Kawasaki took to the EICMA Milan Motorcycle Show to unveil a trio of electric motorcycles, with Electrek front and center to see the action live. The Kawasaki Ninja EV and Kawasaki Z EV were revealed as traditional battery electric motorcycles, while the company also unveiled an HEV hydrogen-powered concept motorcycle. While the electric Ninja and Z models are both still in prototype form, Kawasaki Motors president Hiroshi Ito announced to the audience that the two models would be available for purchase next year.
Kawasaki Z, Ninja electric bikes
The Japanese brand took the wraps off a number of bikes at EICMA 2022, yesterday. As per the company, it will roll out the Ninja electric bike and Z electric bike in global markets next year, which are officially called the Ninja BEV and Z BEV, respectively. Both the Ninja BEV and Z BEV electricbikes will be available for purchase in 2023.
These bikes appear to have been inspired by the Z400 and the Ninja 400. According to the brand, these bikes will abide by the A1 requirements. Moreover, they will be marketed as entry-level electric performance bikes and will share the same battery with a capacity of up to 3.0 kWh.
The hybrid electric vehicle prototype, on the other hand, is still a little ways off from going into production, but Kawasaki predicts that it will hit the market by 2024. Further information on the motorcycle is still expected, but the HEV will have robust hybrid technology and will use either hybrid power or simply electric power depending on the needs.
President Ito has reaffirmed that Kawasaki is still heavily focused on bikes with internal combustion engines even if the company has begun to move toward electric motorcycles. Additionally, he stated that Kawasaki will launch about 30 ICE models internationally between 2024 and 2025, with almost half of them arriving in Europe.
For the safety of the rider, both the Z EV and Ninja EV are equipped with disc brakes on both the front and rear wheels, along with dual-channel ABS and a regenerative braking system for improved braking performance.The suspension duties on both motorcycles are taken care of by telescopic forks on the front and a mono-shock unit on the rear end.
As of now, the pricing and availability details for the Z EV and Ninja EV are very much a mystery. When launched, we can expect both all-electric motorcycles to be priced at around Rs. 5 lakh (ex-showroom) in India.
Kawasaki took to the EICMA Milan Motorcycle Show to unveil a trio of electric motorcycles, with Electrek front and center to see the action live. The Kawasaki Ninja EV and Kawasaki Z EV were revealed as traditional battery electric motorcycles, while the company also unveiled an HEV hydrogen-powered concept motorcycle. While the electric Ninja and Z models are both still in prototype form, Kawasaki Motors president Hiroshi Ito announced to the audience that the two models would be available for purchase next year.
Kawasaki Z, Ninja electric bikes
The Japanese brand took the wraps off a number of bikes at EICMA 2022, yesterday. As per the company, it will roll out the Ninja electric bike and Z electric bike in global markets next year, which are officially called the Ninja BEV and Z BEV, respectively. Both the Ninja BEV and Z BEV electricbikes will be available for purchase in 2023.
These bikes appear to have been inspired by the Z400 and the Ninja 400. According to the brand, these bikes will abide by the A1 requirements. Moreover, they will be marketed as entry-level electric performance bikes and will share the same battery with a capacity of up to 3.0 kWh.
The hybrid electric vehicle prototype, on the other hand, is still a little ways off from going into production, but Kawasaki predicts that it will hit the market by 2024. Further information on the motorcycle is still expected, but the HEV will have robust hybrid technology and will use either hybrid power or simply electric power depending on the needs.
President Ito has reaffirmed that Kawasaki is still heavily focused on bikes with internal combustion engines even if the company has begun to move toward electric motorcycles. Additionally, he stated that Kawasaki will launch about 30 ICE models internationally between 2024 and 2025, with almost half of them arriving in Europe.
For the safety of the rider, both the Z EV and Ninja EV are equipped with disc brakes on both the front and rear wheels, along with dual-channel ABS and a regenerative braking system for improved braking performance.The suspension duties on both motorcycles are taken care of by telescopic forks on the front and a mono-shock unit on the rear end.
As of now, the pricing and availability details for the Z EV and Ninja EV are very much a mystery. When launched, we can expect both all-electric motorcycles to be priced at around Rs. 5 lakh (ex-showroom) in India.
Picture this: You’re cruising through Mumbai’s bustling streets in your sleek Tesla Model Y, and your battery indicator starts flashing. Where do you charge? This question has kept many potential EV buyers awake at night. But Tesla is about to change that narrative completely.
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The Big Reveal: Tesla’s Infrastructure Master Plan
Elon Musk’s electric vehicle empire isn’t just bringing cars to India—they’re building an entire ecosystem. Tesla India General Manager Sharad Agarwal revealed that the company plans to develop charging infrastructure covering all major cities, strategically placing stations where customers live, work, and play.
Think about your daily routine. Morning coffee at your favorite café, lunch meetings at business districts, weekend getaways at hill stations—Tesla’s planning to be there at every stop. That’s not just convenient; it’s revolutionary.
What’s Already Here?
Tesla has hit the ground running with impressive speed:
Current Charging Network:
Location
Type
Capacity
Mumbai (BKC)
V4 Superchargers
4 units
Delhi
V4 Superchargers
Available
Gurugram
V4 Superchargers
Coming Soon
Hotels & Malls
Destination Chargers
10 units
With the Gurugram station set to become operational soon, Tesla will run four charging stations across India, equipped with 16 superchargers and 10 destination chargers.
The Speed That Matters
Here’s where Tesla leaves the competition in the dust. Their V4 Superchargers aren’t your average charging points—they’re technological marvels. A Tesla Model Y can gain up to 260–267 km of range in just 15 minutes. That’s barely enough time to grab a quick snack!
Charging Costs Breakdown:
Supercharging: ₹24 per kWh (approximately ₹1,800–₹2,000 for full charge)
Home Charging: Starting at ₹22,500 for installation
Cost Advantage: One-tenth the price of petrol
Why India Needs This (Desperately)
Let’s talk about the elephant in the room—India’s air quality crisis. Delhi and Mumbai regularly top global pollution charts, and it’s not getting better. The company has delivered more than 8 million cars worldwide, which has helped reduce carbon emissions by 32 million tonnes.
Every Tesla on Indian roads represents cleaner air for our children, reduced healthcare costs, and a step toward energy independence.
The Numbers Game: India’s EV Challenge
India’s charging infrastructure has grown dramatically—from 1,800 stations in February 2022 to over 16,000 by March 2024. Impressive growth, right? But here’s the catch: the ratio of EVs to public chargers remains high, with about 135 vehicles per charger, compared to the global average of 6 to 20 EVs per charger.
Tesla’s entry could be the catalyst that changes everything.
The Customer-First Approach
What sets Tesla apart is their philosophy. Tesla builds infrastructure around customer lifestyles—where they eat, where they work, where they go for staycations. This isn’t just about installing charging boxes; it’s about reimagining the entire ownership experience.
Tesla’s Three-Tier Charging Strategy:
Home Charging: Convenient overnight charging at your residence
Destination Charging: Longer charging sessions at hotels, malls, restaurants
Supercharging: Quick top-ups during road trips or urgent needs
Government Support: The Wind Beneath Tesla’s Wings
The company is receiving overwhelming support from government to build infrastructure, with policies like PM E-DRIVE allocating ₹10,900 crore toward EV infrastructure and subsidies. This public-private partnership is exactly what India needs to accelerate the electric revolution.
The Road Ahead
Tesla’s currently importing Model Y vehicles, with prices starting at ₹59.89 lakh for the standard version and ₹67.89 lakh for the long-range variant. While premium pricing might seem steep, the math tells a different story. Buyers can recover nearly one-third of the vehicle’s cost in four to five years through lower fuel and maintenance expenses.
As Tesla expands to tier-1 and tier-2 cities, we’re looking at a transformation in how Indians perceive electric vehicles—from experimental luxury to practical necessity.
The Bottom Line
Tesla’s robust EV charging infrastructure isn’t just about plugging in cars—it’s about plugging India into a sustainable future. With strategic locations, lightning-fast charging speeds, and government backing, Tesla is setting new standards that will benefit the entire EV industry.
Remember when flying cars were just sci-fi fantasies? The Jetsons zooming through the air, James Bond escaping villains in aerial vehicles? Well, China just turned that dream into your 2026 reality. And here’s the twist: it’s all thanks to electric vehicle technology.
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From Traffic Jams to Sky Lanes: The $1.5 Trillion Vision
Imagine this: You’re stuck in Beijing’s notorious rush hour traffic. Your meeting starts in 30 minutes across the city. Suddenly, your car’s propellers emerge, and within seconds, you’re airborne, gliding above the gridlock. This isn’t science fiction anymore—the eVTOL market is projected to reach $1.5 trillion annually by 2040, and China is leading the charge.
The secret weapon? The same battery and electric motor technology that powers millions of Teslas, BYDs, and XPengs on roads today is now lifting vehicles into the sky.
China’s Sky-High Dominance
China already controls 50% of the world’s total eVTOL models, leaving the United States and Europe scrambling to catch up. But how did China leap so far ahead so quickly?
The answer lies in a perfect storm of innovation: world-leading EV technology, massive drone manufacturing experience, aggressive government support, and the willingness to move at breakneck speed.
China’s Flying Car Advantage:
Factor
China’s Edge
Impact
EV Technology
World’s largest EV market & producer
Proven battery systems, motors, software
Drone Expertise
Leading multi-rotor drone manufacturer
Flight control systems already perfected
Manufacturing Scale
Massive production capabilities
Lower costs, faster deployment
Government Support
“Low-altitude economy” policy priority
Dedicated flightpaths, $278B target by 2030
Speed of Execution
50 days from MoU to groundbreaking
Rapid commercialization timelines
The Three Phases of Flying Car Evolution
According to China’s official white paper on flying cars, the revolution will unfold in three distinct stages:
Timeline for Flying Car Development:
Phase
Timeline
Milestone
What It Means
Phase 1.0
2025-2035
Commercialization begins
Cargo eVTOLs operational; passenger demos in specific scenarios
Phase 2.0
2035-2050
Large-scale manufacturing
Intelligent eVTOLs become major low-altitude transport mode
Phase 3.0
2050+
Mass adoption
Amphibious flying cars integrate ground and air transport
We’re entering Phase 1.0 right now. XPeng’s Chairman He Xiaopeng announced that mass production of their split flying car land aircraft carrier is expected in 2026.
Meet the Players: China’s Flying Car Pioneers
XPeng AeroHT: The Dual-Mode Dream
XPeng’s subsidiary AeroHT showcased two flying car types at CES 2024: the modular Land Aircraft Carrier and the sportier eVTOL with pop-out propellers. Unlike competitors, XPeng’s vehicles can actually drive on roads—not just fly.
