Conceived as pure electric mobility, the new car will redefine the Sports Activity Vehicle (SAV) concept. The newly developed, precise and minimalist design of the BMW iX is representative of a trailblazing generation of cars poised to redefine the driving experience, the feeling of space inside and the relationship between vehicles and those on board.

The BMW iX is created to provide quality of life and wellbeing for drivers and passengers. The vehicle harnesses the latest innovations in the fields of electrification, automated driving and connectivity to deliver a mobility experience which puts people more than ever at its heart. The clear and minimalist design of the car’s exterior showcases a new form of mobility geared squarely to the needs of the vehicle’s occupants. In contrast, the interior design offers those on-board innovative options for using the time during a journey enjoying relaxation, safety, security, and a new form of luxury in the process.

The concept and design of the BMW iX are rooted in an all-embracing approach to sustainability. It is reflected in the areas such as optimised aerodynamics, intelligent lightweight design and extensive use of natural and recycled materials that help to create a cutting-edge sense of luxury and comprehensive feeling of wellbeing on board.

The car comes with the fifth generation of BMW eDrive technology – which encompasses the two electric motors, power electronics, charging technology and the high-voltage battery which guarantees exceptional efficiency and long-range. The power unit is manufactured using sustainable materials without the use of critical raw materials like rare earth elements, and by the most recent calculations will develop maximum output of more than 370 kW. This unit will be enough to power the car from 0 to 100 km/h (62 mph) in under 5.0 seconds. At the same time, the vehicle’s apparent aim is to post an exceptionally low combined electric power consumption figure for its segment of less than 21 kWh per 100 kilometres (62 miles) in the WLTP test cycle.

The BMW iX comes with a new charging technology that enables DC fast charging at up to 200 kW. This technology allows the vehicle to be charged from 10 to 80 percent of its full capacity in under 40 minutes. Ten minutes charge can feed enough energy into the battery to increase the car’s range by more than 120 kilometers (75 miles). On a standard Wallbox at 11 kW, the high-voltage battery can be charged from 0 to 100 percent in less than eleven hours. The batteries in the car are designed as a part of a long-term resource cycle, making it exceptionally easy to recycle. Besides, the power used to produce the cells, and the high voltage battery comes exclusively from renewable sources contributing to an eco-friendly future.

The new technology toolkit making its debut in the car has computing power in the areas of automated driving and digital services, 20 times more than the previous models. As a result, around double the amount of data from vehicle sensors can be processed than was previously possible.

Talking about the technology and the computing power of the car, Frank Weber, Member of the Board of Management of BMW AG said, “We are setting new industry standards with the technology in the BMW iX”. The iX has more computing power and more robust sensor technology that will help in new and improved automated driving and parking functions and using the high-performing fifth-generation electric drive system.

The kidney grille at the front has been completely blanked off and converted into an intelligence panel. The camera technology, radar function and other sensors are integrated seamlessly into the grill behind a transparent surface. The grill has reinvented itself as an innovative and multifunctional high-tech interface for the advanced driver assistance systems which paves the way for automated driving. Developed and produced at BMW’s LuTZ lightweight design and technology centre the kidney grille presents a technological showcase for intelligent mobility. Also, the material used to make the intelligence panel on the kidney grille is self-healing.

Like the kidney grille, all the technologies are subtly located on the car. For example, an array of sensors and cameras are discreetly placed around the vehicle to help with automated driving. The filler neck for the windscreen washer fluid is concealed under the BMW logo on the bonnet. The rear-view camera has been integrated into the BMW logo on the tailgate. Technology stays in the background and only becomes apparent as and when the relevant functions are called into action.

The exterior design of the car features the slimmest headlight units ever on a series-production model from the carmaker. The flush-fitted door handles, the frameless side windows, the tailgate – which has no separation joints and extends across the whole of the rear and the likewise extremely slim rear lights carry forward the minimalistic theme.

On the inside the newly developed seats with integral head restraints and a vast electrochromic panoramic glass roof that imbibes the feeling of spaciousness and gives the cabin a luxurious lounge-like ambience. The all-new architecture of the car adds to the straightforward functionality that revolves around the needs and emotions of the driver and the passengers. The missing central tunnel adds to the open, airy feel while allowing extra legroom.

The interior involves shy technology, which makes previously visible functions hidden and creating stylish elegance. The technology represents the panels wherein the controls on the central console of the car are placed. It only becomes visible when it is needed making it intuitive to use rather than seeming overly complicated. The shy tech approach for the interior can be seen in several features, including speakers integrated out of sight, intricately styled air vents, heated surfaces and the discreet recessing of the Head-Up Display’s projector into the instrument panel, so it is almost invisible.

The BMW iX is expected to hit the market in late 2021, showcasing the best of vehicle maker to come in the future. The company plans to launch 20 plus fully electric cars shortly, and the use of sustainable material to build cars show its concern towards a greener and better tomorrow. (MT)

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Vietnamese automotive company VinFast has announced the signing of Memoranda of Understanding (MOUs) with 29 aftersales partners during its Global Business Conference held between 4 May and 10 May 2026.

