this readers’ vote is now considered to be the continent’s biggest automobile consultation. For this 50th edition, almost 95,000 readers voted for 480 models in 13 categories.

    The principle is simple:

    • an overall ranking for all brands;
    • an “import” classification, where German brands are not eligible.

    In other words, we’re not talking about a select jury or a prize awarded by experts alone, but a massive vote by customers and enthusiasts. In short, a true indicator of desirability and image.

    Ten victories across all brands

    In detail, the German group comes out on top with :

    • Three wins for Volkswagen (including one for Volkswagen Commercial Vehicles)
    • Two for Porsche
    • One for Audi
    • Three for Škoda in the import rankings
    • One for Bentley

    This diversity illustrates a central point: success is not just based on the top of the range or traditional combustion engines. It cuts across all segments, from city cars to SUVs, not forgetting electric models.

    source: Volkswagen Group

    A massive product offensive in the background

    This record comes after two years of intense renewal of the Group’s portfolio. Around 60 new models have been launched, and more than 20 more are expected this year, including several 100% electric vehicles. The strategy is clear: cover all segments, all engines, all markets. And it’s working.

    In addition to the arrival of a large number of new vehicles, each Volkswagen Group brand is pursuing ambitious energy transition targets:

    • Volkswagen: accelerating towards a predominantly electric range in Europe by 2030, with the ID family gaining considerable momentum.
    • Audi: announced end of development of new internal combustion engines and 100% electric premium positioning in the medium term.
    • Porsche: target of a majority of electrified sales (plug-in hybrids and electric cars) within a decade.
    • Škoda: democratisation of electric vehicles with more accessible models and rapid expansion of its BEV range.
    • Bentley: gradual switch to all-electric power in the luxury segment.

    In other words, even brands that have embarked on a far-reaching transformation, with massive investment in electromobility, continue to win prestigious awards. A strong signal for a sector that is often disparaged by the public.

    Electromobility attracts, it’s a reality

    The fact that electrified models such as the ID. Buzz are among the winners confirms a fundamental trend: electromobility is no longer a gamble, but a market expectation. Consumers are voting. And they are also voting for electric or hybrid vehicles.

    source: Volkswagen

    For the Volkswagen Group, this record at “Best Cars 2026” is not just symbolic. It validates a strategic trajectory: that of a group that wants to remain a world leader while accelerating towards more sustainable mobility.

  • Renault prepares a new strategic chapter: futuREady

    Renault prepares a new strategic chapter: futuREady

    The Renault Group will unveil its new strategic plan, futuREady, at 9am on Tuesday 10 March 2026. In the words of the press release issued on 3 March 2026, this announcement is intended to be much more than just a roadmap: it is a visionary framework designed to respond to the profound challenges of an industry in the throes of change. One day after this announcement, Renault has already begun to lay the foundations for this new era, notably with the unveiling of the new Renault Bridger Concept show car, a symbol of the brand’s strategy of going on the offensive internationally.

    source: Renault Group

    A strategic plan to structure growth

    This famous plan, which promises to be an upheaval for the French brand, was presented in a press release on 3 March 2026. Its ambition is to transform what has until now been a success story into a genuine success system, in other words, a sustainable model for creating value, innovation and competitiveness.

    source : Renault

    According to François Provost, CEO of Renault Group, this plan is based on three major axes:

    • Consolidate our product advantage by offering ever more ‘winning’, and therefore competitive, electric and hybrid ranges that are also tailored to customer expectations.
    • Strengthening technological innovation by anticipating market needs, whether in embedded software, mobility services or battery technologies.
    • Improving operational excellence, to optimise processes, accelerate development cycles and support a resilient growth model.

    The plan is due to be officially unveiled on 10 March 2026 at 9am, live from the Renault Group’s events platform, with a press release available from 7am and versions for each of the brands (Renault, Dacia, Alpine) scheduled for later in the morning.

    A concrete preview: Bridger Concept, symbol of the international offensive

    Even before the plan was presented, Renault chose to send out a strong signal with a new show car: the Bridger Concept, whose name and first images were revealed in a very, very limited way.

    source : Renault

    This vehicle is presented as a bold urban SUV, compact (less than 4 metres) yet surprisingly spacious inside. Its silhouette and design are not just aesthetically pleasing: they embody a renewed vision of the urban vehicle, designed to meet the changing lifestyles of the growing number of families living in the city.

    In the press release, Sylvia dos Santos, Head of Renault Naming Strategy, explains: “With Bridger, we are adding to our family of names derived from English words. Constructed from the word ‘bridge’, to which the identifying final ‘ER’ has been added, the Renault Bridger name is in line with the Renault Duster name. A powerful, robust and versatile name, perfect to embody our new urban SUV show car and open a new page in our international offensive!