The Land Aircraft Carrier features a separate aircraft that launches from the car itself. Think of it as a mobile helipad that you can drive to work. Deliveries are expected to begin in Q4 2025, with pricing comparable to luxury performance cars.
What makes XPeng special? They’re not aviation experts trying to build cars—they’re car experts applying proven EV technology to flight. Through August 2025, XPeng delivered 271,615 vehicles, a 252% increase year-over-year, proving they understand mass production.
EHang: The Pioneer Who Started It All
EHang made waves at CES 2016 with the EHang 184, becoming the first Chinese company to seriously pursue passenger drones. Years later, they’ve given journalists test flights and gone public on Nasdaq, validating the entire industry.
AutoFlight: Breaking Distance Barriers
In February 2024, AutoFlight achieved a milestone: their five-seater Prosperity eVTOL completed the world’s first inter-city electric air taxi flight between Shenzhen and Zhuhai. This wasn’t a short hop—it demonstrated practical, long-distance urban air mobility.
Why EV Technology Changes Everything
Here’s why electric vehicle breakthroughs are the secret sauce:
The EV-to-eVTOL Technology Bridge:
Battery Energy Density: Advanced lithium-ion batteries developed for EVs provide the power-to-weight ratio needed for flight
Electric Motors: High-efficiency motors that propel Teslas and BYDs can spin propellers with precision
Power Management: Sophisticated battery management systems ensure safe, reliable operation
Manufacturing Scale: China’s massive EV production infrastructure reduces costs dramatically
Software & AI: Autonomous driving technology translates directly to autonomous flight control
The China Society of Automotive Engineers’ 2024 report confirmed that smart EV development has laid a solid industrial foundation for smart electric aviation. Technologies don’t need to be reinvented—they need to be adapted.
The “Low-Altitude Economy”: China’s Master Plan
Beijing didn’t stumble into this leadership position. They engineered it through strategic policy-making. The government has designated the “low-altitude economy” as a national priority, with authorities aiming to grow the sector from $69 billion in 2023 to $278 billion by 2030.
This includes:
Establishing dedicated eVTOL flightpaths by local governments
Streamlined certification processes through the Civil Aviation Administration of China
Massive infrastructure investments in charging stations and landing pads
Integration with logistics, emergency services, agriculture, tourism, and security sectors
Real-World Applications Already Taking Flight
Flying cars aren’t just for thrill-seekers. China envisions practical applications:
Urban Air Mobility: Skip traffic between cities for business meetings Emergency Medical Services: Transport patients faster than ambulances Cargo Logistics: Drone delivery on steroids for time-sensitive goods Tourism: Aerial sightseeing tours over scenic destinations Agricultural Services: Crop monitoring and precision farming Security Operations: Rapid response for law enforcement
The logistics sector alone is driving massive demand. China’s fiercely competitive delivery market is pushing companies to explore aerial transportation as conventional road capacity maxes out.
The Challenges: Regulation, Safety, and Social Acceptance
Let’s be real—not everything is smooth sailing (or smooth flying). XPeng President Brian Gu acknowledged that urban use of flying cars faces regulatory hurdles, suggesting initial deployment in unregulated areas before gradually moving to city centers.
Safety concerns are paramount. Unlike cars that can pull over, flying vehicles must maintain altitude and control at all times. That’s why companies are starting with cargo applications before carrying precious human passengers.
Then there’s the noise factor. Will neighborhoods accept the buzzing of dozens of eVTOLs overhead? Social acceptance will determine adoption speed as much as technology will.
Global Competition: Why the West Is Playing Catch-Up
Western companies face hurdles navigating stringent regulations and safety protocols, impeding progress beyond testing phases. While American and European firms like Joby Aviation and Airbus’s CityAirbus NextGen are developing impressive prototypes, they’re years behind Chinese commercialization timelines.
Joby Aviation plans to commercialize in 2025, and Airbus successfully flew its CityAirbus NextGen prototype in 2024. But neither has announced mass production dates or pricing comparable to Chinese competitors.
The regulatory environment matters immensely. China’s centralized approach allows faster approval processes, while Western regulatory fragmentation slows deployment.
What This Means for You
If you’re reading this from China, flying cars might become part of your transportation options within five years. For the rest of the world, China’s progress will force governments to modernize aviation regulations and infrastructure.
The broader implication? In 2024, more than 17 million EVs were sold globally, and the International Energy Agency forecasts that in 2025, battery-powered vehicles will account for one quarter of all cars sold worldwide. This same rapid adoption curve could apply to flying vehicles as technology matures and costs decline.
The Bottom Line
China’s flying car revolution isn’t about reinventing aviation—it’s about intelligently applying proven electric vehicle technology to an age-old dream. By leveraging their dominance in EVs, drones, and manufacturing, Chinese companies have positioned themselves to lead the $1.5 trillion eVTOL market.
Within two years, you might see XPeng’s Land Aircraft Carrier at a dealership near you. Within a decade, booking an aerial taxi could be as routine as ordering a ride-share today.
The Jetsons future isn’t coming. It’s already here—manufactured in China, powered by EV technology, and ready for takeoff.
Picture this: Two Indian automotive giants stand at opposite ends of a showroom Mahindra XEV 9e and Tata Harrier EV, each clutching their best electric SUV. Mahindra brings the futuristic XEV 9e with its coupe-SUV silhouette and triple-screen cockpit. Tata counters with the rugged Harrier EV, India’s first AWD electric SUV. Which one deserves your hard-earned money? Let’s settle this debate.
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The Price Tag: Who Offers Better Value?
Money talks, and in this premium EV segment, it’s shouting. The battle starts with pricing that’s surprisingly close, but the devil’s in the details.
Starting Price Comparison:
Model
Starting Price
Top Variant Price
Key Value Proposition
Tata Harrier EV
₹21.49 lakh
₹28.99 lakh (AWD)
Lower entry, AWD option available
Mahindra XEV 9e
₹21.90 lakh
₹30.50 lakh
Longer range, more tech features
Tata wins the affordability game with a starting price of ₹21.49 lakh compared to Mahindra’s ₹21.90 lakh. More importantly, Harrier’s top-spec RWD variant undercuts the XEV 9e’s equivalent by ₹3 lakh, and even the AWD Harrier costs ₹1.5 lakh less than the XEV 9e Pack Three.
But here’s where it gets interesting: Mahindra justifies its premium with longer range and more futuristic features. Is the extra investment worth it? Keep reading.
Battery & Range: The Numbers Game
Range anxiety remains the biggest barrier to EV adoption. Both manufacturers understand this, offering dual battery options to cater to different needs and budgets.
Battery Pack & Range Specifications:
Vehicle
Battery Options
MIDC Claimed Range
Real-World Range (Estimated)
Mahindra XEV 9e
59 kWh
542 km
420-450 km
Mahindra XEV 9e
79 kWh
656 km
500-530 km
Tata Harrier EV
65 kWh
538 km (RWD)
480-505 km (C75 tested)
Tata Harrier EV
75 kWh
622-627 km (RWD/AWD)
480-505 km (C75 tested)
The XEV 9e’s 79 kWh variant delivers an impressive 656 km claimed range, outpacing the Harrier EV’s maximum 627 km. Even more remarkably, the XEV 9e’s smaller 59 kWh battery (542 km) beats the Harrier’s larger 65 kWh pack (538 km).
This suggests Mahindra’s INGLO platform extracts more efficiency from every kilowatt-hour. However, Tata’s internal C75 testing shows real-world range of 480-505 km for the 75 kWh pack—a refreshingly honest estimate compared to optimistic MIDC claims.
Winner: Mahindra XEV 9e for maximum range on paper, though both deliver sufficient range for inter-city travel.
Charging Speed: Who Gets You Back on the Road Faster?
When you’re on a highway trip and need a quick charge, every minute counts. Here’s where the technical differences become practical advantages.
DC Fast Charging Performance:
Model
DC Charging Power
20%-80% Charging Time
AC Home Charging (0-100%)
XEV 9e (59 kWh)
140 kW
20 minutes
8.7 hours (7.2 kW)
XEV 9e (79 kWh)
180 kW
20 minutes
11.7 hours (7.2 kW)
Harrier EV (65 kWh)
100 kW
25 minutes
9.3 hours (7.2 kW)
Harrier EV (75 kWh)
120 kW
25 minutes
10.7 hours (7.2 kW)
The XEV 9e charges from 20-80% in just 20 minutes using a 180 kW fast charger, while the Harrier EV requires 25 minutes with a 120 kW charger. Those five minutes might seem trivial, but during a 500 km road trip with multiple charging stops, they add up significantly.
Interestingly, the Harrier EV charges slightly faster on AC home charging (10.7 hours vs 11.7 hours for the 79 kWh XEV 9e)—though you’ll be asleep for both, so it hardly matters.
Special Feature: Tata Harrier EV includes V2L (Vehicle-to-Load) and V2V (Vehicle-to-Vehicle) charging capability, meaning you can power your camping equipment or even charge another EV—a feature absent in the XEV 9e.
Power & Performance: AWD vs RWD Showdown
This is where the Harrier EV throws its knockout punch. Tata offers India’s first AWD electric SUV with dual motors producing 156 bhp (front) + 235 bhp (rear) for a combined 391 bhp and 504 Nm of torque.
Performance Comparison:
Specification
Mahindra XEV 9e
Tata Harrier EV (AWD)
Drivetrain
RWD only
RWD & AWD options
Power Output
231-286 bhp
396 bhp (dual-motor)
Torque
380 Nm
504 Nm
0-100 km/h
6.8 seconds
6.3 seconds
The Harrier EV’s AWD system sprints from 0-100 km/h in 6.3 seconds, beating the XEV 9e’s 6.8 seconds. More importantly, AWD provides superior traction during monsoons, off-road adventures, and hill climbing—practical advantages beyond just bragging rights.
The XEV 9e sticks exclusively to rear-wheel drive, which keeps costs down but limits its all-terrain capability.
Dimensions & Space: Size Matters (Sometimes)
The Mahindra XEV 9e is significantly longer (4,789 mm) than the Harrier EV (4,607 mm) by 182 mm, while the Harrier leads in width by 225 mm and height by 46 mm.
Interior & Cargo Space:
Dimension
Mahindra XEV 9e
Tata Harrier EV
Winner
Wheelbase
2,775 mm
2,741 mm
XEV 9e (+34 mm)
Boot Space
663 litres
502 litres
XEV 9e (+161 litres)
Frunk
150 litres
35 litres
XEV 9e (+115 litres)
Seating
5 seats
5 seats
Tie
The XEV 9e offers 663 litres of boot space and 150 litres of frunk storage, dwarfing the Harrier’s 502-litre boot and 35-litre frunk. For families taking weekend trips or buyers needing cargo flexibility, Mahindra’s packaging is clearly superior.
