India is preparing for Tesla’s electric aspirations. Elon Musk’s American EV company is reportedly negotiating to set up a large factory, potentially its first in the country. This isn’t just idle speculation; it’s a significant development that could accelerate India’s transition to green transportation, generate thousands of jobs, and position the nation as a global hub for electric vehicles.
The government is offering incentives for electric vehicles, and Tesla is looking for places to build them. This is the perfect time for a big step forward. Why does this matter right now? India is trying to cut down on oil imports and emissions as quickly as possible. Tesla’s presence could change the game.

Reliable sources say that Tesla officials have been to possible sites in Gujarat and Maharashtra, two states that are already busy making cars. Musk himself alluded to India during a business earnings conference in late 2025. He said the company was “working through” import tariffs and restrictions for making things in India. In early 2026, negotiations with federal ministries are moving along quickly. The business intends to spend billions of dollars to build a Gigafactory-style factory that makes automobiles, batteries, and maybe even gear for storing energy. This is the kind of news that makes investors happy and government officials agree.

India isn’t wasting any time. The government’s Production Linked Incentive (PLI) program for cars, which was extended in 2025, offers up to ₹26,000 crore in subsidies to electric vehicle (EV) producers that agree to make their cars in India. Tesla’s move makes great sense: import tariffs on fully built EVs are between 70 and 100%, but they go down a lot for EVs made in the US. Do you remember when Musk tweeted about India’s high tariffs in 2021? Things have changed. Tesla sees a way forward now that the EV policy limits duties at 15% for companies who invest $500 million and start making cars in the US within three years.

The Search for the Right Place: The Fight Between Gujarat and Maharashtra
Where will the Tesla India electric vehicle factory be built? That’s the million-dollar question that many in the car industry are asking in boardrooms and on WhatsApp. Gujarat is in the lead. Last month, the state, which is home to Tata Motors’ Sanand plant and several suppliers, rolled out the red carpet. There, officials offered a 1,000-acre area in Ahmedabad that had access to a port and renewable energy systems. In February 2026, Chief Minister Bhupendra Patel met with Tesla representatives and promised them single-window permissions and places to train people.

Maharashtra isn’t backing down. The state has an industrial belt between Mumbai and Pune and gives tax breaks and land in Chakan or near Nagpur’s MIHAN hub. In March, Tesla’s team looked at both places to see how they could help with logistics and find workers. Pune, in particular, gets a lot of attention because it has a lot of workers from old companies like Bajaj and Mahindra. One person on the inside joked, “Maharashtra has the engineers, and Gujarat has the ports.” Tesla chooses the winner.

Choosing a site isn’t easy. Tesla factories need to be huge, with roofs that are powered by solar panels and water recycling plants. India is learning from Tesla’s Shanghai Gigafactory, which made 950,000 cars a year in less than two years. A nearby plant might do the same thing, aiming for 5 lakh EVs per year by 2030.

Jobs, supply chains, and the ripple effect on the economy
Imagine a Tesla plant in India making Model 3s and Cybertrucks that are perfect for Indian roads. It’s more than just a pretty face; it’s an economic powerhouse. According to estimates, there will be 20,000 direct jobs in manufacturing and 100,000 indirect jobs in batteries, semiconductors, and logistics. That’s a big deal for young engineers in Pune or Ahmedabad, many of whom want to work with the newest technology.

The supply chain for electric vehicles in India also gets a boost. Tesla would need lithium cells, rare-earth magnets, and steel, and it would be best to get these things from nearby sources. Ola Electric is already building a gigafactory in Odisha, while companies like Reliance New Energy and Adani are ramping up battery production. Tesla’s arrival might bring these together, lowering prices and dependence on imports. India now imports 80% of the parts for its electric vehicles. A Tesla India EV plant changes that.

According to NITI Aayog, India’s auto industry employs 37 million people, but electric vehicles might add $200 billion to GDP by 2030. The $2–5 billion investment from Tesla fits with that vision.

A quick look at possible wins:

Creating jobs: more than 20,000 direct jobs in assembly, research and development, and testing.

Supplier growth: More than 500 local merchants sell everything from tires to software.

Export potential: India is Tesla’s low-cost base for Asia-Pacific and Africa.

Have you ever thought that your next car could be “Made in India, driven across the world”?

India’s push for green mobility: Tesla as the spark
Tesla isn’t coming out of nowhere. India is putting a lot of money into electric vehicles to address pollution and climate change. The air in New Delhi is choking, and 30% of pollutants come from transportation. The FAME-III program, which started in 2026, puts ₹10,000 crore into charging stations and subsidies. States like Tamil Nadu and Karnataka are requiring that 30% of all new cars sold be electric vehicles by 2030.

Tesla makes this worse. The Model Y only uses 15 kWh of electricity per 100 km, while petrol SUVs use 25 kWh. Prices go down when things are built locally. A Model 3 made in India may cost ₹30 lakh, which would put it in competition with the Tata Nexon EV or the Mahindra XUV400. Next would come Musk’s Supercharger network, which would make it easier to drive on routes from Mumbai to Delhi without worrying about running out of gas.

There are problems ahead, though. India’s infrastructure is having a hard time keeping up with the demand for electric vehicles. Only 5% of it is fueled by renewable energy right now, compared to Tesla’s solar-heavy plants. The lack of water in Gujarat could stop mega-factories. And what about the laws about workers? Tesla has had problems with unions in other places, and India might be one of those places. The draw is still strong, though. PM Modi’s “Atmanirbhar Bharat” motto loves technology from other countries that has its origins in India.

