The electric SUV market is crowded in 2026, but very few vehicles truly understand what modern families want. Bigger batteries alone are no longer enough. Space, comfort, safety, long-term value, and emotional connection now matter just as much.
This is where the Kia EV9 quietly but confidently pulls ahead of the competition. After evaluating performance, pricing, real-world usability, and future readiness, the Kia EV9 stands tall as our Best Buy 3-Row EV of 2026.
Let’s explore why this electric SUV feels less like a machine and more like a thoughtful upgrade to family life.
A Bold Design That Feels Premium, Not Flashy
The Kia EV9 doesn’t scream for attention—it earns it. Its boxy yet futuristic design gives it a strong road presence, while clean lines and LED lighting keep it elegant rather than aggressive.
Inside, the EV9 feels airy and calming. Kia has focused on sustainable materials, soft-touch surfaces, and a layout that reduces visual clutter. The flat floor and wide cabin make long journeys feel less tiring, especially for families traveling together.
This is an SUV designed to make every passenger feel included.
True 3-Row Comfort That Actually Works
Many SUVs claim to have three rows, but the third row often feels like an afterthought. That’s not the case with the Kia EV9.
Adults can comfortably sit in all three rows
Easy access to the third row Generous legroom and headroom Large cargo space even with seats up
Whether it’s kids heading to school, grandparents joining a road trip, or luggage for a long vacation, the EV9 adapts effortlessly.
Electric Performance That Feels Confident and Calm
The Kia EV9 offers multiple powertrain options, including dual-motor all-wheel drive, delivering strong acceleration without feeling overwhelming.
Smooth and quiet driving experience Excellent highway stability Confident handling despite its size It’s not trying to be a sports SUV. Instead, it focuses on predictable, stress-free driving, which is exactly what families need in daily life.
Real-World Range That Supports Everyday Living
Range anxiety still matters, and Kia understands this well. The EV9 delivers a competitive real-world driving range, making it suitable for:
Daily city commutes Weekend highway trips Long family vacations with planned charging stops Fast-charging capability means less waiting and more time on the road. In 2026, convenience matters as much as innovation—and the EV9 delivers both.
Technology That Feels Helpful, Not Distracting
Kia has struck a smart balance with technology inside the EV9. Large, clear digital displays Intuitive infotainment system Advanced driver-assistance features Over-the-air software updates Everything is designed to reduce driver fatigue, not increase it. That emotional comfort—knowing your car is working with you—is one of the EV9’s biggest strengths.
Safety That Builds Trust for Families Safety isn’t just about crash ratings—it’s about peace of mind.
The Kia EV9 includes: Advanced collision avoidance systems Lane-keeping and adaptive cruise control Strong structural safety design For parents, this creates a sense of reassurance. For passengers, it creates trust. And trust is priceless. Value That Makes Sense in 2026 While some electric SUVs push luxury pricing without delivering real-world benefits, the Kia EV9 offers exceptional value for money.
You get: Premium comfort Practical range Future-ready technology Strong resale potential This balance makes the EV9 not just a smart purchase—but a long-term investment.
Final Verdict: Why Kia EV9 Is the Best 3-Row EV of 2026
The Kia EV9 succeeds because it understands people, not just specs. It’s spacious without feeling bulky, advanced without feeling complicated, and powerful without being intimidating.
In a market full of electric SUVs chasing trends, the EV9 focuses on real human needs—comfort, safety, trust, and everyday usability. That’s why we confidently call it the Best Buy 3-Row Electric SUV of 2026.
FAQs
Is the Kia EV9 suitable for large families?
Yes, the Kia EV9 is designed specifically for families, offering true 3-row seating, ample cargo space, and advanced safety features that make it ideal for daily use and long trips.
How does the Kia EV9 compare to other 3-row electric SUVs?
The EV9 stands out with better interior space, balanced performance, practical range, and a more affordable price point compared to many premium rivals.
Electric cars are usually judged by three things: range, design, and real-world usability. But every once in a while, a vehicle comes along that throws the rulebook out the window. Renault has just done exactly that. A strangely designed, ultra-efficient Renault electric vehicle has quietly smashed expectations by setting a jaw-dropping electric range record, and the internet can’t stop talking about it. At first glance, this EV looks… well, weird. But beneath its unusual shape lies a brilliant engineering story that could shape the future of electric mobility.
🔋 A Record That Redefines EV Range
Renault’s experimental electric vehicle recently achieved a record-breaking driving range on a single charge, pushing far beyond what most production EVs currently offer. While mainstream electric cars focus on bigger batteries, Renault took a smarter route—maximum efficiency with minimum waste. This EV was built to prove one thing: 👉 Long range isn’t just about battery size—it’s about how intelligently a car uses energy. The result? An electric range so high that it has forced the industry to rethink what’s possible.
🤯 Why This Renault EV Looks So Strange?
Let’s address the elephant in the room—the design. This Renault EV doesn’t try to look sporty or luxurious. Instead, it embraces: Ultra-aerodynamic curves Narrow rear track and smooth wheel covers Lightweight materials A body shape optimized purely for airflow Every line and angle serves a purpose: reducing drag. And it worked. Less air resistance means less energy used, which directly translates into more kilometers per charge. In simple words, this car looks odd because science demanded it.
⚙️ Smart Engineering Over Bigger Batteries
What makes this achievement even more impressive is that Renault didn’t rely on an oversized battery pack. Instead, the company focused on: High-efficiency electric motors Optimized regenerative braking Low rolling resistance tires Minimal energy loss systems This approach makes the record feel more realistic and future-ready, especially for affordable EVs.
🌍 What This Means for Everyday EV Drivers?
While this Renault EV may be a concept or experimental model, its impact is very real. Here’s why it matters to you: Future Renault EVs could offer much higher real-world range Smaller batteries = lower cost and faster charging Greater efficiency = better performance in city and highway driving Less range anxiety, even for long trips In short, this weird EV could help make electric cars more practical and accessible for millions.
🚘 Not Just a Record — A Message to the EV Industry.
Renault’s range record sends a loud message: Efficiency is the new horsepower. As electric vehicles evolve, brands that master energy optimization—not just battery size—will lead the next wave of innovation. This Renault EV proves that bold ideas, even strange-looking ones, can deliver extraordinary results.
🔮 What’s Next?