However, the Harrier’s extra width and height provide a more imposing road presence and potentially better shoulder room for passengers.
Features & Technology: Future vs Practical
Both SUVs pack impressive technology, but their philosophies differ dramatically.
Mahindra XEV 9e Tech Highlights:
Triple-screen setup spanning 43 inches across the dashboard
Harman Kardon 16-speaker audio system
Heads-up display
Connected ‘smart cabin’ apps
Panoramic glass roof
Level 2 ADAS
360-degree camera
Tata Harrier EV Tech Highlights:
14.3-inch QLED touchscreen
10-speaker audio system
Transparent under-car camera view
E-valet and park assist modes
Panoramic sunroof
Level 2 ADAS
360-degree surround cameras
V2L and V2V capability
The XEV 9e aims for luxury tech with its futuristic cabin, while the Harrier emphasizes rugged practicality and off-road savviness. Think Apple vs Samsung—both excellent, but serving different personalities.
Safety: Seven Airbags vs Six (Mostly)
The Harrier EV provides seven airbags as standard across all variants, while the XEV 9e includes six airbags as standard, reserving seven only for its top-spec model.
Additional Harrier safety features include:
Knee airbag, Acoustic Vehicle Alert System (AVAS), all-wheel disc brakes with wiping function, and SOS call feature
The XEV 9e counters with:
Air purifier, auto-defogging windshield, and comprehensive 360-degree live view with recording
Both achieved 5-star ratings from Bharat NCAP for adult and child safety, proving they’re equally capable of protecting occupants during crashes.
Charging Infrastructure: Ecosystem Matters
Beyond the vehicles themselves, access to reliable charging determines real-world usability.
Charging Network Comparison:
Tata Power Network: Covers 530 cities with over 100,000 home chargers, 5,500+ public/semi-public charging points, and 1,100 bus charging stations
Mahindra Network: Over 1,100 connected charging stations accessible through Adani Total Energies collaboration via Bluesense+ app
Tata’s charging ecosystem is significantly more extensive, providing peace of mind for long-distance travel—a critical advantage often overlooked when comparing spec sheets.
Both manufacturers offer lifetime battery warranty for the first buyer, reverting to 10 years from first registration date upon ownership transfer. This aggressive warranty signals confidence in battery longevity and helps reduce buyer anxiety about expensive battery replacements.
The Bottom Line
Over 10,000 buyers booked the Harrier EV within 24 hours of pre-orders opening, while Mahindra has delivered over 10,000 combined XEV 9e and BE 6 units—proof that both vehicles resonate with Indian buyers.
The Harrier EV wins on affordability, AWD capability, and practical features. The XEV 9e wins on range, charging speed, and futuristic technology. Your decision ultimately reflects whether you value performance and practicality (Harrier) or range and innovation (XEV 9e).
Maruti Suzuki’s first electric SUV has achieved a significant safety milestone, with the e Vitara securing a comprehensive 5-star rating in Bharat NCAP crash tests just ahead of its official launch. The e Vitara scored an impressive 31.49 out of a maximum 32 points in adult occupant protection, earning it a clear and impressive 5 stars, positioning it alongside rivals like the Tata Curvv EV and Mahindra BE 6 in the elite 5-star safety club.
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Exceptional Adult Occupant Protection
Both adult dummies showed good to adequate protection in the chest, tibias and knees, with a ‘good’ rating for the feet as well. The breakdown reveals outstanding performance across crash scenarios: in the Frontal Offset Deformable Test, the e Vitara scored an impressive 15.49 out of 16, with a full score of 16/16 for the Side Movable Deformable Barrier test.
Safety Category
Score
Rating
Adult Occupant Protection
31.49/32
★★★★★ (5-star)
Child Occupant Protection
Not disclosed
★★★★★ (5-star)
Frontal Offset Deformable Test
15.49/16
Excellent
Side Movable Deformable Barrier
16/16
Perfect
Vehicle Assessment Score
7.00/13
Good
Total Airbags
7 airbags
Standard
Safety Systems
Level 2 ADAS
Advanced
Comprehensive Safety Features
The e Vitara packs a long list of active and passive features, including Level 2 ADAS suite, 7 airbags, electronic stability control, electronic parking brake with auto-hold, front and rear parking sensors, 360-degree camera and hill hold assist. This comprehensive safety ecosystem positions the electric SUV at the forefront of India’s evolving vehicle safety standards.
The e Vitara is equipped with seven airbags, ISOFIX child seat anchorages, electronic stability control (ESC), and Level-2 advanced driver assistance systems (ADAS). Additional safety technologies include a 360-degree camera system and electronic parking brake, ensuring protection across multiple driving scenarios.
Child Occupant Protection Excellence
The e Vitara achieved 5 stars in both Adult Occupant Protection and Child Occupant Protection in the BNCAP test, though detailed child protection scores weren’t disclosed in initial reports. This dual 5-star achievement demonstrates Maruti Suzuki’s holistic approach to occupant safety across all age groups.
In the frontal impact test conducted at 64 km/h, the e Vitara offered ‘good’ protection to the driver and passenger’s head and neck, with the driver’s chest rated as ‘adequate’ and the passenger’s chest protection rated ‘good’. The SUV demonstrated ‘good’ protection for driver and passenger thighs and pelvis regions, with ‘adequate’ protection for driver tibias.
Safety Reputation Transformation
While Maruti used to have a reputation for making unsafe cars, recent BNCAP crash test results of cars like the Baleno, Dzire, Victoris and now the e Vitara show that India’s biggest carmaker also takes safety seriously. This transformation reflects Maruti Suzuki’s strategic commitment to meeting evolving consumer expectations and regulatory standards.
The e Vitara becomes the fourth Maruti Suzuki vehicle to achieve 5-star Bharat NCAP certification, joining the Dzire, Victoris, and Invicto in the company’s premium safety portfolio. This consistency demonstrates systematic engineering improvements across the manufacturer’s entire lineup.
Global and Domestic Safety Standards
Notably, the India-made e Vitara had secured a 4-star rating in Euro NCAP crash tests, highlighting how regional testing protocols and safety requirements differ. The superior Bharat NCAP performance suggests optimization for Indian market conditions and crash scenarios.
Competitive Positioning
Maruti expects to price the e Vitara from ₹17 lakh (ex-showroom pan-India), with production already underway at its Gujarat plant since August 2025. The electric SUV will compete directly with the Mahindra BE 6, Hyundai Creta Electric, MG ZS EV, Tata Curvv EV, and upcoming Tata Sierra EV—all vying for safety-conscious electric vehicle buyers.
Q1: What safety rating did the Maruti e Vitara receive in Bharat NCAP?
The Maruti e Vitara achieved a comprehensive 5-star safety rating in Bharat NCAP, scoring 31.49 out of 32 in adult occupant protection.
Q2: How does the e Vitara’s Bharat NCAP rating compare to Euro NCAP?
The e Vitara scored 5 stars in Bharat NCAP versus 4 stars in Euro NCAP, reflecting differences in regional testing protocols and crash scenarios.
Q3: What safety features does the Maruti e Vitara have?
The e Vitara includes 7 airbags, Level 2 ADAS, ESC, electronic parking brake with auto-hold, 360-degree camera, front and rear parking sensors, and ISOFIX child seat anchors.
Q4: Is the Maruti e Vitara safe for children?
Yes, the e Vitara achieved 5-star child occupant protection in Bharat NCAP with ISOFIX child seat anchorages and comprehensive safety systems.
Maruti Suzuki’s first electric SUV, the e Vitara, has captured attention with a remarkable claim that addresses India’s primary EV concern—range anxiety. The e Vitara comes with highly efficient battery pack options to deliver more than 500 km for the 61 kWh variant on a single charge, making intercity journeys like Delhi to Chandigarh (approximately 250 km) comfortably achievable with substantial range to spare.
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Range That Redefines Electric Travel
With the 61 kWh battery, the e Vitara boasts an ARAI-certified range of up to 500 km on a single charge, while the 49 kWh option offers around 400-450 km. This positioning makes the eVitara India’s longest-range mass-market electric SUV from a traditional automaker, directly challenging range concerns that have historically deterred buyers.
Specification
49 kWh Variant
61 kWh Variant
Expected Price
₹17-20 lakh
₹20-22.5 lakh
Battery Capacity
49 kWh
61 kWh
Power Output
143 hp
173 hp
Torque
192.5 Nm
192.5 Nm
Range (ARAI)
400-450 km
500+ km
Real-World Range
350-400 km (estimated)
400-450 km (estimated)
0-100 km/h
~9 seconds
~8.9 seconds
Charging (70 kW DC)
~40 minutes (0-80%)
~50 minutes (0-80%)
Drivetrain
FWD
FWD
Launch Date
December 2, 2025
December 2, 2025
HEARTECT-e Platform Innovation
Built on the HEARTECT-e platform—a lightweight, EV-specific architecture co-developed with Toyota—the e Vitara offers a spacious cabin, agile handling, and eco-friendly performance. This ground-up electric platform enables optimal battery packaging and superior space efficiency compared to converted ICE platforms.
Hisashi Takeuchi, Managing Director & CEO of Maruti Suzuki, explained that the e Vitara is built on the all-new HEARTECT-e platform exclusively designed for electric vehicles, emphasizing the company’s commitment to purpose-built electric architecture rather than retrofitted solutions.
Comprehensive Charging Ecosystem
Charging is hassle-free: the 61 kWh battery can reach 0-80% in about 50 minutes with a 70 kW DC fast charger, while Maruti’s wallbox charger ensures overnight convenience with scheduled charging to save on electricity costs. This practical charging timeline makes the eVitara viable for daily use without elaborate planning.
Maruti Suzuki’s comprehensive ‘e for me’ Electric Eco-Solutions includes smart home chargers with installation support and fast charging infrastructure leveraging the vast network across the top 100 cities in the first phase. The company’s strategy ensures that within these cities, customers find a charging point every 5-10 kilometers.
Premium Features and Safety
The e Vitara introduces Level 2 ADAS as a first for Maruti in India, with lane keep assist, adaptive cruise control, and automatic emergency braking. Additional features include a 10.25-inch touchscreen infotainment system, fully digital instrument console, two-spoke multifunction steering wheel, Infinity by Harman sound system, and Next Gen Suzuki Connect with over 60 advanced features.
Safety features include up to seven airbags with driver knee airbag, ABS with EBD, Electronic Stability Program, and a 360-degree camera. The e Vitara received a four-star Euro NCAP rating with expectations for five-star BNCAP certification in India.