This is in line with Tesla’s plans around the world. India’s 1.4 billion market—projected 10 million annual EV sales by 2030—is too good to pass up after China and Germany. Competitors like BYD are already in, and Hyundai and Kia build cars in the area. Tesla joins, or it could lose ground.

Roadblocks: Tariffs, Talent, and Tech Gaps
Until it’s done, no deal is done. Tesla wants duty savings to last for five years, but India wants localization to happen faster, with 50% of parts coming from India in the first year. Negotiations are taking a long time, but things are moving forward. Musk’s trip to Asia in January 2026 included visits in Delhi, which made many hopeful.

Another piece is talent. India graduates 1.5 million engineers a year, but there aren’t enough EV experts. At first, Tesla might bring in expertise from other countries. Then, like in Berlin, it might train locals through schools. The infrastructure is also behind; there are only 12,000 public chargers in the whole country. A Tesla plant speeds up repairs.

It’s good for the environment, but it’s also hard. Mining for batteries destroys land, and India needs lithium from Jammu’s sources that won’t run out. Tesla’s promise to recycle could establish norms.

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Gas prices in India have remained elevated, with petrol in major cities such as Mumbai exceeding Rs 103 per liter. This has prompted commuters and fleet operators to reconsider their options. New government regulations, coupled with a rapidly expanding market, are bringing electric cars (EVs) to the forefront. This shift isn’t solely about the cost of fuel; it’s also reshaping India’s transition to cleaner energy sources.

Sales Surge Signals Genuine Advancement
The electric car market in India has evolved beyond a mere pilot program.
The Federation of Automobile Dealers Associations has announced a significant 24.6% jump in retail sales for FY2026, with figures approaching 24.52 lakh units. This represents a considerable increase over the previous year’s numbers. It’s also worth noting that two-wheelers account for roughly 58% of all sales.
These vehicles are a common sight in cities like Pune and Delhi, where they’re a daily commuting staple.

Sales in the initial quarter of 2026 were even more impressive, with 696,769 units sold, reflecting a 35% year-over-year increase. Passenger cars experienced the most significant growth, climbing 86% year-over-year, despite the absence of direct incentives in the new programs. Tata Motors sold 78,811 cars, while Mahindra’s sales soared to 42,721, fueled by models such as the BE 6 and XEV 9e.
MG Motor sold 53,089 cars, which is 74% more than last year. Hyundai sold 5,885 cars, which is 138% more than last year.

These numbers show that electric cars now make up between 8.5–9% of the market, up from 7.7% last year. TVS, Bajaj, and Hero now dominate 61% of the two-wheeler market, which shows that Indian corporations are quick to change.

What does this mean for folks who drive to work every day? You might have to pay Rs 1–1.5 lakh up front for an electric two-wheeler, but it saves you thousands of rupees on petrol over time, especially right now.

Policies Push for Growth
The government isn’t just sitting there. The PM E-DRIVE program will run until March 2028 and has a budget of Rs 10,900 crore. But by March 2026, it will stop offering money to help people buy two- and three-wheelers. It gives up to Rs 10,000 off e-two-wheelers and Rs 50,000 off high-end three-wheelers, as well as cash for charging stations.

Changes made recently have concentrated on performance. Now only efficient EVs can qualify, which means that quality is more important than quantity. That’s a wonderful idea since it gets rid of people who aren’t doing well and supports Indian manufacturing under Aatmanirbhar Bharat. Advanced Chemistry Cell incentives are helping us make more batteries and rely less on China.

Pushes at the state level are also helpful. Because West Bengal made e-rickshaws obligatory, sales of three-wheelers went up to 78,057 in December 2025. These laws say that by 2030, 30% of all new automobiles should be electric, and by 2070, there should be no emissions. Adoption would slow down without them. Do you remember how FAME-II sparked the first boom?

Prices of fuel make things more important. A liter of petrol costs between Rs 103 and Rs 109, thus a scooter ride of 50 kilometers a day costs Rs 2,000 a month. EVs bring the cost down to nearly nothing after charging. Even though the government has cut taxes to protect consumers, prices are high because crude oil is close to $110 a barrel and the rupee is weak.

Charging Up the Infrastructure
To use EVs, you need plugs. By March 2026, India had more over 27,000 public stations, up from 5,000 in FY21. That’s five times as many. But there is still only one charger for every 235 electric vehicles, which isn’t fantastic. PM E-DRIVE gives billions to fast chargers, and the goal is to have 72,000 of them shortly.

Companies are getting engaged. Relux Electric has 100 stations in Punjab and Rajasthan. MobiLane intends to establish 1,000 stations all throughout the country by the end of the year. ThunderPlus opened super-fast 120kW bays in Hyderabad that can be upgraded to 480kW. Highway extensions in Pune, which is known for its traffic bottlenecks, make it possible to drive electric cars for longer distances.

Apartments that don’t have charging stations at home are still a headache, though. Have you ever thought about how many balcony chargers we’ll have in five years?

Things that will get in the way on the road ahead
Things are getting better, which is excellent, but there are still concerns. People who are careful with their money don’t want to buy EVs because they cost a lot at first and are still more expensive because of the batteries. People who live in the country, where there aren’t many stations, really worry about their range. Prices stay expensive due of imported parts, including rare earth magnets, although localization is getting better.