    But while we might expect a production vehicle that could benefit everyone, that’s not really the case. In fact, it is intended for India, a market that Renault has identified as strategic for its global development. This isn’t the first vehicle that the brand has designed to be sold outside Europe: Luca de Meo has already relied on this export strategy. This has already been the case with the Kardian, the Filante and also the Boreal.

    source : Renault

    Pending the full presentation, Renault Group has announced that Dacia will unveil the name of its new crossover on 5 March at 8am.

    An international strategy based on solid fundamentals

    The announcement of the Bridger Concept is nevertheless consistent with the way in which Renault has structured its international growth in recent years. In particular, the group has consolidated its presence in India by becoming the sole owner of its Chennai plant and developing an international engineering and design centre there.

    source : Renault

    These moves are part of a broader drive to make better use of high-growth regions, while adapting products to local needs and strengthening Renault’s industrial autonomy on a global scale.

    Challenges and prospects

    On 10 March, Renault will unveil its full vision for the next decade, and we’ll be able to measure whether the strategy is up to scratch.

    At the previous presentation of the Group’s strategic plan, the return of the Renault 5 was announced. As well as sparking a great deal of interest, the announcement also had many enthusiasts on the edge of their seats. So we’re expecting an announcement that’s just as appetising.

  • Alfa Romeo’s year 2025: records and transition on the way

    Alfa Romeo’s year 2025: records and transition on the way

    At the beginning of March, Alfa Romeo published its sales results for 2025. The results? The Italian brand has recorded worldwide growth of over 20% compared to 2024, with more than 73,000 vehicles sold internationally. In a car market that is still uneven and under pressure, this growth shows that the Italian brand is back, but above all that it is moving forward in a thoughtful way with the energy transition.

    source: Alfa Romeo

    Solid momentum in Europe and beyond

    According to the press release issued by the Stellantis Group on Tuesday 3 March 2025, Europe remains the main growth driver for the Italian brand, with sales up by more than 31%. The United Kingdom (+80.1%), France (+41.9%), Italy (+20.7%), Germany (+20.5%) and Spain (+15.1%) posted particularly strong increases, symbolising the relevance of Alfa Romeo’s product repositioning, particularly in the compact premium segment.

    Important figures for Europe, but that’s not all. Alfa Romeo also recorded significant growth in other key markets. In the Middle East & Africa region, growth reached 16.3%. In Morocco, the brand ranked second in the premium market in terms of growth, with an impressive 65% increase in registrations, while in Turkey it posted growth of 38.7%.

    But it is in Asia that the dynamic is even more marked, with +43.8% compared to 2024. Japan stands out with exceptional growth of +71.4% over the year. Alfa Romeo announced that it had relaunched its presence in Taiwan and Malaysia. These results speak for themselves: the brand is enjoying international success, particularly in these dynamic emerging markets.

    source : Alpha Roméo

    Electrification at a gentle pace

    Alfa Romeo is adopting a strategy of gradual electrification, moving slowly towards the energy transition rather than rushing its customers. The brand is combining combustion, hybrid and 100% electric powertrains, in order to retain the sporty, premium DNA for which it is renowned. For the time being, the Junior remains the only 100% electric model actually available, illustrating this cautious approach: of the 60,000 vehicles distributed in 41 markets by 2025, this zero-emission variant represents a minority share of deliveries, showing that electromobility is making progress, but at a measured pace, far from immediate mass adoption.

    Santo Ficili, CEO of Alfa Romeo, sums up this approach perfectly:

    • “Exceeding 20% growth worldwide, with Europe at +31%, means one thing is very clear: Alfa Romeo is back in the race. But what matters most is the quality of this trajectory. Junior has broadened our customer base while remaining true to the brand’s sporting DNA. Tonale is now entering its first full year with the new model and is a strategic pillar for 2026.
    source: Alfa Romeo

    While the initial target was an all-electric range by 2027, the brand is now adopting a more pragmatic approach, incorporating light hybrids and plug-in hybrids into this objective. The idea is to adapt the range to the realities of different markets, where the level of infrastructure, public incentives and demand vary greatly.

    It’s a questionable strategy, however, because while it limits the risk of destabilising current customers, it could also penalise Alfa Romeo in the face of competitors who are speeding up their transition to electric vehicles.

    “BEST CARS 2026”: Alfa Romeo Giulia and Tonale are the winners

    As success never comes on its own, these commercial achievements have been accompanied by international recognition. Just recently in Germany, the Giulia and Tonale were honoured in the “Best Cars 2026” competition.

    source: Alfa Romeo

    These awards help to reinforce the perceived value of the vehicles which, it should be remembered, are both available in hybrid versions and therefore support the transition strategy. They show that it is possible to electrify a range while retaining the sportiness and design for which Alfa Romeo is renowned.