Made in India for the World
Built at Gujarat’s Hansalpur plant and flagged off by PM Modi, the eVitara is set for export to over 100 countries, highlighting India’s manufacturing prowess. This global ambition positions the Vitara as India’s electric vehicle ambassador to international markets.
The Delhi-Chandigarh capability isn’t merely a marketing claim—it represents a fundamental shift in how Indian buyers can approach electric vehicles, transforming them from city-bound commuters to legitimate intercity travel options.
The Maruti e Vitara offers an ARAI-certified range of 500+ km with the 61 kWh battery and 400-450 km with the 49 kWh battery option.
Q2: Can the e Vitara travel from Delhi to Chandigarh on a single charge?
Yes, with a 500+ km range, the e Vitara can comfortably cover the approximately 250 km Delhi-Chandigarh distance with substantial reserve range remaining.
Q3: How long does the e Vitara take to charge?
The 61 kWh battery charges from 0-80% in approximately 50 minutes using a 70 kW DC fast charger. Home charging takes longer but offers overnight convenience.
Q4: What is the expected price of Maruti e Vitara?
The e Vitara is expected to be priced between ₹17-22.5 lakh (ex-showroom), with the 49 kWh variant starting around ₹17-20 lakh and the 61 kWh variant at ₹20-22.5 lakh.
Imagine a factory CATL Stellantis so massive it could power one million electric vehicles annually. Now picture it being built entirely on renewable energy, creating 4,000 jobs, and representing one of the largest Chinese investments in Europe. That’s not a distant vision—it’s happening right now in Zaragoza, Spain, where CATL and Stellantis just broke ground on Europe’s most ambitious battery project.
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The Groundbreaking Moment That Shook Europe
On November 27, 2024, executives from CATL and Stellantis stood in northeastern Spain’s Aragon region, shovels in hand, marking the official start of construction on a €4.1 billion lithium iron phosphate battery gigafactory. Spanish Industry Minister Jordi Hereu called it a strategic milestone for Spain’s energy transition and industrial modernization.
This isn’t just another factory announcement. It’s the largest single industrial investment China has made in Spain, and it signals a dramatic shift in Europe’s EV supply chain—from dependence on distant suppliers to localized, carbon-neutral production.
The Partnership: East Meets West for Green Mobility
CATL and Stellantis formed a 50-50 joint venture called Contemporary Star Energy to build this facility, combining CATL’s world-leading battery technology with Stellantis’ decades of manufacturing experience in Zaragoza.
The Power Players:
Partner
Contribution
Global Position
CATL
Battery technology, manufacturing expertise
World’s largest EV battery maker for 7 consecutive years
CATL’s customers include Volkswagen, Tesla, and BMW, while Stellantis owns iconic brands like Jeep, Dodge, Ram, Peugeot, Citroën, Fiat, Alfa Romeo, and more. Together, they’re creating a battery powerhouse designed to make affordable EVs accessible across Europe.
The Numbers: What €4.1 Billion Buys You
Let’s break down exactly what’s being built in Figueruelas, near Zaragoza:
CATL Stellantis Gigafactory Specifications:
Metric
Details
Impact
Total Investment
€4.1 billion
One of largest industrial investments in Spain
Production Capacity
50 GWh annually
Enough for ~1 million EVs per year
Jobs Created
4,000 positions
3,000 Spanish staff + skilled workforce
Site Size
80 hectares
Adjacent to existing Stellantis plant
Production Start
End of 2026
Aggressive 2-year timeline
Energy Source
100% renewable
Completely carbon-neutral operations
Battery Chemistry
LFP (Lithium Iron Phosphate)
More affordable, durable than NMC
Production is targeted to begin by the end of 2026, with capacity reaching up to 50 GWh—enough to power approximately one million electric vehicles annually.
Why LFP? The Chemistry Behind Affordable EVs
Stellantis isn’t betting everything on nickel-based batteries. They’re pursuing a dual-chemistry strategy, and LFP plays a crucial role in making EVs affordable for everyday Europeans.
LFP vs NMC Battery Comparison:
Characteristic
LFP (This Plant)
NMC (Traditional)
Cost
Lower (30-40% cheaper)
Higher
Safety
Excellent (thermal stability)
Good but less stable
Lifespan
Longer cycle life
Moderate
Energy Density
Lower (intermediate range)
Higher (long range)
Best For
B & C segment vehicles
Premium, long-range EVs
The 50-50 joint venture will boost Stellantis’ best-in-class LFP offer in Europe, enabling the automaker to offer more high-quality, durable and affordable battery-electric passenger cars, crossovers and SUVs in the B and C segments with intermediate ranges.
Translation: Expect more affordable Peugeot 208, Citroën C3, and Fiat 500 electric models powered by these Spanish-made batteries.
Spain’s Strategic Advantage: Why Zaragoza Won
CATL and Stellantis didn’t randomly select Spain. The country offers unique advantages that made this €4.1 billion bet make sense.
Spain’s Competitive Edge:
Spain generated more than half of its electricity from renewable sources in 2024, providing the clean energy needed for carbon-neutral battery production.
The country maintains a relatively open stance toward Chinese investment compared to other EU nations, facilitating faster approvals and collaboration.
Stellantis already operates three vehicle plants in Spain—Zaragoza, Vigo, and Madrid—creating immediate integration opportunities.
Zaragoza’s existing vehicle plant is already a leader in clean and renewable energy, making it ideal for sustainable battery manufacturing.
Minister Hereu highlighted that the partnership reflects strong confidence between Spanish and Chinese companies and underscores Spain’s role in Europe’s electrification efforts.
The Technology: Cutting-Edge Cell-to-Body Integration
Andy Wu, CEO of Contemporary Star Energy, emphasized that they’re introducing extreme modularity in product design and manufacturing, integrating cutting-edge cell-to-body technology.
What does this mean in practical terms? Instead of traditional battery packs bolted into vehicle frames, cell-to-body technology integrates batteries directly into the vehicle structure. This approach:
Reduces weight by eliminating redundant structures
Increases interior space without enlarging the vehicle
Improves crash safety through distributed load bearing
Lowers manufacturing costs through simplified assembly
Wu stated this will bring unprecedented flexibility while embedding the latest LFP technology into Stellantis’ STLA Small platform vehicles.
The Workforce Controversy: 2,000 Chinese Workers?
Not everything about this project has been smooth sailing. Media reports suggested up to 2,000 Chinese workers may be involved in construction, raising concerns about displacing local employees.
Andy Wu declined to confirm these figures, saying the final numbers haven’t been decided while the company is still selecting a subcontractor.
Here’s the reality: Auto industry representatives and unions pointed out that Spain lacks the technical know-how for producing EV batteries, with one source admitting, “We don’t know this technology, these components – we’ve never made them before…They’re years ahead of us. All we can do is watch and learn.”
Minister Hereu emphasized that technology transfer is fundamental to the project, meaning Spanish workers will gain cutting-edge battery manufacturing skills that don’t currently exist in Europe.
Carbon Neutral from Day One
The battery plant is designed to be completely carbon neutral, aligning with both CATL and Stellantis’ aggressive climate goals.
Sustainability Commitments:
CATL Target: Carbon neutrality in core operations by 2025, across entire battery supply chain by 2035
Stellantis Target: Carbon net zero corporation by 2038, all scopes included
Plant Operations: 100% renewable energy from Spanish solar, wind, and hydro sources
This matters because battery production is traditionally carbon-intensive. By running entirely on renewables, the Zaragoza plant produces truly green batteries—reducing emissions not just during vehicle operation, but during manufacturing.
CATL has significant influence over the global EV supply chain through large-scale mining investments in lithium, nickel, and cobalt in China and abroad, including projects in Indonesia and Bolivia.
Europe recognizes it cannot achieve EV transition without securing battery supply. Currently, Europe depends on Asian imports for batteries, making the continent vulnerable to supply chain disruptions and geopolitical tensions.
CATL is bringing state-of-the-art battery manufacturing technology to Europe through its plants in Germany and Hungary, which are already operational. The Spanish facility will enhance its capabilities to support customers’ climate goals.
However, this Chinese dominance makes some European policymakers nervous. The European Commission is preparing new measures to strengthen the automotive sector and push for stricter local sourcing requirements—partly to protect European companies from Chinese rivals.
The Zaragoza plant represents a middle path: European production using Chinese technology, creating jobs in Spain while reducing dependence on imported batteries.
Timeline: From MOU to Mass Production
The speed of this project is remarkable by European standards:
Project Timeline:
Milestone
Date
Significance
Non-binding MOU signed
November 2023
Initial partnership agreement
Official investment announcement
December 10, 2024
€4.1 billion commitment confirmed
Groundbreaking ceremony
November 27, 2024
Construction officially begins
Construction completion
March 2028 (estimated)
Facility fully built
Production start
End of 2026
First batteries manufactured
Full capacity
2028-2030
50 GWh annual production
Targeted to start production by end of 2026 at Stellantis’ Zaragoza site, the facility could reach up to 50 GWh capacity, subject to the evolution of the electrical market in Europe and continued support from authorities.
What This Means for European EV Buyers
Forget waiting until 2030 for affordable electric vehicles. This factory will produce batteries for the upcoming STLA Small platform, powering compact electric cars that everyday Europeans can actually afford.
Stellantis confirmed plans to manufacture electric small cars based on the STLA Small platform in Spain, and these Zaragoza batteries will power them. Think electric versions of popular B and C segment vehicles with pricing closer to traditional combustion models.
For Spanish consumers specifically, this creates a virtuous cycle: renewable energy powers battery production, which enables affordable EVs, which reduce fossil fuel dependence—all while creating thousands of high-tech jobs in Aragon.
The Competitive Landscape: ACC’s Struggles Create Opportunity
It’s worth noting that Stellantis’ other battery venture isn’t going as smoothly. ACC, the battery joint venture between Stellantis, Total, and Mercedes-Benz, had planned three plants but two projects in Kaiserslautern and Termoli are currently on hold, with reports suggesting the Termoli plant faces permanent closure.
This makes the CATL partnership even more critical for Stellantis’ electrification strategy. While ACC struggles with cost and technology challenges, CATL brings proven manufacturing expertise and competitive pricing.
The Bottom Line
The CATL-Stellantis gigafactory in Zaragoza represents more than €4.1 billion in concrete and steel. It’s a statement about Europe’s electric future—one where affordable EVs powered by locally-produced, carbon-neutral batteries become the norm, not the exception.
Robin Zeng, CATL’s Chairman and CEO, stated that their cutting-edge battery technology combined with Stellantis’ decades of local experience in Zaragoza will ensure a major success story in the industry.
By the end of 2026, batteries will roll off production lines in Spain, powering millions of European EVs. Technology transfer will train thousands of Spanish workers in skills that didn’t exist in Europe two years ago. And the entire operation will run on renewable energy, proving that industrial scale and environmental responsibility aren’t mutually exclusive.