People are also not sure if they want to buy. Many people still use gas because they are used to it or don’t trust new technology. Banks now provide EV loans at lower rates, so it’s crucial to learn about them and how to pay for them up front.

EVs reduce pollutants from emissions, but there are also worries about mining for batteries. India is relying on norms about recycling to do that.

What happens every day and true stories
A delivery driver in Pune converted to an e-scooter because gas prices were going up. He saved Rs 4,000 a month. Fleet operators for e-commerce love electric cargo three-wheelers, which have expanded by 172% with a 1.4% penetration rate. They managed to cut costs and still meet their environmental, social, and governance objectives.

City-dwelling families are drawn to electric SUVs, such as the Tata Nexon EV. These vehicles can cover distances of up to 400 kilometers on a single charge. March 2026 saw a record-breaking 280,000 units sold, largely due to pre-subsidy deals finalized before the previous year’s end.

India’s 40.7% compound annual growth rate through 2030 outpaces that of numerous other nations, positioning it as a key player in the EV market. The question remains: can it achieve a 30% market share by the decade’s close?

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●      Striking new design elements deliver a bold, refreshed appeal

●      Shaped by customer feedback, premium features offer greater convenience and practicality

●      The new Taigun delivers European driving dynamics, superior comfort, and uncompromising 5-star safety

Škoda Auto Volkswagen India Private Limited (SAVWIPL) today announced the start of production of the new Volkswagen Taigun at its state-of-the-art plant in Pune. The new Taigun reinforces the Group’s ‘Make in India, for India and the world’ vision, combining high levels of localisation, precision manufacturing, and a deeper on-ground understanding of Indian customers.

The new Volkswagen Taigun builds on the strong foundation laid by its predecessor with striking new design elements that deliver a bold and refreshed appeal. The latest iteration of Taigun delivers an edgy new design with premium features. The vehicle is built for India’s versatile driving conditions while staying true to Volkswagen’s DNA of European driving dynamics, superior comfort, and uncompromising 5-star safety.

Commenting on the development, Piyush Arora, Managing Director & CEO, Škoda Auto Volkswagen India Private Limited, said, “The start of production of the new Volkswagen Taigun underscores the maturity of our world-class manufacturing ecosystem in India. Our Indian manufacturing facilities are geared to deliver global-quality vehicles with high levels of localization, enabling us to respond quickly to what customers demand in India and in export markets. The Taigun stands as a perfect example of this approach, engineered in line with Volkswagen’s global benchmarks and produced in India with a sharp focus on efficiency, quality, and safety. As we roll out the new Taigun, we are further solidifying India’s position as a strategic production and export base for the Group.”

Nitin Kohli, Brand Director, Volkswagen India, said, “Since its launch, the Taigun has been instrumental in strengthening the brand’s SUV strategy. It has played a pivotal role in bolstering our product portfolio for discerning Indian buyers and their aspirations. The new Taigun is central to our strategic plan for the model line-up that will drive meaningful growth. The start of production for the new Taigun at our Chakan facility is a moment of great pride for us. It continues to signify our commitment to the Indian consumers who choose to own premium German-engineered products. We are certain the new Taigun will build on the success of its predecessor and elevate customer experience.”

Since its debut in 2021, the Volkswagen Taigun has earned a strong reputation for dynamic performance, refined comfort, and robust safety, establishing itself as a trusted choice in India and global markets. Over 143,000 units of the Volkswagen Taigun have been produced in India already, with around 30 percent of total production exported to markets around the globe. With production now underway, the new Volkswagen Taigun is set to further strengthen the brand’s SUV portfolio with a fresh offering that blends design, practicality, comfort, and performance.

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Tesla’s long-awaited entry into one of the world’s fastest-growing markets for electric vehicles is gaining speed. Elon Musk’s American EV company is in talks with Indian officials about building a factory there and getting tax breaks. This surge in electric vehicle purchases in India coincides with a broader push for green energy, driven by both government initiatives and consumer demand.
What does this mean for India’s roads, jobs, and the competition to build the best cars in the world? Let’s take it apart.

Tesla has been interested in India for a long time, but high import taxes and rules made it hard for the company to do business there. Things are changing now that Prime Minister Narendra Modi’s government is pressing down on “Make in India.” Recent news says that Tesla has had several meetings with officials from the Ministry of Heavy Industries and the governments of Maharashtra and Gujarat. These states are at the top of the list for a possible Tesla facility because they have good industrial infrastructure and are close to ports.

It’s not only about automobiles, though. It’s also about changing jobs, energy, and even city life.

The Road to Tesla’s Dream in India: A Rough Start That Looks Good
Do you remember when Elon Musk tweeted about India in 2022? He hinted at a factory but also said that import duties would be a problem. The 100% tariffs on fully-built EVs make Tesla’s high-end models, including the Model 3 and Model Y, too expensive for most Indians. A base Model 3, which costs about $40,000 outside the world, would cost more than ₹40 lakh here after taxes. This is just too much for most people to afford.

The government’s position has changed by 2026. In late 2025, India cut import taxes on electric vehicles (EVs) to 15% for companies who promised to make them in India within three years. Tesla took advantage of this and asked for permission under the new policy. People close to the talks believe the corporation is looking to invest $2 to $3 billion in a Gigafactory in India. This could create 20,000 direct employment and thousands more in the supply chain.