Will this exact model hit the roads? Probably not. But the technology, design philosophy, and efficiency lessons behind it absolutely will. Expect future Renault electric cars to: Go farther on less energy Cost less to produce Charge faster Feel smarter, not heavier
⚡ Final Thoughts
This weird Renault EV may not win beauty contests, but it just won the most important race in the EV world—the range race. And in doing so, it reminded everyone that true innovation often looks strange at first. Sometimes, the future doesn’t look cool. It looks efficient. If you’re excited about electric cars, this is one Renault story you shouldn’t ignore. 🚗⚡
US-Centered Headline Angle Ford’s latest battery announcement is shaping conversations across the U.S. auto industry, with experts calling it a key moment for America’s electric vehicle future. Why Americans Are Paying Attention With gas prices fluctuating and federal clean-energy incentives in place, U.S. consumers are closely watching how battery innovation could lower EV costs. Expert View on US EV Market Industry analysts say Ford’s move supports America’s push to strengthen domestic EV manufacturing and reduce reliance on overseas battery suppliers. Impact on EV Prices in the US Experts believe battery cost reductions could make EVs more affordable for middle-class American families over the next few years. Domestic Manufacturing Push Ford’s strategy aligns with U.S. policies encouraging local battery production, job creation, and supply chain security. Competition Among US Automakers The announcement increases pressure on U.S. and global automakers operating in America to accelerate battery development and EV rollouts. Benefits for American Drivers Drivers may see longer range vehicles, improved battery warranties, lower maintenance costs, and more entry-level EV models. Charging & Infrastructure Outlook While charging access remains uneven across the U.S., experts expect continued federal and state investment to support EV growth. Environmental Impact in the US Battery innovation supports national goals to reduce emissions and expand clean transportation across cities and highways.
Challenges Still Facing the US Market Raw material sourcing, battery recycling, and rural charging access remain hurdles for nationwide EV adoption. Why This Matters Right Now As U.S. emission standards tighten and consumer interest grows, Ford’s battery announcement highlights how automakers are preparing for an electric future. Long-Term US Market Outlook Experts predict steady EV growth in the U.S., driven by innovation, policy incentives, and increasing consumer confidence.
Not too long ago, electric vehicles (EVs) felt like something only tech lovers or luxury buyers could afford. They were exciting, futuristic, and… expensive. But things have changed dramatically. Experts now say EV costs are dropping faster than expected, new incentives are kicking in, and the long-term savings are too big to ignore.
For many Americans, buying an EV is no longer about being trendy—it’s about being practical, saving money, and choosing something that feels right for their family and future. If you’ve been thinking about it but weren’t sure whether now is the right moment, here’s why more people are finally making the switch.
EVs Are Becoming Cheaper—And the Price Drops Are Real
The biggest shift in the EV world is simple: they’re no longer outrageously expensive. The cost of batteries—the heart of every electric car—has dropped significantly over the last decade. As manufacturers scale production and improve technology, they’re able to offer EVs at prices that are surprisingly close to gas-powered cars.
You’ll now find models in the $25,000–$35,000 range—something that felt impossible a few years ago. Cars like the Tesla Model 3, Chevy Bolt, and Nissan Leaf often go on major discounts, making them easier to afford for everyday families.
For many people, that moment when you realize you can buy an EV is emotional—because it means a cleaner, quieter, cheaper future is suddenly within reach.
Federal and State Incentives Bring the Price Down Even More
If you’re a U.S. citizen, this is where it gets even better.
The government wants more people to switch to electric, so there are incentives that directly reduce your cost:
Up to $7,500 federal tax credit
State-level rebates (sometimes thousands of dollars)
Utility company discounts, like cheaper charging or charger installation rebates
It’s not just a small discount—these incentives can cut 15–30% off the price of your car.
For families trying to save every dollar, this makes a life-changing difference. Suddenly, the EV that felt out of reach starts to look completely doable.
EVs Are Cheaper to Maintain—and That Means Long-Term Savings
One of the best parts about owning an EV is realizing how much money you don’t spend anymore. No oil changes, no exhaust issues, no random engine repairs. EVs simply have fewer parts that can break.
And then there’s the cost of charging.
When gas prices jump, it’s stressful. But charging an EV—especially at home—can save you 40–60% compared to fueling a gas car. Many EV drivers say their monthly charging cost feels like paying an extra streaming bill… not a huge gas expense.
The long-term savings make EV ownership feel like a weight lifted off your shoulders.
More EV Choices Than Ever Before
One thing holding Americans back from buying EVs was the lack of options. That’s no longer a problem.
Ford, GM, Tesla, Rivian, Hyundai, Kia—all are producing more EV models in the U.S. than ever. There are electric SUVs, trucks, hatchbacks, and luxury options, giving buyers real choices for the first time.
More models mean more competition, and more competition means lower prices for everyone.
Charging Is Easier, Faster, and More Convenient Now
Charging used to be the biggest fear for new EV buyers. Today, the U.S. charging network is growing at record speed. Public fast chargers are expanding across highways, shopping centers, airports, and office buildings.
And fast charging has gotten seriously impressive—many EVs now go from 10% to 80% in just 20–30 minutes.
But the biggest benefit? Home charging. Plug your car in at night, wake up every morning with a full battery. No more standing in the cold at gas stations. No more guessing how much fuel you’ll spend this month.
It’s a convenience that many new EV owners say they never want to give up.
EVs Simply Feel Better to Drive
People often buy their first EV for financial reasons—but fall in love with it because of how it drives. Electric cars are:
Smoother
Quieter
Faster to accelerate
Easier to handle
More relaxing on long drives
The instant torque gives EVs a naturally fun and powerful feel. The lack of engine noise creates a calm, peaceful ride—something families with kids truly appreciate.
Once people experience it, many admit they’ll never go back to gas cars again.
Better for the Planet—and the People You Love
Money matters, but so does the impact we leave behind. EVs produce zero tailpipe emissions, helping reduce pollution in local communities. Cleaner air means healthier neighborhoods, especially for children and older adults.
With the U.S. using more renewable energy every year, EVs keep getting cleaner over time. Choosing an electric car feels like making a personal investment in a better future.
Resale Value Is Getting Stronger
As more Americans trust EVs and charging becomes easier, resale values are improving. Experts expect this trend to continue as battery technology becomes more durable and widely accepted.
Buying an EV today doesn’t feel like a risky experiment—it feels like a smart, future-proof decision.
Final Thoughts: If You’re Thinking About an EV, This Might Be Your Moment
Electric vehicles are no longer just for early adopters or tech enthusiasts. They’re becoming an affordable, smart, and emotionally satisfying choice for everyday American families.