Imagine a car Volvo EX90 that can detect your baby’s breathing from the front seat. A vehicle that knows you’re tired before you do and gently intervenes. An SUV that doesn’t just react to crashes—it predicts and prevents them. Welcome to the Volvo EX90, the fully electric seven-seater that just earned Euro NCAP’s maximum five-star safety rating, cementing its position as one of the safest cars on Earth.
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Volvo EX90
The Gold Standard Achievement
In the most recent round of Euro NCAP safety testing, the fully electric Volvo EX90 SUV earned the maximum five-star rating, placing it among the highest-performing cars this year. This isn’t just another safety award—it’s validation of Volvo’s 55-year obsession with protecting human life.
The family SUV, available with up to seven seats, scored particularly high in both adult and child protection categories, demonstrating that when it comes to safeguarding the people you love most, the EX90 leads the pack.
Euro NCAP Five-Star Rating Breakdown:
Category
EX90 Performance
Significance
Overall Rating
5 stars (maximum)
Among highest-performing cars of 2024
Adult Occupant Protection
Exceptionally high scores
Top-tier crash protection
Child Occupant Protection
Exceptionally high scores
Industry-leading child safety
Vulnerable Road Users
Strong performance
Protects pedestrians & cyclists
Safety Assist Systems
Advanced technology
Predictive and preventive features
Euro NCAP is Europe’s leading independent car safety assessment program, helping customers make informed decisions about vehicle safety. Their five-star rating represents the pinnacle of automotive safety engineering.
55 Years of Real-World Research: The Volvo Difference
Åsa Haglund, head of Volvo Cars Safety Centre, emphasized that the EX90 builds on more than 55 years of real-world crash research, informing how they design cars for traffic situations people face every day—not just controlled test environments.
This is where Volvo’s philosophy diverges from competitors. While other manufacturers optimize for test scores, Volvo designs for survival.
Volvo’s Real-World Safety Approach:
Data Source
Scale
Application
Real-world accidents analyzed
50,000+ crashes
Actual collision scenarios
People involved in studies
80,000+ individuals
Comprehensive injury data
Years of continuous research
55+ years
Generational learning curve
Design focus
Daily traffic situations
Real-world protection priority
The company utilizes data from more than 50,000 real-world accidents involving over 80,000 people. This data-driven approach ensures safety designs address actual traffic situations rather than just controlled test environments.
Physical crash testing combines with extensive virtual simulations to refine structural integrity before a single production vehicle rolls off the line.
Safe Space Technology: Your Personal Protection Bubble
The EX90 makes use of Volvo Cars’ Safe Space Technology, a bespoke suite of safety systems designed to work together to help protect people in and around the car.
Think of it as an invisible force field. Using advanced sensors, cameras, and radars, the car builds an understanding of its surroundings to help anticipate and mitigate potential risks.
Safe Space Technology Components:
Technology
Function
Benefit
LiDAR sensors
Long-range environment scanning
Detects hazards earlier
Advanced cameras
360-degree visual monitoring
Complete situational awareness
High-resolution radars
Precise object tracking
Accurate threat assessment
Core computing platform
Real-time data processing
Instant hazard prediction
Over-the-air updates
Continuous improvement
Gets smarter over time
The EX90 integrates high-performance core computing with a comprehensive sensor set, allowing the vehicle to process real-time data to anticipate potential hazards.
Over-the-air update capabilities enable Volvo to refine these functionalities throughout the vehicle’s lifecycle, meaning your EX90 gets safer the longer you own it—a revolutionary concept in automotive safety.
The Driver Understanding System: A TIME Best Invention
Here’s where the EX90 enters science fiction territory—except it’s real, available now, and recognized by TIME Magazine as one of 2024’s Best Inventions.
The driver understanding system uses real-time sensing technology to detect the driver’s state and provide support when needed—for example, when a driver may be tired, distracted or otherwise not fully capable of driving.
How Driver Understanding Works:
The system monitors:
Eye movement and gaze direction
Head position and orientation
Steering input patterns
Reaction times to alerts
Overall attention levels
When it detects signs of fatigue or distraction, it intervenes progressively:
Intervention Levels:
Warning Stage
System Response
Purpose
Early detection
Gentle visual/audio alerts
Prompt driver attention
Moderate concern
Stronger warnings, recommend break
Encourage rest stops
Critical situation
Pull-over assistance, emergency braking ready
Prevent accidents
This isn’t just monitoring—it’s understanding. The difference is profound.
Full-Cabin Occupant Sensing: Never Leave Anyone Behind
Every parent’s nightmare is leaving a child in a hot car. The EX90 makes this impossible.
The EX90 comes with full-cabin occupant sensing to help prevent leaving loved ones behind in potentially dangerous situations.
Advanced radars can detect movements as subtle as a baby’s breathing and alert you if necessary.
Occupant Detection Capabilities:
Sensitivity Level
Detection Type
Safety Application
Breathing detection
Infant/small child monitoring
Prevents hot car tragedies
Movement sensing
Restless children or pets
Comprehensive cabin awareness
Presence verification
Occupants in any seating position
Back seat reminder system
Exit monitoring
Door opening sequence
Ensures everyone exits safely
Imagine parking at a grocery store. You’re juggling shopping bags, your phone rings, you’re distracted. The EX90 won’t let you forget your sleeping baby in the back seat. It’s that simple, and that lifesaving.
Crash Protection: When Prevention Isn’t Enough
Despite all the predictive technology, Volvo knows accidents still happen. That’s when the EX90’s structural engineering takes over.
In the event of a crash, its state-of-the-art restraint technology and structural design, tuned specifically for the EX90, are designed to help protect the driver and passengers.
EX90 Crash Protection Features:
Safety cage construction: High-strength steel and aluminum structure absorbs impact energy
Crumple zone engineering: Front and rear zones collapse predictably to dissipate force
Advanced airbag system: Multiple airbags with adaptive deployment based on impact severity
Restraint systems: Pre-tensioning seatbelts and load limiters optimize occupant retention
Side-impact protection: Door beams and floor reinforcement protect against T-bone collisions
Rollover protection: Reinforced roof structure maintains cabin integrity in rollovers
The EX90’s architecture is specifically designed for electric vehicles, with battery placement and weight distribution optimized for both performance and safety.
Volvo EX90
Awards Pile Up: World Luxury Car Champion
This latest result adds to the growing list of honours for the EX90, which also includes the prestigious World Luxury Car title awarded earlier this year.
Volvo EX90 Recognition:
Award
Issuing Body
Significance
Five-Star Safety Rating
Euro NCAP
Highest independent safety validation
World Luxury Car 2024
World Car Awards
Top luxury vehicle globally
TIME Best Invention 2024
TIME Magazine
Driver understanding system
This triple crown—safety excellence, luxury recognition, and innovation award—positions the EX90 as more than just a safe SUV. It’s a comprehensive masterpiece of automotive engineering.
Volvo’s Record-Breaking 2024 Performance
The EX90’s success mirrors Volvo’s broader triumph. For the full year 2024, Volvo Car Group recorded a record-breaking core operating profit of SEK 27 billion, with revenue reaching an all-time high of SEK 400.2 billion and global sales hitting a record 763,389 cars.
These numbers prove consumers trust Volvo’s safety-first philosophy, voting with their wallets for vehicles that prioritize protecting human life above all else.
What Safety Actually Means in 2024
The automotive industry talks endlessly about safety ratings, but what does five stars really mean for you and your family?
Real-World Translation:
For parents: Your children are protected by the same crash research that has saved 80,000+ people over five decades
For commuters: Every daily drive benefits from technology that predicts hazards before your brain consciously registers them
For road trippers: Full-cabin sensing ensures everyone arrives safely, and driver monitoring prevents fatigue-related crashes
For urban drivers: Pedestrian and cyclist detection helps protect vulnerable road users in congested cities
For peace of mind: Euro NCAP’s independent testing validates Volvo’s claims—this isn’t marketing fluff, it’s verified protection
The Electric Advantage: Safety Through Design
Being fully electric gives the EX90 inherent safety advantages:
No engine block: The front of the vehicle is a massive crumple zone without a heavy engine creating dangerous intrusion
Low center of gravity: Battery placement in the floor reduces rollover risk compared to traditional SUVs
Instant torque control: Electric motors enable split-second stability interventions impossible with combustion engines
Simpler mechanics: Fewer moving parts mean fewer potential failure points in critical safety systems
The Competition: How Does EX90 Compare?
In the luxury electric SUV segment, the EX90 faces formidable competitors—Tesla Model X, BMW iX, Mercedes EQS SUV, and Audi e-tron. Yet the EX90’s five-star Euro NCAP rating, combined with its driver understanding system and full-cabin occupant sensing, provides safety features competitors simply don’t offer.
While Tesla emphasizes autonomous driving and BMW focuses on performance, Volvo remains laser-focused on its founding principle: protecting human life.
Availability: Where Can You Get One?
The Volvo EX90 is available now across Europe, with up to seven-seat configurations to accommodate families of all sizes. Deliveries have begun, and the vehicle is rolling into showrooms across the continent.
For buyers prioritizing safety above all else—particularly families with young children—the EX90 represents the current pinnacle of automotive protection technology.
The Bottom Line
Volvo Cars has long been a pioneer in automotive safety, and the EX90 is the latest example of that leadership, according to Åsa Haglund.
The five-star Euro NCAP rating isn’t just a badge—it’s the culmination of 55 years of obsessive dedication to protecting human life. From detecting your baby’s breathing to understanding when you’re too tired to drive safely, the EX90 doesn’t just meet safety standards. It redefines them.
The Euro NCAP result shows that commitment to real-world protection translates into top performance in independent safety tests, validating decades of research and engineering excellence.
Imagine India’s most trusted car brand finally going electric. After decades of dominating petrol and diesel segments, Maruti Suzuki is about to drop its first-ever battery electric vehicle—the eVitara. Launching December 2, 2025, this isn’t just another EV launch. It’s Maruti declaring war on range anxiety, charging infrastructure fears, and sky-high EV prices. Here’s everything you need to know.
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Launch Timeline: The Wait Is Almost Over
Mark your calendars: December 2, 2025. That’s when Maruti Suzuki officially enters India’s electric vehicle revolution with the eVitara, unveiled earlier at the Bharat Mobility Global Expo 2025.
