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  • Suzuki confirms pricing of e-Vitara, with pre-order special at $46,990

    Suzuki confirms pricing of e-Vitara, with pre-order special at $46,990

    Japanese car maker Suzuki has announced the pricing of the two variants of its first electric car in the Australian market, the e Vitara, with prices starting from $46,990 drive-away as part of a pre-order campaign for the first 100 customers.

    The special introductory offer is for customers who order the entry-level Motion variant, and for those after the Ultra, the same offer applies at $56,990 drive-away.

    The pricing compares to a range of $34,590 to $39,490, before on-roads, for the petrol version of the Vitara, which is still a significant gap, although the lower running costs of the new electric version may balance it out on total cost of ownership.

    After the pre-order offer, the price will  increase by $3,000 for the Motion and $2,000 on the Ultra variant, bringing the drive-away prices to $49,990 and $58,990 respectively.

    Variant Pre-order Driveaway Pricing Post Pre-order Driveaway Pricing
    Motion $46,990 $49,990
    Ultra $56,990 $58,990

    On the specs front, the 2WD Motion variant is powered by a front-mounted electric motor with peak power of 106 kW and peak torque of 193 Nm.

    This variant will be a 49 kWh Lithium-Iron-Phosphate (LFP) pack in the entry-level 2WD model, packing 344 km of WLTP range.

    The top-spec is the AWD Ultra variant with a combined power of 135 kW and 307 Nm of torque.

    This powertrain helps the car get from 0-100 km/h between 7.4 and 9.6 seconds, depending on the variant.

    Image Credit: Suzuki Australia

    This top-spec variant comes with a larger 61-kWh battery, delivering up to 395 km of range.

    Both batteries can be fast-charged at up to 70 kW. With this charging speed, the e Vitara can be fast-charged from 10-80% in 45 minutes.

    That’s on the higher end compared to similar EVs on the market, with most aiming for around 30 minutes of charge time.

    11 kW AC charging is also available, allowing the battery to charge from 10-100% in 5 hours and 30 minutes for the larger 61 kWh pack.

    The Ultra variant also includes additional features over the Motion, including adaptive high beams, front LED fog lamps, a glass roof with a shade, an upgraded sound system, front heated seats, and premium upholstery.

    Image Credit: ANCAP Safety

    Safety-wise, it comes with 7 airbags and multiple ADAS features, helping it score a 4-star ANCAP safety rating.

    This is looking to be a good start for the brand known for its smaller, fun vehicles. Would this price bring customers to the brand or help existing customers consider an EV in a rapidly crowded marketplace? Time will tell. For now, it’s a positive step and model from the brand.

    E VITARA MOTION FEATURES:

    • 49kWh
    • FWD
    • 344km driving range.
    • 18-inch alloys
    • High Beam Assist
    • RCTA
    • 360 view cameras
    • Driving modes
    • Auto headlight
    • Rain-sensing wiper
    • 10.25-inch digital IP
    • 10.1-inch centre display with AA / CP / BT
    • Synthetic leather-wrapped steering wheel
    • Front & rear USB ports
    • Single-zone climate control
    • Interior ambient lighting (12 colours)
    • Dual-tone fabric seats
    • 4-speaker audio

    E VITARA ULTRA FEATURES, WITH ADDITION TO MOTION SPEC:

    • 61 kWh
    • 395km driving range
    • AWD
    • ALLGRIP-e
    • Adaptive High Beam
    • Front LED fog lamps
    • Glass roof with shade
    • Infinity sound system with subwoofer
    • Wireless charger
    • Premium fabric and synthetic leather seats
    • Electrically adjustable driver seat
    • Front heated seats

    SAFETY SUITE

    • 7 Airbags
    • Adaptive Cruise Control (ACC)
    • Autonomous Emergency Braking (AEB)
    • Lane Keeping Assist (LKA)
    • Lane departure Prevention (LDP)
    • Forward Collision Warning (FCW)
    • High Beam Assist (HBA)
    • Blind Spot Monitor
    • Electronic Stability Control (ESC)
    • Anti-Lock Braking System (ABS)
    • Dual Sensor Brake Support II (DSBS II)
    • Multi-Collision Braking (MCB)
    • Front and rear parking sensors