    A pivotal year before acceleration

    The 2025 financial year, which recently came to a close, represents an intermediate but structuring stage. With the figures published, which concern not only Europe but also the rest of the world, Alfa Romeo is demonstrating that it is possible to achieve significant growth while initiating a smooth energy transition. It remains to be seen whether the launch of other models in the BEV segment will find their customers.

  • XPENG announces worldwide delivery of the VLA 2.0 in 2027 with Volkswagen as launch partner

    XPENG announces worldwide delivery of the VLA 2.0 in 2027 with Volkswagen as launch partner

    On 1 March 2026, via an official press release and an internal memo from He Xiaopeng dated 24 February, XPeng Motors announced that global delivery of its second-generation intelligent driving system, VLA 2.0, will begin in 2027. In this global roll-out, Volkswagen is confirmed as the first launch partner in the Chinese market.

    source: XPENG

    A change in architecture: from sequential pipeline to end-to-end AI

    The big news behind this announcement, apart from the fact that worldwide deliveries of its intelligent driving system will begin in 2027, is that VLA 2.0 (Vision-Language-Action) marks a major conceptual break with traditional in-vehicle systems. Traditionally, automated driving architectures operate according to a three-stage logic:

    • Perception (Vision)
    • Translation into intermediate language
    • Decision/Action

    The problem with the so-called ‘traditional’ model is that it creates latency, like a translator between the eye and the foot on the brake pedal.

    With version 2.0, XPENG breaks this pattern: the vision goes directly to the action, without passing through an intermediate language stage. The system creates what some describe as “implicit tokens”: a computer language internal to the AI that enables faster, smoother interpretation of driving situations.

    This approach is expected to offer a number of operational advantages:

    • Drastic reduction in processing times
    • More real and more human reactions
    • Ability to manage complex scenarios without detailed HD maps
    • Dynamic recognition of road signs, gestures or changes in context
    Source : Volkswagen

    Public road tests and “drive anywhere” capabilities

    The first vehicles equipped with VLA 2.0 have begun testing on open roads in China, with public trials scheduled for later in 2026. According to various statements by the Chinese brand, the system is now capable of handling difficult environments:

    • heavy urban traffic
    • narrow lanes
    • irregular or unmapped roads
    • standstill starts and complex interactions

    Based on early test data, XPENG claims that VLA 2.0 delivers a ~23% improvement in driving efficiency, with peak hour performance in Guangzhou comparable to that of experienced human drivers, and significantly better than traditional Level 2 systems.

    Hardware power: the Turing chip, the heart of the reactor

    To operate and be so promising, the VLA 2.0 relies on the Turing AI chip designed in-house by XPENG, capable of delivering up to 2,250 TOPS (trillions of operations per second) per unit in the most powerful versions.
    This massive computing power means that very large AI models can be run directly in the vehicle, without relying on the cloud. It is this on-board power that guarantees ultra-fast reactions – essential when you need to anticipate an unpredictable cyclist or a pothole in a fraction of a second.

    Volkswagen, a strategic and now historic partner

    The announcement that Volkswagen is now the first launch partner for VLA 2.0 on the Chinese market sends out a strong signal.
    Firstly, it is a symbolic milestone: it is the first time that a major historic Western manufacturer has adopted an advanced autonomous driving platform developed by a Chinese manufacturer to equip its own vehicles.

    source: Volkswagen

    Secondly, the agreement is not limited to simple software integration. Volkswagen will also be adopting the proprietary Turing AI chip developed by XPeng Motors, the computing heart of the VLA 2.0. In other words, the system’s hardware and software architecture will be based directly on the XPENG technology ecosystem.

    And it’s worth remembering that this partnership didn’t come out of nowhere. In 2023, Volkswagen invested around $700 million to acquire a 4.99% stake in XPENG, as part of a wider agreement to jointly develop electric vehicles for the Chinese market. This stake means that the German manufacturer already has a direct interest in the industrial and technological success of its partner.

    Objective: total autonomy within 1-3 years

    He Xiaopeng, Managing Director of XPeng, confirmed: “XPENG’s VLA 2.0 is the first version designed to achieve fully autonomous driving and will evolve at an unprecedented rate. We expect full autonomy to arrive within one to three years, making autonomous driving a natural part of people’s daily journeys.”

    This ambition is part of XPENG’s wider “Physical AI” strategy, in which the same AI model could eventually power other platforms operating in real environments:

    • humanoid robots
    • modular flying vehicles
    • autonomous mobility services
    source: XPENG

    A turning point for automotive AI

    With a plan for global deployment in 2027 and a major Western carmaker already committed to the technology in China, XPENG is entering a new phase of expansion. The alliance with Volkswagen could become a textbook case in the industry: a traditional carmaker boosted by Chinese on-board intelligence technology.