Maruti eVitara Timeline:
Milestone
Date
Details
Global Unveiling
January 2025
Bharat Mobility Global Expo 2025
Production Start
August 2025
Hansalpur plant, Gujarat
Export Launch
August 2025
First units to UK, Europe
India Launch
December 2, 2025
Official India debut
Deliveries Begin
December 2025 onwards
Through NEXA dealerships
Export Markets
Ongoing
100+ countries including UK, Germany, Norway
Production began at the Hansalpur plant in Gujarat for both India and exports, with about 7,000 units already shipped overseas since August. The UK has been the top importer, proving global confidence in Maruti’s first EV.
Price: The ₹20-25 Lakh Reality Check
Here’s where it gets interesting—and slightly controversial. While early estimates pegged the eVitara at ₹15-20 lakh, realistic pricing now points to around ₹20 lakh for the 49 kWh variant and approximately ₹25 lakh for the 61 kWh version.
Expected Pricing Structure:
Variant
Battery
Expected Price
Key Competitor
Delta (Base)
49 kWh
₹20 lakh
Tata Curvv EV (₹17.49L)
Zeta (Mid)
61 kWh
₹22-23 lakh
Hyundai Creta EV (₹18-24L)
Alpha (Top)
61 kWh
₹24-25 lakh
Mahindra BE 6 (₹18.90-27.65L)
(All prices ex-showroom, estimated)
This pricing positions the eVitara as a premium offering compared to the Tata Curvv EV and MG ZS EV but competitive with the Hyundai Creta Electric and Mahindra BE 6. The question is: Will Maruti’s brand trust justify the premium?
Battery & Range: The BYD Blade Advantage
Maruti isn’t playing around with battery technology. Both battery packs are the Blade type from BYD, making them robust, long-lasting, and high-range.
Battery Specifications Breakdown:
Battery Pack
Motor Power
Torque
WLTP Range
Real-World Range (Est.)
49 kWh
142 hp
193 Nm
344 km
300-320 km
61 kWh (FWD)
171 hp
193 Nm
426 km
380-400 km
61 kWh (AWD)*
181 hp
307 Nm
395 km
350-370 km
*AWD variant planned for later launch, not available initially in India
The claimed maximum range for the larger battery is up to 500 km, making intercity trips genuinely feasible without charging anxiety. That’s Delhi to Jaipur or Mumbai to Pune on a single charge.
The 49 kWh pack delivers 142 hp and 193 Nm, while the 61 kWh front-wheel-drive version produces 171 hp and 193 Nm. Performance is smooth and predictable rather than Tesla-quick, but that aligns with Maruti’s philosophy of everyday usability over outright speed.
Charging Speed: Home & Highway Solutions
Nobody wants to wait hours for a charge. Maruti gets this.
Charging Time Comparison:
Battery Size
AC 7 kW Charger
AC 11 kW Charger
DC Fast Charger (10-80%)
49 kWh
~6.5 hours (10-100%)
~4.5 hours (10-100%)
~45 minutes
61 kWh
~9 hours (10-100%)
~5.5 hours (10-100%)
~50 minutes
Both batteries can charge from 10 to 80 percent in about 45 minutes using DC fast charging. That’s a lunch break at a highway dhaba—perfectly timed for Indian road trips.
For home charging, plug in overnight with an 11 kW charger, and you’re fully topped up by morning. Maruti plans smart home chargers, plug-and-play DC fast chargers at dealerships, and an e-for-me app to manage charging.
Design: Rugged SUV Meets Modern Electric
Forget sleek, futuristic EV styling. The eVitara channels traditional SUV toughness.
Exterior Highlights:
Slim black plastic strip connecting Y-shaped LED DRLs
Chunky front bumper with rugged skid plate
Generous body cladding for SUV stance
18-inch wheels standard; 19-inch aero wheels on top variants
Connected LED taillamps
Charging port on left front quarter panel
Dimensions:
The SUV measures 4.27 meters long with a 2.7-meter wheelbase, placing it squarely in the compact SUV segment where Maruti thrives.
The design philosophy follows what Maruti calls the “Emotional Versatile Cruiser” idea with High Tech and Adventure themes—marketing speak for “it looks like an SUV that can handle Indian roads.”
Interior & Features: Maruti’s Premium Push
This is where the eVitara surprises. It’s loaded with features Maruti has never offered before.
Tech & Comfort Features:
Feature Category
What You Get
Infotainment
10.25-inch touchscreen, wireless Apple CarPlay/Android Auto
Digital Display
10.1-inch fully digital driver’s display
Audio
10-speaker Infinity sound system (premium!)
Seating
10-way power-adjustable driver seat, ventilated front seats
Ambient Lighting
Multi-color configurable ambient lighting
Sunroof
Fixed single-pane panoramic sunroof
Wireless Charging
Phone charging pad
Rear Comfort
Sliding rear seats to balance legroom and cargo space
The eVitara will be the first car from Maruti to feature up to seven airbags, with six as standard. Additional safety includes:
Level 2 ADAS (Advanced Driver Assistance Systems)
360-degree camera
Front and rear parking sensors
Electronic parking brake
All-disc brakes
TPMS (Tire Pressure Monitoring System)
Electronic stability control
The driver-side knee airbag is expected on higher trims only.
Platform: Built for EVs from Ground Up
Unlike converted petrol cars masquerading as EVs, the eVitara uses the ground-up HEARTECT-e platform developed specifically for battery electric vehicles.
Platform Advantages:
Low-weight structure optimized for range
High-voltage protection integrated from design stage
Battery mounting structure with energy-absorbing crash protection
Main floor without underfloor members to maximize battery space
Adaptive grille shutters to reduce drag and improve range
The eVitara uses a three-in-one drive unit integrating motor, inverter, and transmission, improving efficiency and reducing weight compared to separate components.
Driving Modes & Regeneration: Tailored for India
The eVitara offers multiple driving modes to suit different conditions:
Drive Modes:
Eco: Maximum range, relaxed acceleration
Normal: Balanced performance and efficiency
Sports: Full power delivery for overtaking
Snow: Special mode for slippery conditions (yes, really!)
Regenerative braking supports near one-pedal driving, though regen braking can be fiddly to adjust as it must be set via touchscreen and activated through a console button—a minor ergonomic complaint from international reviewers.
Production Challenges: The Rare Earth Problem
Not everything is smooth sailing. Maruti has drastically slashed production targets for the eVitara by nearly 69% due to a critical shortage of rare earth materials resulting from China’s export restrictions.
Production Reality:
Timeline
Original Target
Revised Target
Shortfall
April-Sept 2025
26,500 units
8,200 units
-69%
This production disruption could delay exports to Europe and Japan, signaling the challenges of building EVs when global supply chains face geopolitical headwinds.
For Indian buyers, Maruti targets modest sales of around 1,000 units monthly initially—conservative but realistic given this is their first EV.
Competition: The Midsize EV Battleground
The eVitara enters India’s most competitive EV segment, facing established and upcoming rivals.
Competitive Landscape:
Competitor
Price Range
Battery
Range
Key Strength
Tata Curvv EV
₹17.49-22.24L
45/55 kWh
502 km
Affordable, established
Hyundai Creta EV
₹18.02-24.40L
42/51.4 kWh
473 km
Premium features
MG ZS EV
₹17.99-20.50L
50.3 kWh
461 km
Value proposition
Mahindra BE 6
₹18.90-27.65L
59/79 kWh
656 km
Longest range
Maruti eVitara
₹20-25L (est.)
49/61 kWh
500 km
Brand trust + infrastructure
The eVitara’s competitive edge lies not in specifications alone but in Maruti’s unmatched dealer network, service reach, and brand credibility—factors that often matter more to Indian buyers than spec sheets.
Export Success: Global Validation
The first export unit was flagged off in August 2025, and by September, more than 2,900 units were exported to the UK, Germany, Norway, France, Denmark, Switzerland, Netherlands, Sweden, Hungary, Iceland, Austria, and Belgium.
The UK market offers the eVitara from £29,999 to £37,799, providing global pricing context. The India model is expected to be priced more competitively, leveraging local manufacturing advantages.
Toyota Connection: Badge Engineering Returns
Maruti will also manufacture a badge-engineered Toyota version called the Urban Cruiser EV at the same Gujarat plant. This model will share most features with the eVitara but carry Toyota branding, expected to arrive a few months after the Maruti version.
This partnership mirrors Maruti and Toyota’s collaboration on models like the Glanza, Urban Cruiser, and Hyryder/Invicto, allowing both brands to share development costs while accessing each other’s customer bases.
Color Options: 10 Choices Including Dual-Tone
The eVitara will be available in 10 colors, including dual-tone options:
Color Palette:
Bluish Black (solid)
Arctic White (solid and with Bluish Black roof)
Splendid Silver (solid and with Bluish Black roof)
Opulent Red (solid and with Bluish Black roof)
Land Breeze Green with Bluish Black roof
Nexa Blue
Grandeur Grey
Dual-tone options add visual flair, particularly appealing to younger buyers who want their EV to stand out.
Safety: Four-Star Euro NCAP Rating
The India-made eVitara scored four stars at Euro NCAP crash testing, validating its structural safety for global markets. While not the maximum five stars, four stars represents solid protection, especially considering this is Maruti’s first EV built on an entirely new platform.
Standard safety equipment includes seven airbags, electronic stability control, ISOFIX child seat anchors, e-call emergency assistance, and comprehensive ADAS features.
The Bottom Line: Will It Succeed?
The Maruti eVitara faces a classic challenge: premium pricing from a mass-market brand. At ₹20-25 lakh, it’s asking buyers to pay Hyundai/Mahindra money for a Maruti badge.
Picture this: You walk into a Tata showroom eyeing a mid-size SUV. The salesperson points to the Harrier on one side and the brand-new Sierra on the other. Same size. Similar price. Both Tata. So… which one? Tata Managing Director Shailesh Chandra has an answer that might surprise you: They’re for completely different people.
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The Cannibalization Question Everyone’s Asking
When Tata launched the Sierra at ₹11.49 lakh, automotive analysts immediately questioned whether it would steal sales from the Harrier. On paper, the concern seems valid—both SUVs overlap in dimensions and price, creating what appears to be internal competition.
But Chandra addressed this head-on at the Sierra launch, emphasizing that each Tata SUV targets distinct customer profiles.
Tata’s SUV Customer Psychology:
SUV Model
Target Buyer Profile
What They Value Most
Harrier
Dynamic performance seekers
Powerful styling, strong performance, big upgrade feel
Curvv
Trend-conscious millennials
Styling appeal, modern coupe-like design, trendiness
Sierra
Premium lifestyle buyers
Distinctiveness, iconic upright styling, plush cabin without size
Chandra explained that Harrier customers want dynamic styling and strong power, Curvv buyers prioritize styling and trendiness, while Sierra customers value distinctiveness and premium feel without increasing vehicle size.