     

    TECHNICAL SPECIFICATIONS

      e VITARA Motion e VITARA Ultra
    Drive system 2WD 4WD
    DIMENSIONS
    Overall length 4,275 mm
    Overall width 1,800 mm
    Overall height 1,635 mm
    Wheelbase 2,700 mm
    Tread Front 1,540 mm
    Rear 1,545 mm
    Minimum turning radius 5.2 mm
    Minimum ground clearance 180 mm
    Seating capacity 5
    MOTOR
    Maximum output 106 kW 135 kW
    Maximum torque 193Nm 307 Nm
    BATTERY
    Type Lithium Iron
    Total Capacity kWh 49 kWh 61kWh
    CHARGING
    Estimated charging time:
    AC charging, 7kW, 1 phase > hh:mm 10-100% 6:30 9:00
    AC charging, 11kW, 3 phases > hh:mm 10-100% 4:30 5:30
    DC rapid charging > hh:mm 10-80% 0:45 0:45
    Charging inlet AC charging inlet Type2 (1phase)
    DC charging inlet CCS2
    TRANSMISSION
    Type Single-speed electric drive
    CHASSIS
    Steering Rack & pinion
    Front and rear brakes Ventilated disc
    Suspension Front MacPherson strut with coil spring
    Rear Multi-link
    WHEELS
    Tyres (width/profile) 225/55/R18
    Wheel type Machine finished alloy wheel
    WEIGHT  
    Curb weight 1,702 kg 1,860-1,899 kg

     

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  • Bugatti W16 Mistral ‘Fly Bug’ revealed, one-off commission for an elite customer

    Bugatti W16 Mistral ‘Fly Bug’ revealed, one-off commission for an elite customer

    Bugatti has revealed its latest bespoke hypercar, the W16 Mistral ‘Fly Bug’. This Sur Mesure creation is a one-off commission built for an elite customer.

    The Bugatti W16 Mistral ‘Fly Bug’ joins three other remarkable projects, including the Veyron ‘Hellbug,’ Chiron ‘Hellbee,’ and Divo ‘Lady Bug.’ This time, Bugatti has taken inspiration from the natural world once again, combining design cues from dragonflies and ladybugs into a striking visual identity.

    Bugatti W16 Mistral 'Fly Bug' rear quarter

    Finished in a deep Dragonfly Blue, the car’s paintwork mimics the iridescent tones of its winged namesake, while the dotted pattern across the exterior and cabin subtly references a ladybug’s signature look. The level of craftsmanship is staggering! Bugatti spent nearly 10 months perfecting every detail of this one-off.

    Beneath the artistry lies pure mechanical madness. The Mistral retains Bugatti’s legendary 8.0-litre quad-turbo W16, producing a monstrous 1,600 PS. It rockets from 0–62 mph in just 2.4 seconds and holds the crown as the world’s fastest open-top car, having breached an astonishing 281 mph (453 kmph).

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  • China Went All-In on EVs — Now It’s Betting on Gas Again

    China Went All-In on EVs — Now It’s Betting on Gas Again

    China spent the better part of a decade making the internal combustion engine look obsolete. Government subsidies, aggressive production targets, and a homegrown battery supply chain turned the country into the world’s dominant EV force. China now commands roughly 70 percent of the global EV battery market. So, it’s more than a little surprising that two of its biggest automakers, Geely and Chery, are pouring serious money into making the gasoline engine smarter, cleaner, and more competitive than it has ever been. Both companies are betting that the internal combustion engine still has a decade or more of relevance left in global markets, and they want to own that space before anyone else does.