With prices dropping, incentives rising, and charging networks expanding, the timing couldn’t be better. If you’ve been waiting for a sign that now is the right moment—this might be it.
The future of driving is electric, and it’s finally within reach.
Are electric vehicles really cheaper to own long-term?
Absolutely. You save money on fuel, maintenance, and many EVs qualify for federal or state incentives. Over time, most owners spend far less than they would with a gas car.
If you’re planning to make the switch from a fuel-powered car to an electric vehicle (EV), one question definitely pops into mind: “How long does it take to charge an electric car?” Unlike filling a tank with petrol or diesel, EV charging time depends on several things—battery capacity, charger type, and even weather conditions.
The encouraging part? Charging technology in 2025 has become faster, smoother, and far more convenient. Below is a simple breakdown to help you understand the real charging times for today’s electric cars.
🔌 Types of EV Chargers & Their Charging Speeds
EV chargers are grouped into three major categories. Each offers a different speed level, which directly affects charging time.
Level 1 Charging (Regular Home Socket – 120V)
Ideal for: Overnight charging at home Speed: 3–5 miles of range per hour Time for full charge: 20–40 hours
This is the slowest method and works with a standard home outlet. It’s suitable for people with short daily commutes.
Level 2 Charging (240V Home/Workplace Charger)
Ideal for: Daily charging at home, offices, shopping centers Speed: 15–30 miles of range per hour Time for full charge: 4–10 hours
Most EV owners install a Level 2 charger at home because it’s much faster than Level 1 and easily tops up the battery overnight.
DC Fast Charging (Public Fast Chargers)
Ideal for: Highway travel and quick charging breaks Speed: 150–300+ miles per hour Charging time:
10% to 80% in 20–40 minutes for most cars
Ultra-fast chargers can do this in nearly 15 minutes
These chargers are located at service stations, malls, and public EV charging networks.
⚡ Factors That Influence Charging Time
Not every EV charges at the same speed. Here’s what affects the timing the most:
Battery Capacity
Larger batteries naturally take longer to charge. For example, a 60 kWh battery charges faster than an 85 kWh one.
Vehicle’s Charging Capability
Different EV models support different maximum charging speeds.
State of Charge (SoC)
EVs charge quickest from 10% to 80%. The last 20% usually slows down to protect the battery.
Temperature
Cold weather can significantly slow down the charging rate.
Charger Availability
Peak-hour usage at public stations may increase waiting time.
🔋 Charging Time Examples (Approximate)
EV Model Fast Charging (10–80%) Level 2 Full Charge (0–100%)
Tesla Model 3 25–30 minutes 6–8 hours Hyundai Ioniq 5 18–25 minutes 6–7 hours Tata Nexon EV 50–60 minutes 8–10 hours MG ZS EV 40–60 minutes 7–9 hours
🚗 So, What’s the Actual Charging Time?
Here’s the simplest way to understand it:
Home Level 2 charging: 4–10 hours
Fast charging: 20–40 minutes
Regular wall socket: 20–40 hours
Most drivers never drain their batteries completely. They just plug in at night, and by morning, the car is ready—much like charging a mobile phone.
🌱 Final Note
Switching to an electric vehicle is getting more convenient every day. With expanding charging networks and rapid improvements in EV technology, charging has become hassle-free. Whether you’re on a daily commute or planning long drives, today’s EVs offer flexible charging options to fit every routine.
Picture this: You’re navigating a bustling city street 🏙️, traffic is dense 🚦, parking is scarce 🅿️, and your skateboard rests by your side, ready for the final stretch 🛹. Now imagine slipping into a tiny electric vehicle ⚡ so small and agile that it practically feels like parking it next to your skateboard. This is the vision Honda is presenting with its latest concept—the Micro EV.
Unveiled at the 2025 Japan Mobility Show 🇯🇵, Honda’s Micro EV takes a fresh approach to urban transportation. It’s not about high speed 🚀 or long-range capabilities 🌍; instead, it focuses on smart, minimalist design 🪶, playful aesthetics 🎨, and solving the challenges of city life.
Urban Challenges and the Micro EV Solution 🏙️🔑
Urban areas, especially in the U.S., face common mobility challenges: tight parking 🅿️, heavy traffic 🚗🚕🚙, narrow streets 🛣️, and the constant scramble to get from one place to another efficiently ⏱️.
Honda’s Micro EV concept addresses these pain points with a city-first design philosophy 🌇. By shrinking the vehicle footprint and emphasizing ease of maneuverability 🌀, Honda is essentially asking: What if your car could be as convenient and flexible as your skateboard or e-bike?
Design and Features That Stand Out ✨
Honda has revealed several intriguing features of the Micro EV, blending creativity with practicality:
Ultra-Compact Size 📏: Smaller than most subcompact EVs, ideal for tight city streets and parking.
Smart Interior Layout 🛋️: Bench-style seat spans the width of the cabin, with room for a skateboard 🛹 or small luggage 🎒.
Skateboard-Friendly Storage 🛹📦: Under-seat space designed for personal mobility devices.
Minimalist Dashboard 📱: Smartphone interface on the steering yoke replaces the traditional cluster.
Lightweight and Efficient Design ⚡🪶: Honda’s “Thin, Light, and Wise” philosophy prioritizes efficiency and sustainability 🌱.
Broad Appeal 🌍: Designed for younger urban commuters 👩🎓🧑💼 and older drivers who value easy entry/exit 🚪.
Why This Concept Matters 💡
The Micro EV represents a shift in how automakers approach urban electric vehicles:
City-Focused Design 🏙️: Prioritizes practicality and urban convenience over raw performance.
Integration With Personal Mobility 🛹: Allows hybrid commuting with skateboards, scooters, or bikes 🚲.
Simplified Interiors 🛋️: Reduces weight, cost, and distractions while enhancing functionality.
Production Uncertainty ❌: Honda has not confirmed if it will be commercially available.
Market Fit 🇺🇸: U.S. drivers may prefer larger vehicles, limiting appeal to dense cities.
Utility vs. Size ⚖️: Smaller size reduces cargo space and long-trip comfort.
The Micro EV in the Context of Future Urban Transportation 🌐
If Honda develops similar ultra-compact EVs:
Micro-Mobility Integration 🛹🚗: Bridges cars and personal mobility devices for hybrid commuting.