Gujarat is a strong candidate since it has an auto hub in Sanand, which is where Tata and Maruti Suzuki have their operations. Maharashtra, with Eknath Shinde as its chief minister, is trying to sell Pune’s industrial belt by offering land discounts and power incentives. Elon Musk’s recent X post praising India’s “entrepreneurial spirit” sparked rumors, and last month Tesla’s India website discreetly went live, featuring job positions for engineers in Mumbai.

This isn’t just a dream. Tesla has already sent a small number of right-hand-drive Model Ys to India for testing. They did this by using temporary imports to get past customs. Local companies like Tata Electronics are getting ready to offer semiconductors, which would make us less dependent on China.

The Deal-Makers: Tax Breaks and Policy Wins
Tax incentives are the main reason Tesla wants to build a manufacturing in India. The government is proposing a mix of benefits, such as lower GST on EV parts, subsidies under the FAME-III program (which will last until 2026), and production-linked incentives (PLI) of up to ₹18,000 crore for the car sector.

Here’s a short look at the main rewards that are up for grabs:

15% off import duties on CBUs (completely constructed units) for companies who put $500 million into making things in the country.

PLI plan: Get up to 18% back on extra sales for five years.

State-level benefits include low-cost land, subsidies on electricity, and funds for skill development.

These are similar to the accords India made with Apple and Samsung, which now make iPhones in India. It’s a win-win for Tesla: lower costs mean EVs that are priced competitively. Imagine a Model Y made in India that costs ₹25–30 lakh, which is less than competitors like the MG ZS EV or forthcoming Tata vehicles.

Some critics are worried about favoritism, though. “Why give billions to a foreign powerhouse when companies like Tata and Mahindra are already growing?” wonders auto expert Ravi Bhatia. That’s a fair point. Ola Electric and Ather Energy have established robust ecosystems in their own countries. But Tesla’s presence could lead to new ideas, just like it did in China.

Tesla’s Disruption in India’s EV Market
India’s electric vehicle scene is very exciting, and I mean that in a punny way. India has 1.4 billion people, and cities like Delhi and Mumbai have severe air pollution. Electric vehicles are a must. According to NITI Aayog, the market will reach 10 million sales a year by 2030.

Tesla would fit great in:

Two-wheelers are the most popular type of electric vehicle (EV), with 60% of sales going to bikes from Ola, Bajaj, and TVS. Tesla’s anticipated low-cost scooter could change things.

Passenger cars are behind: only 2% of the market, but the premium class (where Tesla shines) is expanding 30% a year.

Charging problems: There are only 12,000 public stations in the whole country. The Supercharger network from Tesla might address that, starting with routes from Delhi to Chennai.

The global context makes things more interesting. Tesla’s Shanghai Gigafactory cranks out a million cars annually, outpacing any other electric vehicle factory in China.
In India, Tesla tax breaks might be similar, with the company sending cars to Southeast Asia and the Middle East.

Indians in cities are ready. According to surveys, 70% of millennials in Tier-1 cities want an electric vehicle next. But there are problems ahead, like the high cost of batteries (40% of the price of an EV) and the lack of raw materials. Tesla has an advantage because it makes its own 4680 cells, which is a form of vertical integration. Add to it India’s lithium riches in Jammu and Kashmir, and you’ve got a powerhouse.

What if Tesla’s manufacturing sets off a chain reaction? Could it finally make electric vehicles popular with the middle class, or will cheap Chinese imports hurt it?

Problems to Come: Infrastructure, Competition, and Politics
There are bumps in the road. India’s grid is already at its limit during peak times, and EVs could overburden it without smart charging. Tesla promises vehicle-to-grid technology that sends power back to the grid when there is extra power.

There is a lot of competition. Tata Motors is in the forefront, with more than 50,000 Nexon EVs sold last year. The XUV400 from Mahindra and the Atto 3 from BYD in China are close behind. Hyundai and Kia are also moving to other countries. What makes Tesla’s brand so special? Think of autopilot and over-the-air updates. But at what cost?

Politics comes into play. The elections in Maharashtra are coming up in late 2026, and a Tesla win may be a big deal. The BJP government in Gujarat sees it as a way to improve things after the Gujarat Model. Elon Musk’s carefree attitude, which includes tweeting about everything from DOGE to Mars, would not sit well with India’s strict rules.

And then there’s the supply chain. Lithium, cobalt, and nickel are things that Tesla needs. India is pushing for more mining at home, but it takes time to grow. Working with Reliance or Adani on battery plants could help fill the gap.

It’s a sure thing for the environment. Fifteen percent of India’s CO2 comes from transportation. A move spearheaded by Tesla may lower that number by a lot, which would be in line with the aims for net-zero by 2070.

The Big Picture: Jobs, the Economy, and More
Tesla’s growth in India isn’t just about vehicles; it’s also good for the economy. A Gigafactory could hire 10,000 people to put things together, 5,000 people to do research and development, and other companies could start up as suppliers. Women in STEM? Tesla’s global push for diversity fits with India’s efforts to train people.

Exports are important too. If India makes trade deals with ASEAN, Indian Teslas might overwhelm Vietnam and Indonesia. This adds to the $700 billion in foreign reserves that are already there.