    Autoblog / Leroy Marion

    The Efficiency Race Nobody Expected

    The numbers coming out of both companies right now are genuinely hard to believe. Geely recently achieved 48.41 percent thermal efficiency with its new i-HEV hybrid system, a figure independently verified by Guinness World Records, alongside a claimed fuel economy of 106 miles per gallon. For context, Toyota’s latest Prius, considered one of the most efficient engines in the world, manages a theoretical 44 percent. Four percentage points may not sound dramatic, but in thermal efficiency terms, that gap is enormous.

    Chery is right behind them. Its latest Kunpeng Tianqing engine achieves a claimed peak thermal efficiency of 48.57 percent, reached through a proprietary technology it calls “Dual-Curve Triple Linkage,” making it the highest recorded figure for a mass-produced internal combustion engine in publicly available data. Chery has gone further than just raw efficiency numbers, though. The company is actively arguing that gasoline vehicles need to stop being dumb. Using its Mars StarCore MIND integrated architecture, Chery has worked to bridge the perception, decision-making, and execution capabilities of fuel-powered vehicles, essentially giving ICE cars the kind of intelligence that was previously exclusive to EVs.

    Autoblog / Leroy Marion


    View the 2 images of this gallery on the
    original article

    What This Means for the Rest of the World

    The timing of this ICE resurgence is not accidental. As EV penetration in China’s domestic market surpasses 50 percent, global data tells a different story: most of the world still drives on gasoline. Chinese automakers are building for that reality. Exports have become a lifeline for many Chinese brands as brutal domestic competition cuts margins at home. Highly efficient hybrids are a smarter export product than pure EVs in many markets.

    The US remains largely walled off. But that does not mean US consumers are insulated from what is happening. Geely has confirmed that its Zeekr and Lynk and Co brands could enter the US within the next three years, potentially produced at the Volvo factory in South Carolina, which is currently undergoing a $1.3 billion expansion. Meanwhile, Chinese automakers have rerouted strategies through local manufacturing in Europe and emerging markets.

    Lynk & Co.

    The deeper point is this: China did not abandon its EV ambitions. It is running both tracks simultaneously, pushing EVs abroad while quietly perfecting the combustion engine for the markets that are not ready to let it go. That dual strategy, backed by R&D firepower that Western manufacturers are struggling to match, is what makes the current moment genuinely significant. The internal combustion engine may not be coming back, but it isn’t finished either. China is just making sure it has a say in how the final chapter gets written.

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  • This EV Charging Robot Actually Makes A Ton Of Sense For Charging Robotaxis

    This EV Charging Robot Actually Makes A Ton Of Sense For Charging Robotaxis

    • Rocsys’ new charging robot can plug in a robotaxi without needing a human.
    • The company’s first-of-its-kind solution is brand-agnostic, meaning that it could be used across virtually any charger or EV.
    • Its robot boasts an impressive 99.9% plug-in success rate.

    Whether you like it or not, the robotaxis are coming. And all those self-driving cabs will need to charge up somewhere, somehow, and potentially without human assistance. 

    That’s where startups like Rocsys come into play. Rocsys built what it says is the first hands-free, multi-bay robotaxi charging solution in the world, it announced on Wednesday. The Rocsys M1 system uses an automated robot arm that glides atop a row of chargers to start and stop the charging process. The company says the technology is in pilot mode now and will launch officially in 2027. Rocsys says it plans to support “thousands” of chargers in North America and Europe. 

    Let’s talk about how this works, because it’s actually pretty cool.

    The core of the Rocsys M1 is a large robotic arm that rides across a rail system. The rail is erected over the charging area and can be expanded if a fleet expands its infrastructure to include more stalls at a later time. One system can serve up to 10 parking spots, the company says.

    Once the robotaxi parks, the carriage finds the car, drops the robotic arm out from above, then removes the charger from the cradle before slotting it into the car’s charge port.

    The company says that it’s not locked into a single vendor, either, and that mixed-fleets and various types of EV charging hardware are a non-issue for the robot. Rocsys’ demonstration even shows the that the robot can manually pop open the charging-port door in cases where that isn’t motorized. 



    rocsys-1

    Photo by: Rocsys

    Rocsys says that its automated charging robot has a 99.9% plug-in success rate. It also claims that a 50-bay depot could achieve a productivity increase of up to 75% and annual cost savings of around $1.7 million per year if installed in a 50-bay robotaxi depot.