The event gathered over 200 investors and partners from North America, Europe, the Middle East, India, Indonesia, the Philippines and Kazakhstan to discuss the company’s international service expansion.

The MoUs outline plans for international partners to establish electric vehicle (EV) service workshops that adhere to VinFast’s global standards. To maintain service quality, VinFast intends to provide standardised technician training, certification programmes and operating procedures. The company is also developing a parts supply network with a target of delivering common spare parts within 24 hours in major markets.

The automaker is building on its domestic aftersales foundation in Vietnam, where it operated nearly 400 workshops by the end of 2025. This contributed to a total global network of nearly 800 facilities at that time.

For 2026, the company aims to expand its global reach to more than 1,100 service workshops. This network will be implemented through several models, including – dealerships for retail customers, services for fleet and transportation business clients and partnerships with third-party local service workshops.

The expansion strategy includes specific support policies such as repair time commitments in Vietnam and the provision of replacement vehicles in international markets. VinFast also provides ongoing technical support, battery inspections and software updates for its customers.

Bui Viet Hung, Deputy CEO of Global Aftersales at VinFast, said, “Our goal is not simply to expand the network, but to build a customer-centric aftersales ecosystem that delivers an outstanding experience on a global scale. Through partnerships with experienced local operators and the application of VinFast’s global standards, we aim to provide aftersales services that are exceptional, responsive, and reliable”.

In addition to maintenance services, VinFast is collaborating with partners like V-Green to develop a global charging system. The company aims to establish more than 1.5 million charging ports worldwide to provide a comprehensive ownership experience for international EV users.

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Mumbai-headquartered automotive major Tata Motors is upbeat on FY2027. The company reported revenue of INR 3,355 billion, down 9 percent YoY in FY2026, as compared to INR 3,660 billion a year ago. The profit before tax saw a decline of 13 percent at INR 2,333 billion, as against INR 3,142 billion last year.

The impact was primarily on the back of several headwinds at Jaguar Land Rover, including cyber incidents, tariffs, China's luxury tax, VME pressures and adverse commodities. The Consolidated Net Debt stood at INR 307 billion, on account of adverse free cash flows primarily owing to production stoppages at JLR.

However, Tata Motors management is quite optimistic about transitioning into the new fiscal year. Shailesh Chandra, Managing Director & CEO, Tata Motors Passenger Vehicles, outlined a ‘stay the course’ philosophy backed by aggressive technological pivots. Despite macroeconomic volatility, the company is doubling down on its multi-powertrain strategy to insulate itself from global commodity shocks.

While FY2026 was a year of ‘outperformance’ (15 percent growth), Chandra has set a realistic yet ambitious floor for the mid-term.

"We are confident growth can be over 10 percent for FY2027. There is no question about changing the long-term plan. Unless there is a significant geopolitical impact on petrol and diesel prices that may have a 1-2 percent plus or minus effect on new car sales, we remain on track," Chandra stated.

Perhaps the most significant outlook provided was the expected reversal of the traditional cost structure. Chandra views the rising cost of Internal Combustion Engines (ICE) as an inevitability that will eventually make EVs the more profitable segment.

Interestingly, for Tata Motors’ alternative energy fuel mix (electric and CNG) now already accounts for 43 percent of passenger vehicle sales.

"ICE is going to be inflationary in the future," Chandra predicted. "Cost on the EV side has been disinflationary. If not equal, it will be better than ICE. We are not that concerned on profitability being impacted badly; there can be some pressure in the short-term, but it maybe for completely different reasons," he responded on the demand in the upcoming few months.

The automaker is also ramping up production to meet demand and expects to build on the strong momentum of H2 FY2026, and continue to deliver profitable and industry-beating growth in FY2027, supported by a robust demand pipeline, planned pipeline of new products and established multi-powertrain strategy.

By December 2026 or early CY2027, Tata Motors plans to enter the Flex-Fuel arena with at least one product to align with evolving government mandates.

"As far as Tata Motors is concerned, we are comfortable in terms of technology readiness," Chandra noted. "By end-December 2026 or early next year, we expect our first Flex-Fuel vehicle to be introduced. We are currently in discussion with the government through SIAM for E25 readiness."

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Maruti Suzuki India Limited has crossed a new threshold in its environmental logistics strategy, having now sent more than three million vehicles across the country by rail. The carmaker views this cumulative figure as proof of its deepening commitment to reducing emissions through supply chain innovation.

The share of trains in the company’s outbound vehicle movement has grown from just five percent in the 2014-15 fiscal year to 26.5 percent in 2025-26. The journey from two million to three million rail dispatches took only 21 months, setting a company record for the fastest addition of one million units moved by train.