Relatable angle: Imagine a Nashik engineer taking a Tesla to work and charging it at a highway stop while drinking chai. That’s the future calling.

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Passenger Vehicles Sales Registered by Tata Motors Passenger Vehicles Ltd in Q4 FY26

Sales in the domestic & international market for Q4 FY26 stood at 201,368 units, compared to 146,999 units during Q4 FY25.

Includes sales of Tata Passenger Electric Mobility Limited, subsidiary of Tata Motors Passenger Vehicles Ltd.

Mr. Shailesh Chandra, MD and CEO, Tata Motors Passenger Vehicles Ltd. said, “PV industry sales are expected to reach record volumes of ~4.7 million units for the year, reflecting 8% year on year (YoY) growth. The industry witnessed a strong rebound in the second half, posting double digit growth, supported by GST 2.0 implementation and a robust festive season. Customer preference for greener technologies gained further momentum, with CNG volumes growing at ~20% YoY and EV volumes surpassing the milestone of 200,000 units. This growth was driven by improving consumer confidence in EVs and wider participation with all major OEMs launching new products, offering more choice.

For Tata Motors Passenger Vehicles, FY26 has been a landmark year marked by multiple milestones. We achieved our highest ever annual sales volumes of over 6.4 lakh units, delivering industry beating growth of 15% YoY and ended it with strong positive momentum, emerging as the #2 ranked player in the industry based on Vahan registrations in H2. We also recorded strong international business volumes of over 10,000 units, driven by our re-entry into South Africa. Our emission-friendly powertrains delivered industry-leading performance in CNG with sales exceeding 1.7 lakh units during the year (24% YoY growth). In EVs, we further strengthened our leadership position with our sustained focus on strengthening the value proposition and holistically addressing adoption barriers. This led to robust 43% YoY growth and our highest-ever EV volumes of over 92,000 units during FY26.

In Q4 FY26, we delivered our highest ever quarterly sales, crossing 200,000 units, and recorded a strong 37% YoY growth. The quarter also marked our highest ever EV sales, with volumes of ~27,000 units, registering a sharp 69% YoY growth.

Nexon and Punch emerged as the highest selling SUV models in H2, underscoring the strength of our SUV portfolio, while industry-beating growth in hatchbacks reinforced their customer preference. Our recent launches of Sierra, refreshed Punch and petrol version of Harrier & Safari continue to see progressive growth in customer traction, across bookings, enquiries and deliveries.

Looking ahead, industry momentum is expected to sustain, led by growth in SUVs, CNG and EV. At the same time, the industry will need to closely monitor geopolitical developments to mitigate potential supply-side risks. For Tata Motors Passenger Vehicles, we expect to build on the strong momentum of H2 and continue to deliver industry-beating growth in FY27, supported by recent launches, a strong pipeline of new products, and established multi-powertrain strategy.”

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·         All-New Kia Seltos secures a 5-star safety rating in Bharat New Car Assessment Program (BNCAP)

·         Sets a new safety benchmark with the highest Adult Occupant Protection score among ICE vehicles in BNCAP history

·         Achieves a combined score of 76.70, the highest across ICE vehicles tested under BNCAP to date

·         Scores highest-ever 31.70 points for Adult Occupant Protection; and 45.00 points for Child Occupant Protection – one of the highest in its category, reinforcing its focus on comprehensive occupant safety

Reinforcing its commitment to advancing vehicle safety in India, Kia India today announced that the All-New Kia Seltos has secured a 5-star safety rating under the Bharat New Car Assessment Program (BNCAP), achieving the highest Adult Occupant Protection score among ICE vehicles tested under BNCAP, along with a strong Child Occupant Protection score – one of the highest recorded, and emerging as the highest-scoring ICE vehicle overall.

This milestone sets a new benchmark in automotive safety, establishing the Seltos as the reference point for ICE vehicle safety under India’s official crash test program.

The certification was formally presented to Kia India at a special ceremony, where Shri Nitin Gadkari, Hon’ble Minister of Road Transport and Highways (MoRTH), handed over the BNCAP certificate.

On this significant milestone, Mr. Gwanggu Lee, MD and CEO of Kia India said, “Safety is an integral part of Kia’s product philosophy as we continue our journey towards becoming one of the most trusted mobility brands in India. The All-New Kia Seltos achieving a 5-star rating, along with the highest-ever Adult Occupant Protection score across ICE vehicles under BNCAP, across ICE vehicles under BNCAP, with one of the strongest Child Occupant Protection scores recorded to date, has emerged as the highest-scoring ICE vehicle overall under BNCAP. This is a strong validation of our engineering capabilities and intent where every aspect of the vehicle, from its structure to its advanced safety technologies, has been developed with occupant protection at its core, making it a strong choice as a family SUV. This milestone sets a new benchmark for safety and reflects our commitment to bringing globally benchmarked safety standards to customers in India.”

During the Bharat NCAP assessment, the All-New Kia Seltos delivered strong performance across crash scenarios, achieving 31.70 points for Adult Occupant Protection — the highest among ICE vehicles tested till date — and 45.00 points for Child Occupant Protection, one of the highest scores recorded, taking its combined score to 76.70 — the highest across ICE vehicles under BNCAP – reinforcing its focus on comprehensive occupant safety. The result validates the engineering strength of the new K3 platform, which forms the foundation of the SUV. Designed with enhanced structural rigidity and improved crash energy management, the platform incorporates reinforced hot-stamped components and high-strength steel to effectively absorb and distribute impact forces during a collision.