    Looking back over a decade ago, Tesla tried to come up with a similar solution for charging. CEO Elon Musk described it as a “solid metal snake,” but it wasn’t something that ever made it to market (even though Musk brought it up again five years later). A lot has changed in 11 years, though, including exploring the idea of wireless charging to solve this very same need. Tesla has said that the purpose-built Cybercab will use inductive charging exclusively.

    While more autonomous cars are getting deployed by the day from players like Waymo, operating them still requires humans. People watch over robotaxis remotely and help out when they get stuck. They also handle fleet management tasks like cleaning and charging—at least for now. And while Rocsys’ system might solve the problem of a human plugging in a charger, it doesn’t solve every little problem.

    For example, someone might spill a bag of chips in the back seat, or maybe they forget a backpack. Or an extreme case might be picking up passengers after a long night at the bar might mean that someone is stuck scrubbing the carpet. Maybe we’ll see a robotic solution for that soon enough, too.

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  • These Still Exist? Stock Honda Civic EK Hatch Surfaces for Sale With 90,000 Miles

    These Still Exist? Stock Honda Civic EK Hatch Surfaces for Sale With 90,000 Miles

    I don’t think I’ve ever seen a stock EK Civic hatch during my time on the road. The Honda crowd where I’m at would throw a Skunk2 exhaust on one of those faster than you can say “fartcan.” But someone in British Columbia managed to keep theirs free from modifications, and now, the 2000 Civic DX finished in Vintage Plum is crossing the virtual auction block on Cars and Bids.

    It’s worth noting that this is a no-reserve sale. At the time of publication, with less than 24 hours left until the hammer drops, the top bid is $5,000. That wouldn’t be a bad deal! We’ll have to see if crazed fanboys or fangirls pop in to drive the price up at the last minute.

    Since it’s a Canadian car, the odometer reads roughly 145,000 kilometers. That’s equal to something like 90,000 miles. Everything about the car is incredibly humble, from the 14-inch steel wheels to the handcrank windows, and the 1.6-liter engine made 106 horsepower and 103 lb-ft of torque when new. Let’s hope that most of that has stuck around. Either way, what output the Civic has left travels to the front wheels through a five-speed manual transmission.

    The list of known flaws is pretty minor, with the seller acknowledging chips, scratches, dings, and dents, as well as some corrosion. The latter seems mostly limited to the wheels and some underbody components beneath the engine, so the salty Vancouver air hasn’t been as harsh as it could have been. I’ve definitely seen worse where I live in the Midwestern United States.

    Open the door, and you’re greeted with the type of simple user interface we all miss so much. The HVAC controls are on the left, closest to the driver, while the radio controls take up a tiny bit of space in the middle. Better yet, there’s no screen jutting up from the dash, and there’s even room for vents above the stereo (which features a tape deck). Score!

    I won’t go on lamenting what new cars have become. Instead, I’ll end this blog by saying that I wait with bated breath to see how much this EK will go for. It’s not like there are many others out there to compare it to. Let’s hope the seller is rewarded with a fair price for taking care of their ride, while the buyer is rewarded with a solid and dependable daily that’s rarer than any Lamborghini within 100 miles—er, I mean, kilometers.

    Got a tip or question for the author? Contact them directly: caleb@thedrive.com

    From running point on new car launch coverage to editing long-form features and reviews, Caleb does some of everything at The Drive. And he really, really loves trucks.


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  • Aramco develops new hybrid engine

    Aramco develops new hybrid engine

    ARAMCO AMERICAS, a tech-focused subsidiary of Saudi Aramco, the world’s biggest integrated energy and chemical company, has developed a clean sheet hybrid engine that aims to cut costs, while at the same time boosting efficiency.

     

    Engineers at the company’s US-based research outfit in Houston, Texas, have developed a new Dedicated Hybrid Engine (DHE) designed from the ground up, specifically for use in electrified applications.