Two of Maruti Suzuki’s manufacturing hubs, at Hansalpur and Manesar, are equipped with in-plant railway sidings, a distinction held by no other passenger vehicle maker in India. These facilities were built under the national PM GatiShakti master plan. The Hansalpur siding became operational in March 2023 and received a virtual inauguration from Prime Minister Narendra Modi a year later. In February 2026, it earned global recognition as the first modal shift transport project registered under Verra’s carbon standards. The Manesar siding, the largest of its kind in the country, saw its first train flagged off in June 2025 by Union Minister Ashwini Vaishnaw and Haryana Chief Minister Nayab Singh Saini.

With a combined annual capacity of 750,000 vehicles, the two sidings feed a hub and spoke network covering more than 600 cities from 22 hubs. Popular models like the Swift, Brezza, Baleno, Grand Vitara and Ertiga, produced in Gurugram, Manesar and Gujarat, are moved through this system. Rail connectivity also extends to the ports of Mundra and Pipavav, supporting the company’s export shipments.

Hisashi Takeuchi, Managing Director & CEO, Maruti Suzuki, said, “Achieving three million cumulative vehicle dispatches through railways marks a significant milestone in Maruti Suzuki’s green logistics journey. Since 2014, our rail-based vehicle dispatches have increased ninefold in volume, now contributing 26.5 percent of the Company’s total vehicle dispatches. Maruti Suzuki has committed over INR 13,720 million towards dedicated green logistics infrastructure. This includes development of in-plant railway sidings at our Hansalpur and Manesar manufacturing facilities, rail yards setup at key logistics hubs, procurement of specialised automotive rakes and supporting multiple infrastructure upgrades.

 “We thank the Government of India for the visionary PM GatiShakti National Master Plan, which has created a strong enabling framework for integrated, multimodal logistics and has supported the industry’s transition towards efficient, rail-led and sustainable freight movement. Going forward, we aim to increase the share of rail-based vehicle dispatches to 35 percent by FY2030-31 and plan to establish an in-plant siding at our new Kharkhoda facility. This would further help reduce carbon footprint, lower fuel consumption and ease overall road congestion.”

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The 110th birthday of Ferruccio Lamborghini Cavaliere di Gran Croce OMRI, the famous Italian automobile designer and industrialist who created Lamborghini Trattori in 1948 and Automobili Lamborghini in 1963 was on 28 April 2026. The force behind the conceptualisation, design and development of some of the most iconic supercar models ever to come out of Italy, such as the Miura and Countach, Lamborghini was driven by an unceasing desire to improve and innovate. 
Born in Renazzo, a hamlet in the municipality of Cento (province of Ferrara), on 28 April 1916, Lamborghini – the eldest son of farmers Antonio and Evelina Lamborghini – was attracted to mechanics than to the land that his father harvested. At the very young age, he spent his afternoons in the farmstead workshop. 
Managing to get hired by the best mechanical workshop in Bologna, where he discovered the secrets of mechanics, Lamborghini was drafted and assigned to the 50th Mixed Maneuver Motor Fleet stationed in Rhodes at the outbreak of World War II.
He successfully repaired (and broke) vehicles belonging to the Italians, German and British. Founding his first company in Rhodes, a small mechanical repair shop, Lamborghini returned to Italy in 1946 and, taking advantage of incentives put in place to support the economic recovery, opened a machine shop in Cento to repair motor vehicles and build small utility vehicles. 
Observing the crisis suffered by local agriculture, he built inexpensive agricultural tractors within reach of small landowners, using the components of old military vehicles. The first was made from a Morris truck where he applied a fuel vaporiser of his own invention. He sold some eleven such machines, establishing himself as an entrepreneur.
Counted among the most important industrialists in Italy by 1963, Lamborghini decided to build the best grand touring cars in the world. An incident often told is that he complained to Enzo Ferrari about a broken clutch in his personal Ferrari. Ferrari reportedly told him: “Stick to making tractors and leave the sports cars to me.”
Determined to build a better car than his Ferrari 250GT, Lamborghini hired top talent, including former Ferrari engineer Giotto Bizzarrini, to design a new V12 engine, and Gian Paolo Dallara as technical director. The first prototype – the 350 GTV – was built in Sant’Agata Bolognese and shown at the 1963 Turin Motor Show. 
The refined production version – the 350 GT – debuted at the 1964 Geneva Motor Show. The Muira, launched in 1966, redefined the supercar segment like no other, establishing firmly Lamborghini and his car venture into the domain that Ferrari ruled. 
The emblem found on the bonnet of the Muira was a result of an exercise where Lamborghini contacted a well-known local graphic designer, Paolo Rambaldi, who asked him what personal characteristics he felt he possessed. “I’m tamugno (which translated from dialect means hard, strong, stubborn) like a bull,” was the reply. An emblem was born thus with a raging bull in it, popularly referred to as the world-famous logo of Automobili Lamborghini.
Retaining his spirit after he left this world on 20 February 1993, Automobili Lamborghini continues to make among the best and most desirable supercars today. They are made with his conviction that the best can still be improved and new avenues can be explored.
 

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