New Urban Vehicle Categories 🏙️: Space-efficient, affordable vehicles for dense cities.
Reduced Environmental Impact 🌱: Smaller vehicles occupy less space and require fewer resources.
Shifting Consumer Expectations 🤔: Promotes compact, playful, and smart designs over traditional large vehicles.
What to Watch in the Coming Years 👀
Key points for potential buyers and observers:
Production Plans 🚗: Will it be available in Japan, Europe, or U.S. cities?
Pricing Strategy 💰: Affordability will determine appeal to younger urban commuters.
Real-World Specs ⚡: Battery, range, and charging details are critical.
Infrastructure Compatibility 🏙️: Parking, EV incentives, and city policies may affect adoption.
The Exciting Takeaway 🎉
The Honda Micro EV concept is playful, optimistic, and practical. It challenges conventional vehicle design by embracing minimalism, compactness, and multi-modal commuting.
For city commuters, skateboard enthusiasts 🛹, or anyone seeking a lightweight, flexible EV ⚡, the Micro EV presents a tantalizing vision: a vehicle small enough to fit next to your skateboard, yet capable enough for daily urban life. It reminds us that smaller, smarter, and efficient is sometimes exactly what city living demands.
FAQs ❓
Q1: How big is the Honda Micro EV? 📏
A1: Extremely compact, designed for tight city streets and easy parking 🅿️.
Q2: Can the Micro EV fit a skateboard inside? 🛹
A2: Yes! Under-seat storage is specifically designed for skateboards or small mobility devices.
Q3: Will the Honda Micro EV go into production? 🚗
A3: Currently, it’s a concept. Production hasn’t been confirmed, but it may inspire future city-focused EVs.
The next chapter in the electric vehicle revolution is being written — and it’s being co-authored by Lucid Motors and NVIDIA. Lucid has announced plans to launch a mid-size, self-driving electric vehicle (EV) powered by NVIDIA’s advanced AI technology, setting new standards for what intelligent driving can mean in everyday life.
This vehicle isn’t just another addition to the EV lineup — it’s a symbol of human creativity, innovation, and the pursuit of safer, smarter, and cleaner transportation.
🌍 Lucid’s Shift from Luxury to Everyday Innovation
For years, Lucid Motors has stood as a luxury EV pioneer with its flagship model, the Lucid Air, which wowed the world with its range, design, and technology. However, the company is now steering in a new direction — one that focuses not only on elegance but on accessibility and mass adoption.
Lucid’s upcoming mid-size EV will sit below the Lucid Air in price and size, targeting a much wider audience. Reports suggest the vehicle could cost under $50,000, marking Lucid’s move from an elite EV maker to a mainstream innovator.
The goal is simple yet bold — to make advanced technology and self-driving capabilities available to everyone, not just luxury buyers.
🤝 The Power of Partnership: Lucid Meets NVIDIA
At the core of this revolutionary project is a collaboration that blends two giants of innovation — Lucid Motors, a master of EV design and engineering, and NVIDIA, the global leader in artificial intelligence and computing hardware.
Lucid will integrate NVIDIA’s DRIVE AGX Thor platform, an advanced chip architecture capable of processing massive amounts of data in real time. Each vehicle will feature dual NVIDIA DRIVE Thor processors, giving it unmatched intelligence, responsiveness, and redundancy — crucial for autonomous driving.
This technology will enable the car to detect its surroundings, interpret complex road situations, and make instant decisions with minimal human input. It’s as if the car has its own brain — one designed not just to move but to understand.
This partnership is more than a technological alliance; it’s the blending of vision and purpose — creating cars that are as intelligent as they are sustainable.
🧭 From Assistance to Autonomy: Reaching Level 4 Self-Driving
Lucid’s new EV is targeting Level 4 autonomy, one of the most advanced milestones in the world of automated driving.
Here’s what that means:
Autonomy Level
Meaning
Level 0
No automation — the driver controls everything
Level 1
Minor assistive functions like cruise control
Level 2
Partial automation (steering + braking assist)
Level 3
Conditional automation — driver still needs attention
Level 4
High automation — vehicle drives itself in most conditions
Level 5
Full automation — no human input needed at all
Level 4 means the car can handle nearly all driving functions independently within predefined areas. It can accelerate, steer, and brake on its own — allowing passengers to relax, read, or even rest while the vehicle does the work.
With cameras, radar, and lidar working in sync, the car perceives the environment in 3D and reacts faster than any human driver could. This is more than a leap in technology; it’s a leap in trust, comfort, and safety.
⚙️ Inside the Tech: How Lucid and NVIDIA Make Autonomy Possible
The upcoming Lucid mid-size EV will be a technological marvel, combining multiple advanced systems to ensure both performance and safety.
Here’s what makes it stand out:
🧩 Dual NVIDIA DRIVE Thor chips — for maximum computational power and fail-safe redundancy.
👁️ Comprehensive sensor array — lidar, radar, and cameras work together to ensure 360° awareness.
💡 Self-learning AI software — improves decision-making as it gathers more real-world data.
🔋 Lucid’s high-efficiency battery system — known for best-in-class range and charging speeds.
🏭 AI-powered manufacturing — Lucid will use NVIDIA’s digital twin simulation tools to perfect production and reduce waste.
The outcome? A vehicle that doesn’t just drive itself but learns, evolves, and adapts — combining safety, intelligence, and sustainability in one powerful package.
🌟 Why This Move Is a Big Deal for the Auto Industry
Lucid’s decision to build a self-driving mid-size EV marks an important shift in the global auto market. For years, autonomy has been a dream chased by companies like Tesla, Waymo, and Rivian — but few have managed to blend affordability, AI sophistication, and production readiness.
Lucid’s entry changes the equation. By partnering with NVIDIA, the company gains a strong foothold in AI-powered autonomy while bringing those technologies to a car that everyday drivers can actually buy.
This could accelerate the arrival of mainstream autonomous vehicles — where self-driving isn’t just a luxury feature but a standard expectation.
📈 Lucid’s Strategic Play for the Mid-Size Market
From a business perspective, this is a calculated and visionary move. Lucid isn’t abandoning its luxury DNA — it’s expanding it into a more accessible, mass-market segment.
The new vehicle will compete directly with popular models like the Tesla Model Y, Ford Mustang Mach-E, and Rivian R2. However, Lucid plans to stand out through two major advantages:
True Level 4 autonomy, thanks to NVIDIA’s DRIVE platform.