     

    Unlike conventional hybrid systems – which typically adapt an existing internal combustion engine for the role – the DHE has been engineered as a hybrid-first solution, integrating combustion and electric components into a simplified, cost-focused platform.

     

    The project, led by senior combustion specialist Nayan Engineer at Aramco’s Detroit Research Centre, aims to deliver a powertrain that is not only more efficient, but also significantly cheaper and easier to manufacture.

     

    Early modelling suggests the approach could reduce hybrid system costs by as much as 25 per cent when compared with current industry standards.

     

    The concept was born from a simple question: What would an engine look like if it were designed for hybrid use from day one?

     

    For Mr Engineer, the answer meant stripping away unnecessary complexity and focusing on real-world efficiency.

     

    “Hybrids really are the best of both worlds,” he said, pointing to their ability to combine EV-like drivability with the range and flexibility of combustion engines.

     

    Rather than retrofitting electrification onto a traditional engine, the DHE integrates electric motors at both ends of the crankshaft, enabling precise torque control and simplifying the drivetrain layout.

     

    This dual motor-generator setup eliminates the need for a conventional differential while improving efficiency and packaging.

     

    At the heart of the system is a compact 1.6-litre three-cylinder engine featuring a pushrod architecture, two valves per cylinder, and a monoblock design without a separate cylinder head.

     

    While these elements may appear old-school, they are deliberately chosen to reduce cost, size, and complexity.

     

    The engine operates within a narrow efficiency band – typical of hybrid applications – allowing it to prioritise thermal efficiency over outright performance.

     

    Aramco claims thermal efficiency in the 41-42 per cent range, with further gains possible through advanced combustion techniques and higher compression ratios.

     

    Additional innovations include roller-bearing internals to reduce friction, electrically driven auxiliary systems, and a long-stroke combustion layout designed to minimise heat loss.

     

    To bring the concept to life, Aramco partnered with French motorsport specialist Pipo Moteurs, enabling rapid development from digital design to working prototype.

     

    The project was intentionally kept lean, allowing engineers to move quickly without the delays typically associated with large-scale automotive programs.

     

    Prototype engines have already been built and tested, validating the concept and paving the way for further development.

     

    While the initial prototype targets mid-size SUV applications, the architecture is designed to be highly scalable.

     

    Future variants could include two-cylinder, four-cylinder, and V6 configurations, with both naturally aspirated and turbocharged versions under consideration.

     

    The system is also compatible with a range of electrified applications, including conventional hybrids, plug-in hybrids, and range-extender EVs.

     

    Aramco estimates the DHE could deliver fuel consumption reductions of up to 35 per cent compared with conventional petrol engines, while maintaining a lower cost than many existing hybrid systems.

     

    The development reflects a growing recognition that hybrid powertrains will play a critical role in the transition to full electrification, particularly in markets where charging infrastructure remains limited.

     

    Mr Engineer said he believes the concept is especially relevant for emerging markets, where affordability and practicality remain key considerations.

     

    “Hybrids solve real problems today,” he said.

     

    “They work where charging infrastructure is limited and where cost matters.”

     

    With patents secured and early prototypes validated, Aramco is now seeking industry partners to bring the technology to production.

     

    The company has begun showcasing the DHE concept to automakers and suppliers, with the goal of integrating the architecture into future vehicle programs.

     

    While it remains at an early stage, the clean-sheet approach challenges conventional thinking around hybrid systems – suggesting there may still be significant gains to be made in combustion-based efficiency, even as the industry accelerates toward electrification.

     

    If adopted, the DHE could offer a compelling bridge technology, combining lower emissions and improved efficiency with the cost advantages needed to support mass-market adoption.

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  • Ford CEO Jim Farley Talks EVs, Off-Roaders, and More

    Ford CEO Jim Farley Talks EVs, Off-Roaders, and More

    From the March/April 2026 issue of Car and Driver.