The All-New Kia Seltos integrates a comprehensive safety ecosystem tailored for Indian driving conditions, making it a well-rounded SUV for families, combining active, passive and preventive technologies. It features a robust 24 Standard Safety Pack including 6 airbags, ESC, HAC and other advance safety features, along with an ADAS Level 2 suite offering 21 autonomous safety features such as Forward Collision-Avoidance Assist and Smart Cruise Control with Stop & Go. Additional technologies like Blind View Monitor, 360°Surround Camera and Side Parking Sensors further enhance driver awareness, vehicle stability and occupant protection.

The milestone also marks another significant step in Kia’s safety journey in India. Following the success of the Kia Syros, the All-New Seltos becomes the second Kia model to achieve a 5-star BNCAP rating, further strengthening the brand’s commitment to enhancing safety across its product portfolio.

Since its introduction, Kia Seltos has consistently redefined expectations in the SUV segment through continuous evolution and the integration of advanced technologies. It has played a pivotal role in establishing Kia’s presence in India and remains one of its most successful and widely loved offerings. All-New Seltos has further strengthened its market position, consistently achieving over 10,000 units in monthly sales since launch, reflecting strong customer preference and sustained demand. The BNCAP rating further reinforces the trust and confidence that customers have placed in the Seltos over the years.

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·         As the CFO of SAVWIPL, Nitin Selot will be responsible for the financial steering of the Group in India

·         He joins SAVWIPL at a crucial phase as the Group continues to redefine processes and strengthens the foundation of its Indian operations

·         Nitin Selot brings 35 years of extensive financial leadership experience across diverse sectors

Škoda Auto Volkswagen India Private Limited (SAVWIPL) has announced the appointment of Nitin Selot as its new Executive Director – Finance, IT and Legal Affairs, effective 19 February 2026. In this role, he will lead the financial strategy and IT transformation of the Group in India, steering its next phase of growth. SAVWIPL manages the India operations of six prestigious brands – Škoda, Volkswagen, Audi, Bentley, Lamborghini, and Porsche – and operates two state-of-the-art manufacturing facilities in Pune and Chhatrapati Sambhajinagar.

Holger Peters, Board Member for Finance, IT and Legal Affairs, Škoda Auto a.s. said, “We welcome Nitin Selot to Škoda Auto Volkswagen India at a pivotal moment where India is the most important market for Škoda Auto a.s. outside Europe. His appointment comes at a crucial time as we continue to strengthen our financial discipline, enhance governance, and build resilience across our operations in India. Nitin’s vast experience across multiple industries and his proven ability to lead complex financial and IT transformations will be invaluable as we align our long‑term strategy with the evolving needs of the Indian market. I am confident that his leadership will reinforce our financial foundation, support innovation, and drive sustainable growth for all our brands in India.”

Piyush Arora, Managing Director and CEO, Škoda Auto Volkswagen India Private Limited, said, “I am pleased to welcome Nitin Selot as Škoda Auto Volkswagen India enters an exciting new chapter of transformation driven by the collective momentum of our six aspiration brands. We continue to redefine our processes, improving productivity, and advancing our local-for-local approach, strengthening the foundation of our India operations. Looking ahead, the robustness of our financial strategy and the agility of our IT systems will be central to sustaining this progress. With his extensive experience across industries and geographies, Nitin Selot is well‑placed to further sharpen our investment approach, driving efficiency, and ensuring that SAVWIPL is future‑ready.”

 
With 35 years of leadership experience across diverse industries, Nitin Selot brings deep expertise in strategic financial planning, regulatory governance, and end-to-end financial management. Prior to joining SAVWIPL, he held senior leadership positions at JCB India, Compass Group India, Shell and Mars Wrigley. He holds Finance and Accounting degrees – including an A.C.M.A. from the Institute of Cost & Management Accountants of India, an MBA in Finance from the Institute of Management Technology, Ghaziabad, and an ACS from the Institute of Company Secretaries of India.

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·         Launch on March 17, 2026

·         Online bookings via the Audi India website www.audi.in and the myAudi connect App

·         Initial booking amount of INR 5,00,000

Mumbai, 10 March 2026: Audi, the German luxury car manufacturer, today opened bookings for the new Audi SQ8 in India. The SUV can be booked with an initial booking amount of INR 5,00,000 via the Audi India website or on the myAudi connect application.

Strategically positioned within Audi’s Q range, the new Audi SQ8 is powered by a 4.0-litre V8 TFSI engine producing 373 kW and 770 Nm of torque. This enables an exhilarating 0–100 km/h sprint in just 4.1 seconds, with a top speed of 250 km/h. Equipped with Audi’s quattro permanent all-wheel drive featuring a self-locking centre differential, adaptive air suspension sport and all-wheel steering, the Audi SQ8 delivers a driving experience that is both dynamic and refined.

Mr. Balbir Singh Dhillon, Brand Director, Audi India, said, “The Audi SQ8 represents the ideal meeting point between everyday luxury and uncompromising sporty performance. Its formidable engine and distinctive S character make it a remarkably complete SUV. The enthusiasm we have seen for our Audi Q8 family in India gives us great confidence that the new Audi SQ8 will resonate strongly with our customers who seek more than a conventional luxury SUV. We are delighted to open bookings and encourage performance enthusiasts to secure their Audi SQ8 early, as availability will be limited.”