Superior energy efficiency using Lucid’s proprietary battery technology.
Moreover, NVIDIA’s factory optimization tools will allow Lucid to scale faster, reduce errors, and minimize costs — essential for surviving in a price-sensitive market.
If successful, this strategy could transform Lucid from a niche automaker into a global EV powerhouse.
🌿 Intelligence Meets Sustainability
Lucid has always been known for blending luxury with responsibility, and this project continues that legacy. The new mid-size EV will be designed not only for comfort and performance but also for environmental impact reduction.
Using AI to optimize energy use, manage resources, and improve efficiency, Lucid and NVIDIA are creating a car that’s as sustainable as it is smart. From digital manufacturing twins to advanced recycling during production, every step reflects Lucid’s mission to create a cleaner planet.
It’s not just about driving electric — it’s about driving with purpose.
⚡ Competing in a Tough Arena
Despite the excitement, Lucid faces some steep challenges ahead. The EV landscape is fiercely competitive, and autonomy remains a difficult field to master.
Here’s what stands in the way:
🧾 Regulatory Barriers: Different countries have varying laws on autonomous driving.
💰 Cost of Components: Lidar, radar, and AI chips add significant expense.
🏭 Production Scale: Transitioning from luxury to mass-market manufacturing isn’t simple.
🧠 Public Trust: Many drivers remain skeptical about letting a car take full control.
Still, Lucid has an edge — it’s approaching this revolution with precision, patience, and passion. Rather than rushing autonomy to market, Lucid is taking a methodical approach to ensure reliability and safety.
That’s the kind of integrity that can make innovation truly last.
💖 Human-Centered Technology: Built for People, Not Just Performance
At its heart, Lucid’s new car isn’t about replacing human drivers — it’s about helping them live better lives. We drive because it gives us freedom, independence, and emotion. Lucid’s goal is to preserve that emotional connection while removing the stress and danger of driving.
A self-driving car can give people back their most valuable asset — time. Time to relax, think, or connect with loved ones while their vehicle safely navigates the road.
Lucid’s philosophy is simple: Technology should not overwhelm us; it should empower us. And in this upcoming EV, that belief becomes beautifully tangible.
🗓️ What’s Next for Lucid and NVIDIA’s Vision
Here’s what we can expect over the next few years as this project moves forward:
Milestone
Expected Timeframe
Description
Prototype unveiling
Early 2026
First look at the car’s design and features
Production start
Late 2026
Manufacturing begins at Lucid’s Arizona facility
Price announcement
Mid 2026
Targeting under $50,000
U.S. launch
2027
Initial rollout to major U.S. cities
Level 4 activation
TBD
Autonomous driving enabled via future software updates
If these timelines hold, Lucid could be one of the first automakers to bring a true Level 4 EV to the consumer market.
🔮 How This Could Redefine Driving Forever
Lucid’s collaboration with NVIDIA is shaping more than just a car — it’s shaping a movement. Together, they’re showing the world that artificial intelligence and sustainability can work hand in hand.
In the coming years, autonomous EVs like Lucid’s could help reduce traffic accidents, lower emissions, and transform how we experience transportation. Imagine cities where vehicles communicate with each other, avoid collisions, and move in perfect harmony.
This is not just the evolution of cars — it’s the evolution of human mobility.
❤️ Final Thoughts: Driving into a Smarter Tomorrow
The partnership between Lucid Motors and NVIDIA is a shining example of how innovation can serve humanity. Their upcoming mid-size, self-driving EV isn’t just about autonomy or electric power — it’s about rethinking what driving means.
It’s about creating a world where machines make our journeys safer, cleaner, and more meaningful. It’s a reminder that the future of transportation is not about losing control — it’s about gaining freedom.
When Lucid’s new EV hits the road, it will carry not just passengers, but the hope of millions who believe technology can make life better. This is more than a new car launch — it’s the dawn of an era where driving becomes effortless, sustainable, and deeply human.
❓Frequently Asked Questions
1. What makes Lucid’s upcoming mid-size EV unique?
It’s an affordable, AI-powered electric vehicle equipped with Level 4 self-driving technology, developed in partnership with NVIDIA to deliver high performance and full autonomy.
2. How is it different from the Lucid Air?
The new model will be smaller and more affordable than the Lucid Air, designed for mass-market consumers but still offering advanced autonomous driving features.
3. When will Lucid’s self-driving EV be available?
The car is expected to debut in 2026, with full production starting later that year and public release anticipated in 2027.
For years, Tesla has been hailed as the undisputed leader of the electric vehicle (EV) revolution — pioneering innovation, speed, and smart design. But a new wave of data is rewriting that story. Surprisingly, the EV brand with the slowest battery degradation isn’t Tesla at all — it’s Kia.
According to a detailed study by Kvdbil, a Swedish used-car platform that examined more than 1,300 electric and hybrid vehicles, Kia’s EV6 came out on top for battery health retention. The results were so impressive that they sent a ripple through the entire EV industry — showing that Tesla’s dominance in every metric may be ending.
This discovery isn’t just about numbers; it’s about trust, dependability, and the growing realization that the EV world has more than one hero. Let’s dive deeper into what makes Kia’s batteries last longer, how Tesla compares, and what this means for the future of electric driving.
⚡ Understanding Battery Degradation — and Why It Matters
Every battery, whether in your smartphone, laptop, or car, slowly loses its ability to hold charge over time. This natural process, called battery degradation, affects how far your EV can travel on a single charge.
If your EV originally offered 300 miles per charge, after a few years, that range might drop to 270 or 280 miles. This is completely normal — but how quickly it happens depends on several factors, including battery design, charging habits, and temperature management.
That’s why the Kvdbil study is so groundbreaking. It shows that Kia’s EV6 battery degrades at a much slower rate compared to others in the same class — even slower than Tesla’s.
🌍 The Study That Surprised Everyone
Kvdbil’s analysis of over 1,300 EVs and plug-in hybrids revealed some eye-opening facts:
Kia EV6 ranked #1 for maintaining the best State of Health (SoH) — a measure of how much energy the battery retains compared to when it was new.
8 out of 10 EVs in the study still kept 90% or more of their original battery capacity.
Kia and its sister brand Hyundai both performed exceptionally well.
This means Kia EV6 owners are seeing very little range loss, even after years of use — a huge reassurance for anyone thinking of buying an EV.
🔬 What Makes Kia’s Battery Last So Long?