    It remains to be seen whether the VLA 2.0 will really be able to compete with the autonomous systems promised by Tesla, Waymo and other technology players.

  • February 2026: record EV sales in France, despite a falling market

    February 2026: record EV sales in France, despite a falling market

    For the electromobility sector, February 2026 will go down in the annals: 32,370 electric cars registered (passenger cars + light commercial vehicles), up 27.8% on February 2025. This represents a market share approaching 27%, an all-time record for February. Over the first two months of the year, the cumulative total reached 62,677 EVs, up 21% on 2025. According to AAA Data, the trend is clear: despite a declining overall market, electric vehicles are continuing to establish themselves as the engine of the future.

    source : Tesla

    Market context

    To say the least, the French vehicle market is not in the best of health. In fact, 120,764 personal vehicles were sold in February 2026, down 14.7% on the previous year.

    The main factor is that diesel sales collapsed again this month, reaching just 2.6% of the market. By comparison, sales of cars running on LPG represent 2.3%, while plug-in hybrids are up slightly at 5.5%.

    Electrics are now the leading energy source on the market, ahead of non-rechargeable hybrids. In short, while the overall market is shrinking, electric cars are gaining ground month by month.

    Top electric models

    One of the big news is that the Tesla Model Y is back in first place in February with 3,034 units, a position it has not held since last September. It is closely followed by its rival, the Renault 5, with 2,639 units sold, and by the Renault Scénic, with 2,127 units.

    source : Tesla

    This is a real rebound for Tesla, which had a difficult January, with a total of 3,715 vehicles (Model Y + Model 3). For Renault, the cumulative total for February was 6,492 EVs, or 20% of the electric market, confirming the brand’s dominance of the mass-market segment.

    In addition to the top 3, other models stand out: the Citroën ë-C3 (1,337), the Peugeot e-208 (1,150) and the Volkswagen ID.4 (1,003).

    source: Citroën

    Renault in the lead, the big manufacturers in ambush

    What really interests the market is who sells what at the end of the month. In this area, Renault remains the undisputed leader, with 6,492 electric vehicles registered in February and a market share of 20%. This position has been consolidated since September 2025, boosted by the Renault 5 and the Scénic E-Tech.

    As already mentioned, Tesla was more convincing than in the previous month, with 3,715 electric vehicles sold in February. The figures show that the American manufacturer remains a major player, even though Renault still dominates the consumer segment.

    At Stellantis, sales oscillate: Peugeot follows with 3,896 EVs, with Citroën and Volkswagen rounding out the top 5. The data confirms a clear trend: the French EV market is now concentrated around a few leading players.

    A falling market, but not for everyone

    Yes, February 2026 was a record month for electric cars, but it must be stressed once again that the overall market continues to shrink. With 120,764 cars sold in February 2026, that’s 14.7% fewer than last year, and 6.55% fewer than in January 2026.

    So why is the market falling? Well, first of all, the tax system is taking its toll: weight-related penalties affect almost 70% of passenger cars. A family SUV weighing over 1.6 tonnes can cost between €10,000 and €30,000 in tax, and CO₂ charges can push up the bill from €10,000 for 50 g/km to €40,000 for 130 g/km. As a result, family models are becoming virtually inaccessible to many buyers.

    Business fleets are also under pressure: down 13.9% in February (34,178 cars), held back by the wait-and-see attitude of the tax authorities and the weight penalty, which is holding up renewal. When it comes to internal combustion engines, the situation is almost the same: diesel at 2.6% (-54%), petrol -48%, LPG -52%, non-rechargeable hybrids -7%. In short, overall demand is weak, volumes are falling, and the economic situation is weighing on purchasing decisions.

    And yet, despite this context, electric cars shine. This paradox can be explained by four specific factors:

    • Social leasing 2025 deliveries: orders placed last year were converted into deliveries in January and February 2026, totalling 27,000 units, an artificial dynamic that inflates sales before they run out in mid-February.
    • Revalued ecological bonus: the doubling of the EEC (€2,000-4,000) led to a surge in orders following the revaluation.
    • Obligations for B2B fleets: decree requiring a minimum of 25% EVs in fleets of more than 100 cars/year.
    • Renault bestsellers: Renault 5 E-Tech (2,639 units) and Scénic (2,127) benefit from local production, which enables rapid deliveries and supports volumes.
    source : PFA

    According to the Plateforme Française de l’Automobile (PFA), the trade federation representing vehicle manufacturers and importers in France, this level of sales “is the result of a range that is now very wide, the obligation to make fleets greener, and a social leasing effect. While the first two factors will continue to drive the market over the coming months, the positive impact of social leasing will fade.