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The Rise of Electric Cars for the People in India
In early 2026, Maruti Suzuki released the e-Vitara, which was the first electric SUV that anyone could buy. It was priced similarly to other SUVs with internal combustion engines and said that owning it would be cheap. After it, Tata made better versions of the Punch.ev and the famous Sierra.ev, which are built for people who live in cities and drive on highways and have better battery technology.The Mahindra BE.05 and other electric vehicles on the INGLO platform make up the rest of the group. They seek packs that can charge quickly up to 175 kW and with 60–80 kWh of power.

These launches are in line with India’s push for electric vehicles (EVs), which are estimated to get INR 2.23 lakh billion in investments by 2025. But just 18% of the predicted Rs 12.5 lakh crore for 2030 has really transpired. People are now more interested in “EV cost of ownership India,” “real-world EV range highways,” and “battery performance Indian heat” than they are in simple issues.

The government pays up to Rs 2.5 lakh in subsidies in locations like Maharashtra and Delhi, which makes it even easier to acquire an EV. The total cost of owning an electric vehicle (EV) is now comparable to that of a gasoline-powered car (ICE), as EVs cost Rs 6–7 per kilometer compared to ICE vehicles, which have higher fuel bills.
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A Look at the Test Vehicle: The Maruti e-Vitara
The e-Vitara’s battery technology is sturdy and performs well in India. It has the reliability of a Maruti and the efficiency of an EV. It costs between Rs 17 and 21 lakh on the road, and it’s meant for families who want an affordable way to get around without having to worry about running out of gas. Two significant features are light steering for driving in the city and a stiffer suspension for roads with a lot of potholes. Testers, on the other hand, indicated they were uncomfortable on extended trips.

The e-Vitara had a state of charge (SOC) of 79% when it was tested in the real world, and it could go as far as 385 km. This will be the benchmark for mass-market EVs in 2026, when promised numbers are often 20–30% higher than what is actually attainable because of heat, speed, and load.

City Traffic Trial: Focus on Making Cities Work Better
Driving in Indian cities means a lot of pauses, air conditioning blasts, and slow creeping, which uses up EV batteries faster than roads do. The test for the e-Vitara began in Gurugram, where there was a lot of traffic. The SOC dropped from 79% to 62% throughout the first 75 kilometers. This meant that it would be able to go 292 kilometers.
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Traffic had a major influence; idling and speeding up used 17% of the battery over 75 km, or 5.3 km per percent SOC, which was worse than ideal because it was 35°C+ hot. In the summer in India, heat throttling makes the range drop by 5–10%, and when the batteries are completely charged at 45°C, they wear out faster. In city mode, the car used 12 to 15 kWh per 100 km, which is about the same as comparable cars like the Tata Punch.ev that had similar tests in the city.
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The e-Vitara did better than the Tata Punch.EV city runs (around 200–250 km full range with mixed loads), however AC and traffic made things more expensive, increasing the cost per km to roughly Rs 7. Experts claim that regenerative braking, which recovers 10–15% of energy, works well in cities, but India’s bustling stops make this less beneficial.

Pushing Limits to Chandigarh on the Highway Haul
The e-Vitara could go 90 to 100 km/h on the Gurugram-Chandigarh route (282 km) because better aerodynamics and consistent throttle made it more efficient. The SOC went down to 39% at 160 km, while the range on the screen read 185 km. The close margins meant that a charging had to be skipped at a dhaba to find out what the real limitations were.
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The car went 282 km with 79% SOC, which is practically emptying to 0%. This indicates that in mixed conditions, it could run 356 kilometers on a full charge. Highway efficiency went up to 6–7 km per percent, which is far better than in the city. This was achievable since there was less stopping and V2L for emergencies.
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Based on speed versus range data, going 70 km/h provides you 20% greater range than going 100 km/h. The e-Vitara test showed that speed uses far more power than heat. The AC lowered the range by 10–15% on the highways at 86°F, but not as much as expected in extreme scenarios. Full family load simulations were similar Punch.ev testing, which lowered the range by 10–15% but still made it possible to go 250 km or more.
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This is better than several Tata Harrier.ev mixed runs (400 km in the real world compared to 622 km stated) and sets a high bar for other cars.
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Comparative Range of Main Models
The Maruti e-Vitara offers the best overall performance, with a range of 250 to 280 km in the city and 350 to 360 km on the highway. This is because it is designed to handle heat and has a strong suspension. The Tata Punch.ev is a good car for driving in the city since it can do 200 to 250 km in the city and 250 to 300 km on the highway. It also saves money in Eco mode.
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The Tata Sierra.ev has bigger 65–75 kWh packs and all-wheel drive options that offer it ranges of 300–350 km in the city and 450–500 km on the highway. The Mahindra BE.05 costs about Rs 25 lakh and can run 280–320 km in the city and over 400 km on the highway. It also allows quick charging. These cars can go 20–30% farther on highways than in cities because the speeds are more stable and there is less braking.
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The Real Issue: Charging Infrastructure
India’s EV charging isn’t keeping up with the rise of electric cars. There are thousands of charging stations, but not enough on roads. By 2026, highways like the one between Delhi and Chandigarh will be busier because OPG Mobility and Tata are building a network of 400,000 stations, including 30,000 fast chargers. The e-Vitara test skips dhabas with 175kW units that charge 80% in 30 minutes, which is highly crucial for 2026 ownership.