Kia’s remarkable performance didn’t happen by chance. It’s the result of smart engineering, superior battery management, and next-gen thermal technology.
Let’s break down the secret ingredients behind Kia’s success:
1. Exceptional Thermal Management System
Battery life shortens when it’s exposed to extreme heat or cold. Kia’s EV6 is equipped with a highly advanced liquid-cooling thermal management system that keeps the battery at its ideal temperature no matter the weather.
This ensures the battery doesn’t overheat during fast charging or freeze in winter — both common issues that accelerate wear in other EVs.
2. E-GMP Platform Architecture
The EV6 is built on Kia’s Electric-Global Modular Platform (E-GMP), a cutting-edge design also used in Hyundai’s Ioniq lineup. This platform optimizes space, balance, and cooling, giving every cell uniform protection and longer life.
3. Smarter Charging Algorithms
The EV6’s software controls how quickly and efficiently the battery charges. During DC fast charging, the car automatically adjusts input levels to prevent overheating or stress on cells. This intelligent system is a big reason Kia batteries stay healthy longer.
4. High-Quality Battery Chemistry
Kia uses lithium-ion polymer cells supplied by LG Energy Solution. These are known for balancing power and durability. Instead of chasing maximum energy density like Tesla, Kia prioritized stability — and it’s paying off.
5. Efficient Regenerative Braking
The EV6’s regenerative braking system captures energy every time you slow down, reducing strain on the battery and increasing efficiency. Over time, this contributes to a slower rate of degradation.
🚀 Tesla Still Performs Exceptionally — But Kia Takes the Lead
Let’s be fair — Tesla still produces some of the longest-lasting EV batteries in the world. Data shows that Tesla vehicles lose around 10–15% of capacity after 200,000 miles — an incredible number by industry standards.
However, Kia’s EV6 seems to perform slightly better in real-world tests, especially under mixed driving conditions and varying climates.
Tesla primarily uses NCA (Nickel-Cobalt-Aluminum) and LFP (Lithium Iron Phosphate) cells. While NCA batteries offer higher performance, they tend to degrade faster with frequent supercharging or in high-heat environments.
Kia’s EV6, on the other hand, relies on a more balanced system that focuses on maintaining long-term health rather than extreme power output. The difference may only be a few percentage points, but over years, it adds up.
🌡️ Real-World Factors That Influence Battery Degradation
Even with advanced engineering, every EV’s battery health depends on how it’s used and maintained. Here are some real-life factors that determine how fast (or slow) your battery degrades:
Charging Frequency: Constantly using fast chargers can heat up the battery and reduce its lifespan. Using regular home charging for daily use is much gentler.
Charge Range: Keeping your EV between 20% and 80% charge helps minimize wear. Avoid fully draining or topping up your battery frequently.
Temperature Extremes: Batteries don’t like being too hot or too cold. Kia’s superior thermal system helps offset this better than most.
Driving Behavior: Hard acceleration and braking generate more heat. Gentle driving keeps the battery cooler and healthier.
Software Updates: Kia and Tesla regularly release updates that improve battery efficiency and management — another reason their degradation rates remain low.
💰 Why This News Matters to Everyday EV Drivers
Battery health isn’t just a technical detail — it has real financial and emotional value.
Long-Term Savings: Batteries are the most expensive EV component. A long-lasting battery means fewer replacements and lower maintenance costs.
Better Resale Value: A car with excellent battery health will command a higher resale price years later.
Peace of Mind: Knowing your EV can retain 90% of its power even after many years gives confidence and removes range anxiety.
This make kia technologically enhancing.
🌱 The Truth: Battery Degradation Isn’t as Scary as People Think
Lets find how,
For years, potential EV buyers have worried that their batteries would degrade quickly — but studies prove otherwise.
The Kvdbil research shows that most EVs still retain more than 90% of their capacity after several years. That means a vehicle once rated for 300 miles might still deliver 270 miles of range after 5–6 years — hardly noticeable for daily driving.
With new innovations like better cooling systems, software optimization, and advanced materials, modern EV batteries are built to last 15–20 years or more.
So if you’ve been hesitant to switch to an EV, you can rest easy — battery degradation is far less of a problem than people assume.
🔮 The Future of EV Batteries Looks Brighter Than Ever
The next generation of electric cars will take battery durability to an entirely new level. Automakers, including Kia and Tesla, are already working on technologies that promise revolutionary improvements:
Solid-State Batteries: These upcoming batteries will deliver faster charging, higher safety, and even slower degradation.
AI-Powered Battery Management: Artificial intelligence will predict and prevent wear by constantly adjusting voltage and temperature in real time.
Recycling and Second Life Uses: Old EV batteries will be repurposed for home energy storage, giving them new life even after leaving the car.
These innovations mean the EVs of tomorrow won’t just drive cleaner — they’ll last longer and perform better than ever.
🚗 Kia’s EV6: The Hidden Star of Durability
The Kia EV6 has emerged as one of the most complete EVs in today’s market — blending elegant design, lightning-fast 800V charging, and world-class efficiency. But now, its long-term reliability gives it an extra edge over the competition.
Owners often describe the EV6 as effortless — it’s not just about the smooth acceleration or futuristic cabin, but the confidence that comes from knowing your battery won’t fade quickly.
While Tesla captures headlines with innovation, Kia wins hearts with dependability. It’s the quiet achiever that proves endurance can sometimes outshine glamour.
⚙️ Kia vs Tesla: Battery Durability at a Glance
Feature
Kia EV6
Tesla Model 3 / Y
Battery Retention (After Years)
90–95% capacity
85–90% capacity
Thermal Control
Advanced liquid cooling
Excellent liquid cooling
Charging Speed (10–80%)
~18 minutes (800V)
~25 minutes
Battery Type
Lithium-ion polymer (LG)
NCA or LFP (Panasonic/CATL)
Degradation per 100k miles
~5%
~7–10%
Both brands perform exceptionally well, but Kia’s small edge in long-term health makes it the quiet winner in the endurance race.
❤️ Beyond Technology: A Human Story of Trust
This isn’t just about batteries and science — it’s about how we, as people, connect to the machines we drive.
Kia’s achievement shows that sustainability and reliability can go hand in hand. It gives drivers peace of mind, knowing their vehicle isn’t just efficient but also built to last.
In a market often dominated by hype, Kia’s quiet consistency feels refreshing. It proves that you don’t need to be loud to be revolutionary — sometimes, you just need to build something that lasts.