The “Premium Mid SUV” Space: Tata’s New Category
The Sierra isn’t just another mid-size SUV—Tata positions it in a newly created “premium mid SUV” category, targeting buyers who want luxury-level refinement in a manageable footprint.
The Gap Tata Identified:
Chandra pointed out the mid-size SUV segment has grown quickly but has become repetitive with too many similar products. At the same time, rising incomes push buyers toward upgrades, but crowded city parking makes larger SUVs impractical.
The idea is simple: buyers get the indulgence and refinement of larger SUVs while maintaining a footprint that’s easy to live with in daily use and parking.
The Market Share Mission: 16% to 25%
Here’s where strategy becomes numbers. Tata currently holds about 16-17% of the SUV market, and with the Sierra, aims to reach 20-25%.
The Growth Math:
To achieve that target, the Sierra must pull in incremental customers instead of just drawing Harrier or Safari buyers away.
Success Scenario:
Sierra attracts buyers who would’ve purchased Creta, Seltos, or Grand Vitara
Harrier and Safari sales remain stable or grow
Tata’s overall SUV market share expands 4-9 percentage points
Failure Scenario:
Sierra simply replaces Harrier/Safari purchases
Total Tata SUV volume stays flat
Market share target remains unmet
The positioning strategy depends entirely on whether real-world buyers perceive the Sierra as genuinely distinct rather than a Harrier alternative.
Design Language: The Visual Differentiator
While the Harrier uses dynamic, sweeping lines and the Curvv carries a coupe-like profile, the Sierra goes the opposite direction with an upright, boxy shape that nods to the original.
Design Philosophy Breakdown:
Design Element
Harrier Approach
Sierra Approach
Overall Shape
Dynamic, flowing curves
Upright, boxy, retro-inspired
Front Design
Aggressive, sporty grille
Piano black grille, LED DRLs
Side Profile
Muscular, sculpted surfaces
Flat panels, generous cladding
Roof Design
Sweeping roofline
Boxy, large Panora Max sunroof
Rear Design
Tapered, sporty tail
Full-width LED taillamps, vertical
Design Intent
Modern, aggressive power
Iconic, recognizable heritage
The Sierra appeals to buyers who want something recognizable and different, not just another soft-edged crossover. In an era where mid-size SUVs increasingly look identical, the Sierra’s bold retro-modern design is its primary differentiator.
Interior Philosophy: Premium Without Size
Tata focused on making the cabin feel airy and upmarket without chasing sheer size.
Sierra’s Cabin Strategy:
Interior Feature
Purpose
Premium Appeal
Panoramic sunroof (Panora Max)
Creates open, airy feel
Luxury segment feature
Triple-screen dashboard (Theatre Pro)
Modern tech experience
Horizon View displays for driver & passenger
Lounge-like rear seats
Passenger comfort priority
Premium seating experience
Segment-leading boot
Practicality without compromise
More cargo than competitors
Natural color themes
Calm, premium ambiance
Soft-lighting elements
12-speaker JBL audio
Audio enthusiast appeal
Dolby Atmos sound system
The promise is that owners get the sense of a bigger SUV without the everyday compromises that come with extra length and width.
This is crucial for urban buyers who want premium feel without sacrificing parking convenience or maneuverability in tight spaces.
The Harrier & Safari Connection: December 9 Matters
Chandra also discussed how Harrier and Safari fit into this picture, especially with their petrol variants launching December 9.
The Powertrain Sharing Strategy:
The Harrier and Safari will share the Sierra’s new 1.5-litre turbo petrol engine, but target buyers who want a larger footprint and additional capability.
Why This Matters:
Vehicle
Engine Options
Target Buyer
Sierra
1.5L NA petrol, 1.5L turbo petrol, 1.5L diesel
Premium mid-SUV buyers prioritizing compactness
Harrier (Dec 9)
1.5L turbo petrol (new), 2.0L diesel (existing)
Buyers wanting larger size, dynamic styling
Safari
1.5L turbo petrol (new), 2.0L diesel (existing)
7-seater families needing maximum space
By sharing the new petrol engine across models, Tata reduces development costs while offering different size/seating options for different buyer needs.
The December 9 petrol launch for Harrier/Safari is strategically timed—it expands powertrain choices without cannibalizing the Sierra’s November 25 launch momentum.
The “Me Too” Problem: Why Sierra Exists
Chandra pointed out that there are too many “me too products” in the mid-size SUV segment.
The Repetition Reality:
Walk through any showroom area and you’ll see:
Hyundai Creta: Flowing, modern design
Kia Seltos: Sporty, aggressive styling
Maruti Grand Vitara: Conservative, mainstream appeal
Honda Elevate: Soft, rounded crossover look
Toyota Hyryder: Twin of Grand Vitara
MG Astor: Generic crossover design
They’re all competent, well-featured SUVs—but visually and philosophically, they’re increasingly similar. Rounded edges, flowing lines, safe designs that offend nobody but inspire no one.
The Sierra’s Counter-Narrative:
The Sierra deliberately rejects this homogeneity. Its upright, boxy silhouette immediately identifies it as different. You won’t confuse it with a Creta in your rearview mirror.
For buyers tired of generic crossovers, this distinctiveness is the entire point—even if it means sacrificing some aerodynamic efficiency or mainstream appeal.
The Income Factor: Upgrade Anxiety
Higher disposable incomes have made more buyers consider an upgrade, but many still worry about the practical side of owning a larger SUV in crowded cities.
The Upgrade Dilemma:
Buyer Situation
Internal Conflict
Sierra’s Appeal
Rising income
Want premium car but fear size
Premium feel, manageable dimensions
First luxury purchase
Status conscious, parking anxious
Distinctive design, city-friendly
Upgrading from compact SUV
Want more features, not more length
Loaded features, similar footprint
Urban professional
Premium expectations, practical needs
Business-class interiors, daily usability
The Sierra targets this specific psychological space—buyers who’ve outgrown their Nexon or Venue but aren’t ready for the bulk of a Fortuner or Endeavour.
The Risk: Will Buyers Actually See the Difference?
Here’s the brutal reality: Tata’s positioning only works if customers perceive genuine distinction between Sierra and Harrier.
Potential Problems:
Confusion: Buyers may simply see two similar-sized Tata SUVs and choose based on price alone Feature Overlap: Both offer premium interiors, safety, and tech—blurring the lines Sales Pressure: Dealers might push whichever model has better margins, undermining positioning Market Perception: If the market views Sierra as “smaller Harrier,” the cannibalization risk becomes real
Success Factors:
Visual Distinction: The upright design must be polarizing enough to attract a different buyer Clear Marketing: Tata must communicate “premium mid-SUV” positioning consistently Pricing Discipline: Sierra must maintain premium positioning without undercutting Harrier Dealer Training: Sales teams must understand and communicate the distinct buyer profiles
Tata’s Multi-Model Strategy: Cover Every Use Case
Tata’s plan is to cover different use cases and buyer priorities within the same broad market band.
The Complete Lineup Strategy:
Model
Size Category
Price Band
Primary Appeal
Punch
Micro SUV
₹6-10 lakh
Affordability, compact size
Nexon
Compact SUV
₹8-15 lakh
Mainstream appeal, safety
Curvv
Compact coupe SUV
₹10-20 lakh
Styling, trendiness, youth
Sierra
Premium mid-SUV
₹11-20 lakh
Distinctiveness, premium cabin
Harrier
Mid-size SUV
₹15-25 lakh
Performance, dynamic design
Safari
3-row SUV
₹16-28 lakh
Family space, 7-seater capacity
The overlapping price bands are intentional—Tata wants to offer multiple options at similar price points, letting buyers self-select based on priorities rather than just budget.
The Electric Future: Sierra EV Coming
While the initial launch focuses on ICE variants, an electric version of the Sierra is planned for early next year.
EV Strategy Implications:
The Sierra EV will further differentiate from the Harrier EV (also launching December 2024), giving buyers:
Sierra EV: Premium mid-size electric with distinctive design
Harrier EV: Performance-oriented electric with 75 kWh battery, AWD capability
Even in the EV space, Tata is maintaining distinct positioning—suggesting the company truly believes in segmented buyer psychology rather than just creating model proliferation.
Dimensions Tell a Story: Close But Not Identical
While Chandra emphasized distinct positioning, let’s examine the actual size difference:
Size Comparison:
Dimension
Sierra
Harrier
Difference
Length
4,270 mm
4,607 mm
-337 mm (Harrier longer)
Width
~1,900 mm
1,894 mm
~Similar
Height
~1,650 mm
1,706 mm
-56 mm (Harrier taller)
Wheelbase
2,700 mm
2,741 mm
-41 mm (Harrier longer)
The Sierra is noticeably shorter in length (337 mm = 13.3 inches), making it genuinely easier to park and maneuver. This isn’t marketing spin—it’s a real, measurable difference that affects daily usability.
The similar width means both SUVs offer comparable shoulder room, but the Sierra’s shorter length improves agility in tight spaces.
The Verdict: Smart Positioning or Risky Overlap?
If this positioning works in practice, the Sierra will not be a Harrier replacement in disguise, but an additional option that helps Tata move closer to its 20-25% SUV market share target.
Best Case Scenario:
Sierra attracts buyers who would’ve bought Creta, Seltos, or Grand Vitara
Its distinctive design creates a new niche within the mid-SUV segment
Harrier sales remain stable, appealing to performance-focused buyers
Tata’s market share grows to 20-25% as planned
Worst Case Scenario:
Buyers see Sierra and Harrier as interchangeable, choosing based on discounts
Sierra cannibalizes Harrier sales without bringing new customers to Tata
Combined Sierra + Harrier volume equals previous Harrier-only numbers
Market share remains stuck at 16-17%
The real test comes in Q1 2026, when sales data reveals whether buyers actually perceive the Sierra and Harrier as serving different needs—or just as two similar Tata SUVs competing for the same wallets.
The Bottom Line
Shailesh Chandra’s explanation makes theoretical sense: distinct buyer profiles, different priorities, separate market segments. But automotive history is littered with well-intentioned positioning strategies that collapsed when confronted with actual buyer behavior.
The Sierra’s success depends on whether its distinctive upright design, premium cabin focus, and manageable footprint genuinely appeal to a different buyer than the Harrier attracts. If yes, Tata’s 20-25% market share target becomes achievable. If no, the Sierra becomes an expensive hedge that merely redistributes existing Tata buyers across more models.
Initial bookings (opening December 16) and early sales data (deliveries start January 15) will reveal the truth. Until then, Chandra’s confidence in “very distinct sets of customers” remains a compelling strategy awaiting market validation.
Imagine buying an Mahindra electric SUV for ₹31.57 lakh, driving it for just 233 kilometers—barely enough to reach Agra from Delhi—and then selling it for ₹45 lakh. Sounds absurd? Welcome to the bizarre world of limited-edition collectibles on wheels, where the Mahindra BE 6 Batman Edition has become India’s most expensive used car per kilometer driven.