The metropolitan stations in Pune and Mumbai are the most popular, but it’s still necessary for the mass market to grow in Tier-2 cities. Battery-as-a-Service (BaaS) models from MG, Tata, and Maruti lower the initial costs by 20–30%, but they do raise the recurring costs a little.

Cost of Ownership: EVs Win in the Long Run
People are more interested in “EV cost of ownership” now that they’ve tried it out in real life. It costs Rs 1.5–2 per kilometer to run the e-Vitara, which uses 14–16 kWh of electricity every 100 km. This is a lot less than the Rs 6+ that other fuel SUVs cost.
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An electric vehicle (EV) cost roughly Rs 10 lakh after five years and 50,000 miles, whereas a fuel vehicle cost Rs 11.4 lakh. This was because there were no brake problems or oil changes. As long as their batteries are still under warranty for eight years, owners can take care of maintenance that has to do with heat as long as they don’t fully charge their batteries during the warmest part of the summer. Taking the highway adds up to Rs 1.4 lakh in savings, making EVs a smart choice for the long term.

Interest rates on commercial EVs, which are currently between 15% and 33%, will probably drop considerably more in 2026, making it easier to acquire financing.
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What this means for India amid the heat and traffic
These investigations prove that mass-market electric vehicles (EVs) like the e-Vitara can really go 70–80% of the distance they say they can in real-life Indian settings. This means they are good for 50 km excursions to work and 250 km trips on the highway. Heat lowers yields by around 10%, but adding more infrastructure helps with range anxiety.

People in the business like how the roadway works, but they want softer suspensions so that potholes are simpler to deal with. It’s crucial to teach drivers about Eco settings and preconditioning because 26% of Tata’s customers are buying their first electric car.

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More individuals are choosing electric automobiles since they don’t know how much gas will cost. This transformation is happening all throughout the world, and it will happen faster in 2026.

Sales of electric vehicles (EVs) are going through the roof all over the world as consumers and governments look for greener solutions because of rising fuel prices and worries about the environment. This change, which started to happen more quickly in early 2026, is a turning point in transportation.

Why the EV boom happened
The main reason more people are using electric cars is that fuel prices are still up in the air. Oil markets all over the world have been shaky. For instance, Brent oil has been trading between $75 and $95 per barrel for the past few months because of worries about the Middle East and harsh weather that has caused problems with the supply system. Gas prices went climbed 15–20% in significant places including Europe and India in late 2025. Because of this, more and more individuals think that electric vehicles (EVs) are a good method to avoid these expenditures. In February 2026, for instance, the average price of gas in the US was about $3.80 a gallon. According to industry trackers, this caused a 28% increase in EV registrations compared to the same month the year before.

More and more models are becoming affordable. The Tesla Model 3 update and the BYD Seagull, which costs less than $20,000 to ship, have made it easier to buy these cars. The Tata Motors Nexon EV and the MG ZS EV are the two electric cars that people in India buy the most. Prices start at ₹12 lakh. Because they are created in India, the cost of importing them is lower. In the real world, these cars can now drive 300 to 400 km, which is enough for daily commutes in cities like Pune, where traffic makes fuel consumption less efficient.

Updates sent over the air add self-driving features that make the car safer and more desirable. Level 3 autonomy in some models makes it less likely that people will make mistakes, which is what causes 94% of road accidents. AI-optimized energy management also makes batteries last 15% longer.

How the economy changes and how businesses react
More people are using electric cars because gas prices are going up. This is affecting the way economies work. Countries that rely on oil, such as Saudi Arabia, are expanding their supply chains to include electric vehicles. Aramco, for instance, invested $1.5 billion in Lucid Motors. Car companies, on the other hand, are altering their attitudes. Ford and GM have set aside 40% of their production for EVs in 2026, while legacy businesses like Volkswagen declare that EVs are earning more money than combustion models for the first time.

A lot of jobs are being created in green industries. There will be 10 million new jobs creating electric cars and building the infrastructure for them by 2030. India’s ₹26,000 crore PLI project aims to create 5 million of these jobs. But there are still problems: the costs have gone up by 20% since there aren’t enough raw materials for lithium and cobalt. This has led to recycling schemes that get back 95% of battery materials.

Electric vehicles (EVs) cost 60% less to run than gasoline cars, and maintenance is 30% cheaper since they have fewer moving parts. This means that consumers save money on the total cost of ownership. This indicates that a typical driver in India who drives 15,000 miles a year can save ₹1.5 lakh a year.

Things that are making the surge slower
There are still challenges, even when things are moving. Delays in deliveries are due to problems in the supply chain that have been made worse by trade tensions between the U.S. and China. Some popular models have to wait as long as six months. Grid strain is a challenge in countries that are developing, like India. If smart grids became common, demand during peak hours could go up by 10–15%, which would mean changes would have to be made.

People that are careful with their money don’t want to pay fees up front, even if they are lower. There aren’t many charging stations in remote locations, which makes them less enticing. But companies like BluSmart in Pune are building 5,000 stores through ride-hailing fleets. There are still things that consumers don’t know. Myths regarding battery degradation (which is now warranted for 8–10 years) hinder down adoption.

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