🌟 Final Thoughts
After analyzing thousands of vehicles and real-world data, one truth stands out: Kia’s EV6 currently leads the EV world in slowest battery degradation.
Through superior engineering, thermal control, and battery design, Kia has achieved something remarkable — an EV that not only performs well but also stays strong over time.
Tesla remains a technological giant and continues to innovate rapidly, but Kia’s rise signals a more balanced, competitive, and sustainable future for the EV market.
So the next time you think of long-lasting electric power, remember: the quiet champion isn’t always the most famous one. Sometimes, it’s the one that just keeps going — mile after mile, year after year.
🔍 FAQs
1. Which EV has the least battery degradation in 2025?
Recent research shows that Kia’s EV6 holds the title for the slowest battery degradation, outperforming Tesla and many other premium EV brands in long-term battery health.
2. How long can a Kia EV battery last?
Kia EV batteries are engineered to last 10–15 years or more. Many real-world users report less than 10% capacity loss even after 150,000–200,000 miles of driving — proving their long-term reliability.
3. What can I do to make my EV battery last longer?
*Use home (Level 2) charging for daily needs and save fast charging for trips. *Keep your charge between 20%–80%. *Avoid exposing your car to extreme heat or cold for long periods. *Drive smoothly to reduce battery strain.
Kia has always been the automaker people underestimated—until now. In 2025, the company didn’t just present a few upgrades; it completely reimagined the EV landscape. With a stunning lineup of new electric models, Kia has positioned itself as a serious game-changer in the global EV race.
This isn’t just about cars. It’s about ambition, innovation, and a deep human desire for better, cleaner mobility without compromise.
⚡ Kia’s Big EV Push: A Turning Point
For years, Kia built a reputation on reliability and affordability. But the shift to electrification is different—it demands innovation, scale, and emotional appeal. At IAA Mobility 2025 in Munich, Kia revealed its most ambitious EV portfolio yet:
PV5 – versatile electric van for work and lifestyle
This multi-segment strategy shows Kia is not content with one niche. Instead, it wants to dominate across affordable, family, premium, and commercial markets.
🚙 Kia’s New EV Lineup: Key Highlights
Here’s a quick snapshot of what makes each model stand out:
Model
Segment / Type
Range (WLTP est.)
Key Features
Target Audience
Concept EV2
Subcompact crossover
~250-300 miles
Affordable, urban-friendly
Entry-level EV buyers
EV3
B-segment crossover
~280-370 miles
Dual battery options, ADAS
First-time EV families
EV4
Sedan / hatchback
~391 miles
Stylish, tech-rich, sustainable interior
Mid-segment buyers
EV5
C-segment SUV
~350-400 miles
Fold-flat seats, panoramic display
Family-oriented buyers
EV6 GT
Flagship performance SUV
~310-340 miles
Dual motors, Tesla Supercharger access, V2L
EV enthusiasts
EV9 GT
Large 3-row SUV
~300-350 miles
501 HP, 800V fast charging, luxury interior
Premium families
PV5
Electric van (PBV)
~260 miles
Cargo/passenger/camper versions
Businesses, fleets, lifestyle travelers
🌍 Why Kia’s Strategy Stands Out
Unlike many automakers chasing one target market, Kia is:
Covering all segments – from budget-friendly EV2 to premium EV9 GT.
Leaning on modular platforms – E-GMP architecture allows quicker, cheaper model diversification.
Solving charging anxiety – thanks to official Tesla Supercharger access for EV6, EV9, and future models.
Making EVs emotional – with bold designs, lounge-like interiors, and sustainability at the core.
Targeting business and lifestyle buyers – via PV5, opening new commercial horizons.
This democratizes EV adoption: no matter your budget, Kia wants you in the electric future.
⚠️ The Challenges Kia Must Overcome
Every revolution faces resistance. Kia’s bold EV leap will need to navigate:
Battery supply chain bottlenecks.
Lower EV profit margins vs. ICE cars.
Convincing premium buyers to trust Kia over Tesla, BMW, or Mercedes.
Charging infrastructure limitations in developing countries.
Fierce competition from BYD, Tesla, Hyundai, and VW.
Still, Kia’s multi-pronged approach gives it resilience. By spreading across price points and segments, it reduces risk while maximizing reach.
💡 Human Impact: Why This Matters to Drivers
These cars aren’t just machines; they’re enablers of dreams.
A young couple wanting their first EV can afford the EV2 or EV3.
A family of five finally gets an electric SUV that doesn’t feel like a compromise — the EV5.
A business owner sees the PV5 as a practical way to electrify their fleet.
A performance junkie discovers thrill and sustainability united in the EV9 GT.
Kia isn’t just selling vehicles. It’s selling confidence, excitement, and accessibility.
🔮 What’s Next for Kia?
Rollout pace – Global launches, pricing, and availability will be crucial.
Customer adoption – Will mainstream buyers embrace Kia over long-trusted ICE brands?
Tech evolution – Battery performance, charging speeds, and durability will define success.
Competition reaction – Expect Tesla, BYD, and VW to counterattack aggressively.
If Kia can keep the momentum, it could become one of the top 3 EV brands globally by the end of the decade.
📢 Final Take
Kia is rewriting the EV rulebook. By launching a diverse lineup that blends practicality with passion, it is proving that electric cars can be affordable, exciting, and accessible.
This isn’t just about cars—it’s about creating a human-centered EV future. And Kia might just have pulled off the shockwave that makes it happen.
Q1. Which Kia EV is best for families?
👉 The EV5 is perfect for families needing space, comfort, and affordability. For bigger families, the EV9 GT offers three rows and luxury.
Q2. Can Kia EVs use Tesla Superchargers?
👉 Yes! Starting in 2025, Kia EV6 and EV9 (plus future models) will have NACS ports for direct Tesla Supercharger access. Older EVs can use adapters.
Q3. Is Kia making affordable EVs for first-time buyers?
👉 Absolutely. The EV2 (concept) and EV3 are aimed directly at budget-conscious buyers looking for reliable, accessible electric mobility.
When people talk about luxury, elegance, and innovation, one name shines brighter than all others—Rolls-Royce. Known for creating cars that aren’t just vehicles but experiences, Rolls-Royce has now stepped into the future with something truly extraordinary—the Rolls-Royce Spectre. This isn’t just an electric car; it’s a symbol of how the world’s most luxurious automaker is embracing the future without losing its timeless charm.