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The Listing That Broke the Internet
A used car dealer called iCars Studio on Carwale recently listed something extraordinary: a Mahindra BE 6 Batman Edition with just 233 km on the odometer, priced at a jaw-dropping ₹45 lakh. That’s ₹13.43 lakh more than the original invoice price of ₹31.57 lakh—a premium of 42.5% for a car that’s barely been driven.
The Numbers That Don’t Add Up (Until They Do):
Detail
Specification
Implication
Original Invoice Price
₹31.57 lakh
What the first owner paid
Asking Price
₹45 lakh
Dealer’s selling price
Premium Over Original
₹13.43 lakh (42.5%)
Collector’s markup
Odometer Reading
233 km
Practically brand-new
Registration Year
2025
Current registration
Unit Number
801 out of 999
Limited edition collectible
Days Since Launch
~3 months
Fresh off delivery
This particular unit is the 801st out of only 999 BE 6 Batman Editions produced for the entire country—making it rarer than some supercars.
Why Would Anyone Pay ₹45 Lakh for a “Used” Car?
Here’s where economics meets psychology. When all 999 units of the Mahindra BE 6 Batman Edition sold out in just 135 seconds on August 23, 2025, thousands of disappointed fans were left empty-handed.
The Supply-Demand Reality:
Factor
Reality Check
Total Production
Only 999 units nationwide
Sell-Out Time
135 seconds (2 minutes 15 seconds)
Original Plan
Just 300 units (tripled due to demand)
Current Availability from Mahindra
Zero—completely sold out
Resale Market
Only option for new buyers
Collector Appeal
First-ever Mahindra-Warner Bros collaboration
If you wanted a BE 6 Batman Edition today, there are exactly two options: find someone willing to sell theirs, or wait forever. This scarcity transforms the vehicle from mere transportation into a collectible asset.
Meet the 801st Knight: What Makes This One Special?
The seller has shared detailed images showing the unique satin black BE 6 with Batman logos throughout the vehicle, both exterior and interior.
Exterior Batman Touches:
Location
Batman Element
Finish
Front Quarter Panels
Batman logo
Alchemy Gold
Hub Caps
Bat emblem
Alchemy Gold
Rear Bumper
Batman logo
Alchemy Gold
Tailgate (next to BE 6 badge)
Batman logo
Alchemy Gold
Windows & Rear Windshield
Bat emblems
Alchemy Gold
Front Doors
Batman decals
Satin Black/Gold
Body Color
Satin Black
Matte finish
Suspension Coils
Custom painted
Alchemy Gold
Brake Calipers
Custom painted
Alchemy Gold
The gold accents contrast beautifully against the stealthy satin black body, creating a look that screams exclusivity.
Inside the Dark Knight’s Cabin
As highlighted by the seller, this Batman Edition is based on the Pack Three variant—Mahindra’s fully loaded top-spec trim—with additional bespoke Batman theming throughout.
Interior Batman Features:
Element
Design Detail
Upholstery
Charcoal black leather with gold stitching
Dashboard Halo
Brushed Alchemy Gold around driver cockpit
Batman Edition Plaque
Unique numbering badge (801/999)
Puddle Lamps
Project Batman logo when doors open
Panoramic Glass Roof
Batman motif lighting pattern
Boost Button
Bat emblem instead of standard logo
Seats
Integrated Bat emblems
Key Fob
Gold-accented Batman design
Welcome Animation
Custom Batman display on startup
Steering Wheel
Gold-accented detailing
Every touchpoint reminds you this isn’t just an electric SUV—it’s a rolling tribute to Christopher Nolan’s The Dark Knight Trilogy.
Pack Three Power: The 79 kWh Beast
Because the Batman Edition is exclusively based on Pack Three, buyers get the bigger 79 kWh battery pack with no option to downgrade.
Battery & Performance Specifications:
Specification
Details
Advantage
Battery Capacity
79 kWh (BYD Blade type)
Larger of two options
WLTP Range
683 km
Longest range in segment
Real-World Range
~550-600 km
Practical long-distance capability
Motor Power
228 bhp
Spirited performance
Torque
380 Nm
Strong acceleration
0-100 km/h
~8.7 seconds
Quick by EV standards
Top Speed
150 km/h (limited)
Sufficient for Indian highways
Charging (7.2 kW AC)
8.7 hours (10-100%)
Overnight home charging
Charging (11.2 kW AC)
6 hours (10-100%)
Faster home charging
DC Fast Charging
~50 minutes (10-80%)
Highway-friendly
With 683 km claimed range, this Batman Edition can theoretically drive from Mumbai to Pune and back without charging—making range anxiety virtually obsolete.
The Second Owner Dilemma
Here’s the reality check: anyone buying this ₹45 lakh Batman Edition becomes the second owner, which has implications beyond just paying a premium.
Ownership Consequences:
Reduced Resale Value: Second-owner cars typically sell for 10-15% less than first-owner vehicles when you eventually sell
Warranty Considerations: While Mahindra’s warranty transfers, some benefits may be first-owner exclusive
Prestige Factor: Collector cars lose appeal when ownership changes hands
Registration Complexity: Transfer paperwork adds bureaucratic hassle
Insurance Premium: Slightly higher for second-owner vehicles
Yet for true Batman fans or collectors, these drawbacks pale compared to owning one of only 999 units ever made.
The Math: Is ₹13.43 Lakh Premium Justified?
Let’s break down what that premium actually buys:
What You’re Paying Extra For:
Scarcity Value: No direct purchase option from Mahindra anymore
Immediate Delivery: No waiting period or booking lottery
Pristine Condition: 233 km is essentially zero mileage
Collector Status: 801/999 numbered unit with plaque
Warner Bros. Licensing: First-ever official Batman car in India
Exclusivity: Part of 135-second sell-out phenomenon
Investment Potential: Limited editions often appreciate over time
For comparison, rare cars like the limited-edition Porsche 911 GT3 RS regularly sell for 50-100% premiums on the used market. The 42.5% premium on this Batman Edition is actually modest by collector car standards.
The Original Launch: How We Got Here
To understand why this used car commands such a premium, we need to revisit the chaotic launch.
BE 6 Batman Edition Launch Timeline:
Date
Milestone
Impact
August 14, 2025
Official announcement
300 units planned initially
August 21, 2025
Production increased
Expanded to 999 units due to demand
August 23, 2025, 11 AM
Bookings opened
Sell-out in 135 seconds
September 20, 2025
Deliveries began
International Batman Day
November 2025
This listing appears
233 km-run unit for ₹45 lakh
The 135-second sell-out wasn’t marketing hype—it was genuine pandemonium. Buyers could choose their preferred badge number from 001 to 999, adding personalization (though numbers weren’t exclusive, meaning multiple owners could share the same number).
Comparison: Batman Edition vs Regular BE 6 Pack Three
For perspective, here’s what the ₹13.43 lakh premium actually gets you beyond the standard Pack Three:
Batman Edition Exclusive Features:
Feature
Regular Pack Three
Batman Edition
Exterior Color
6 standard options
Exclusive Satin Black
Batman Logos
None
10+ locations in gold
Interior Theme
Standard black
Charcoal black with gold stitching
Numbered Plaque
No
Yes (unique 1-999)
Gold Accents
None
Suspension, calipers, cabin details
Glass Roof Design
Standard
Batman motif lighting
Puddle Lamps
Standard logo
Batman logo projection
Key Fob
Standard
Gold-accented Batman design
Production Numbers
Unlimited
999 units nationwide
Resale Potential
Standard depreciation
Potential appreciation
Mechanically identical, the Batman Edition’s value lies entirely in aesthetics, exclusivity, and collectibility.
The Warner Bros. Factor: Why This Matters
This is the first-of-its-kind collaboration between Warner Bros. Discovery Global Consumer Products and an Indian automotive manufacturer—making it historically significant.
Vikram Sharma, Senior Vice President at Warner Bros. Discovery, emphasized that Batman represents innovation and resilience, bringing that spirit to the road in a bold, electric way.
The licensing partnership ensures authentic Batman design elements rather than aftermarket modifications, adding legitimacy to the collector appeal.
Investment Potential: Will It Appreciate?
Here’s the speculative part: Could the Batman Edition actually increase in value over time?
Appreciation Factors:
Limited Production: Only 999 units ever—fixed supply Cultural Significance: First Mahindra-Warner Bros collaboration Electric Future: As EVs become mainstream, early limited editions gain historical value Pristine Condition: Low-mileage units like this 233 km example retain premium status Batman Franchise: Enduring pop culture relevance maintains demand
Depreciation Factors:
Technology Evolution: Battery technology improves, making 2025 models outdated Second Owner Status: Multiple ownership changes reduce collector value Market Saturation: If 100+ Batman Editions hit resale market simultaneously, prices crash Economic Conditions: Luxury collectibles suffer during economic downturns
Limited-edition Mahindras don’t have a strong appreciation track record yet, unlike Land Rover Defenders or certain Porsches. This is uncharted territory.
Alternatives: What Else Could ₹45 Lakh Buy?
For context, here’s what the used car market offers at ₹45 lakh:
₹45 Lakh Alternatives:
Brand-new Tata Harrier EV AWD top variant (₹28.99L) + ₹16L left over
Brand-new Mahindra XEV 9e Pack Three (₹30.50L) + ₹14.5L left over
Brand-new Hyundai Ioniq 5 (₹45.95L) with all premium features
Used luxury cars: BMW 5 Series, Mercedes E-Class, Audi A6
Two brand-new Tata Nexon EVs (₹14.49L each) with ₹16L remaining
The Batman Edition makes zero financial sense—unless you’re viewing it as a collectible rather than transportation.
The Bottom Line
The ₹45 lakh Mahindra BE 6 Batman Edition with 233 km isn’t transportation—it’s theater. It’s a statement piece, a conversation starter, and potentially a collectible asset wrapped in satin black paint and Alchemy Gold accents.
Is it overpriced? Absolutely, by conventional automotive standards. Is it worth it? That depends entirely on whether you measure value in rupees or in the joy of owning something only 998 other Indians possess.
When all 999 Batman Editions sold out in 135 seconds, Mahindra and Warner Bros. created instant scarcity in a market hungry for exclusivity. This ₹45 lakh listing is simply market forces at work—supply meeting demand at whatever price desperate buyers will pay.
For most buyers, the standard BE 6 Pack Three at ₹26.90 lakh offers identical performance and features. But for the select few willing to pay ₹45 lakh, they’re not buying a car. They’re buying a piece of automotive history that merges Indian engineering with DC Comics legend.