In this article, we’ll dive deep into the world of Rolls-Royce Spectre, exploring its design, performance, technology, driving experience, and what makes it more than just another EV (electric vehicle). We’ll also look at how Spectre is rewriting the rules of luxury motoring, making it a perfect blend of heritage and futuristic innovation.
The Birth of Rolls-Royce Spectre: A New Chapter in Luxury Motoring
Rolls-Royce has always been known for creating cars that feel like art in motion. With Spectre, the company has embarked on its first all-electric journey. This is not just a response to the global shift towards sustainability; it’s a bold statement that luxury and environmental responsibility can co-exist beautifully.
The Spectre carries the soul of Rolls-Royce—silence, refinement, and presence—while stepping into the modern era with electric innovation. For a brand whose motto is “Strive for perfection in everything you do,” Spectre represents perfection in the age of electrification.
Design: A Rolling Work of Art
When you first lay eyes on the Rolls-Royce Spectre, you don’t just see a car—you feel it. The design is a perfect blend of modern sophistication and traditional craftsmanship.
Exterior
The iconic Pantheon Grille has been redesigned for aerodynamic efficiency while maintaining its royal presence.
The sleek fastback design gives the car a dynamic silhouette, reminding us of Rolls-Royce’s historic coachbuilding roots.
The Spirit of Ecstasy emblem is more aerodynamic than ever, symbolizing elegance flying into the future.
Large, sculpted doors open wide, giving the grand entry that only Rolls-Royce can deliver.
Interior
Inside, it’s a sanctuary of luxury. The cabin is wrapped in the finest leathers, wood veneers, and custom embroidery.
Rolls-Royce introduces the Starlight Doors and Starlight Headliner, which mimic a night sky filled with stars, creating a dreamy driving atmosphere.
Personalization options are endless—every Spectre is a canvas for its owner’s imagination.
In short, Spectre is not just designed—it’s crafted.
Performance: Power with Serenity
One of the biggest questions people have about an electric Rolls-Royce is: Does it still feel like a Rolls-Royce?
The answer is a resounding yes. The Spectre is powered by a dual-motor electric system that produces around 577 horsepower and 900Nm of torque, allowing this 2.9-ton beauty to glide from 0 to 60 mph in just 4.4 seconds.
But more than speed, what matters here is effortless power delivery. Rolls-Royce calls it the “waftability” factor—the feeling of floating on the road with unshakable smoothness. The Spectre retains that same effortless grace, but now it’s even quieter, thanks to the absence of a combustion engine.
The range of Spectre is estimated at around 260 miles (420 km), more than enough for a car whose purpose is to offer serene journeys rather than track-day thrills.
Technology: Innovation at Its Finest
Rolls-Royce Spectre is not just about power and luxury—it’s also about cutting-edge technology that enhances the driving experience.
Planar Suspension System: The car reads the road ahead, predicting bumps and adjusting the suspension for an ultra-smooth ride.
Digital Architecture of Luxury: A bespoke digital ecosystem that connects every aspect of the car to ensure seamless functionality.
Advanced Aerodynamics: Every curve and line of Spectre is designed for optimal efficiency and stability.
Seamless Connectivity: Infotainment and digital displays are integrated without feeling intrusive, respecting the minimalist luxury philosophy.
Driving Experience: Silence Becomes the New Luxury
Driving the Rolls-Royce Spectre is like stepping into another dimension. The silence of the electric motor elevates the brand’s hallmark “magic carpet ride” to new levels.
You don’t just drive the Spectre—you experience it. Imagine gliding through the streets with absolute quietness, where even the sound of wind has been meticulously engineered for serenity. Inside, the only thing you feel is calmness, complemented by the breathtaking visuals of the Starlight interior.
For passengers, the experience is equally divine. The wide, plush seats feel like thrones, and the ride is so smooth it almost feels like floating above the ground.
Rolls-Royce Spectre vs Competitors
To understand Spectre’s place in the market, let’s compare it with other luxury EVs.
Feature
Rolls-Royce Spectre
Tesla Model S Plaid
Mercedes EQS
Porsche Taycan Turbo S
Power (HP)
~577
1,020
~516
750
0-60 mph
4.4 sec
1.99 sec
4.1 sec
2.6 sec
Range
~260 miles
~396 miles
~350 miles
~238 miles
Focus
Ultra-luxury comfort
Performance speed
Tech-luxury
Sporty luxury
Price
Starts ~$400,000
~$90,000
~$120,000
~$185,000
While others focus on performance or technology, Rolls-Royce Spectre stands alone as the ultimate statement of luxury in an electric form.
Why Rolls-Royce Spectre Matters
The Spectre is more than just another electric vehicle—it’s a milestone. It proves that luxury brands can adopt sustainability without losing their identity. For Rolls-Royce, it’s not just about going electric; it’s about leading the way in redefining what electric luxury means.
It’s also symbolic for its owners. Driving a Spectre isn’t about showing off wealth—it’s about showing commitment to a future that values both elegance and responsibility.
Pricing and Availability
Rolls-Royce Spectre comes with a starting price of around $400,000, but as with all Rolls-Royce models, the final cost depends heavily on customization. For the ultra-wealthy, Spectre is less about cost and more about individual expression. Deliveries began in 2023, and the waiting lists already show the immense demand.
Future of Rolls-Royce: Fully Electric by 2030
Spectre is just the beginning. Rolls-Royce has confirmed that by 2030, its entire lineup will be fully electric. The company is paving the path towards a greener future while maintaining the brand’s legacy of excellence.
Conclusion: The Car That Makes Silence Speak
The Rolls-Royce Spectre is not just an electric car—it’s a philosophy on wheels. It combines the grace of tradition with the promise of tomorrow. For those lucky enough to own it, the Spectre is not merely transportation; it is an emotional journey, a moving piece of art, and a glimpse into the future of luxury.
When silence becomes the new roar, and elegance becomes electric, that’s when you know you’re driving the Rolls-Royce Spectre.
Q1: What is the range of Rolls-Royce Spectre on a full charge?
The Spectre offers an estimated range of around 260 miles (420 km), making it ideal for luxurious long drives.
Q2: How much does the Rolls-Royce Spectre cost?
The base price starts at approximately $400,000, but costs can rise significantly depending on customization.
Q3: Is Rolls-Royce planning more electric cars in the future?
Yes, Rolls-Royce has announced that its entire fleet will be fully electric by 2030, with Spectre being the first step in this transformation.