    Ford Motor Company CEO Jim Farley recently marked his fifth anniversary in the Blue Oval’s top job. Lately, he’s been criticized, as has the leadership at many legacy carmakers, for his company’s money-losing electrification drive, capped recently by the cancellation of the F-150 Lightning, the dissolution of two initiatives with Korean battery makers, and a $19.5 billion write-down related to business-plan changes. A new, more modern EV platform—representing a “Model T moment” for Ford, according to Farley—is set to debut as a mid-size pickup in 2027, built in a retooled Kentucky plant. While it points toward the next steps in Ford’s effort to catch up with the EV industry’s front-runners, which include many Chinese companies, questions remain. How did Ford get to this point? What needs to change? And, in an industry experiencing as much flux as it ever has, can Ford catch up? The 63-year-old executive sat down with Car and Driver contributing editor Jamie Kitman to discuss what’s gone wrong, what’s gone right, the challenges ahead, and cars.

    Car and Driver: Let’s start at the beginning. What’s a memory of the automotive world that stands out from your childhood?

    Jim Farley: When we moved to Greenwich, Connecticut, the Chinetti building [headquarters of North American Ferrari distributor Luigi Chinetti] was right on the Post Road. After I was done with my paper route, I’d ride over on my Schwinn. On Saturday, I would spend pretty much the whole day with the Italian mechanics in the basement of that building. And [Chinetti] had all his old NART racing cars. We would go through each one, and the mechanics would joke about the customers and talk about racing these cars all around America.

    I saw you smoke the field at Laguna Seca in your Cobra last summer. Previously, you told me the thing about racing that you like is that when you’re really challenged and it’s scary, that actually makes you better.

    Yes. I love racing. But I love racing because I like competing. I don’t like racing because it makes noise or something. I have a philosophy of putting yourself in as many awkward situations as possible and growing through your overwhelming situation. So, I really believe in survival, developing in a tough situation.

    You are more of a car guy than a lot of executives.

    I love working on cars, and I love cars, but that’s not my job anymore. People think, “Oh, you’re like Bob Lutz.” I’m actually not like that [head product role]. I’m quite different than that. What I’m passionate about is the sustainability of the company and using this moment of software-defined vehicles and the revolution of lower-CO2 powertrains to make Ford stronger.

    And all I really care about is fixing our quality and our safety and our cost, and making it a safe place to work in all definitions of safety, and to have a great future and a great business, so we could do more social good as well, like my grandfather, but also return lots of rewards to our shareholders.

    two individuals engaged in a conversation in a dimly lit room

    Roy Ritchie|Car and Driver

    The F-150 Lightning seemed to be selling well at first, but after you’d expanded to meet higher-than-anticipated demand, it didn’t go as planned. Looking back at the Lightning, would you do it differently?

    I totally would’ve done it differently. I mean, look, we didn’t know what we didn’t know.

    For me, it’s hard to escape the fact that COVID’s effect on car sales was record profitability, as limited numbers of silicon chips were diverted to the most expensive vehicles, which sold remarkably well, perhaps faking out a generation of product planners. Because ultimately, there’s a limit to how much people can afford to pay.

    COVID totally was a false signal. Post-COVID, and during the chip crisis that was a result of it, there was such high demand for all vehicles. If you could build a vehicle, you were going to sell it basically at 30 or 40 percent higher prices than before COVID. And I guess it didn’t take us long to learn that our internal-combustion-engine prejudice was so high that we hadn’t designed the [electric] cars right. We had a Mustang [Mach-E], we had an E-Transit, we had a Lightning, and people loved these products. The problem was they were never going to pay the cost we put into the vehicle.

    When did you realize you’d done EVs wrong?

    When we ripped apart a Tesla with Doug Field [Ford’s chief officer for EVs, digital, and design, formerly of Apple and Tesla]. I was just absolutely flabbergasted. The Mach-E’s wiring harness was 70 pounds heavier and 1.6 kilometers longer. We didn’t know what was going on in [Tesla engineers’ ] minds. But now we understand. They had no prejudice. We had prejudice. We’d gone to our supply-chain person and said, “Buy another wiring harness.” [Tesla] said, “Let’s design the vehicle for the lowest, smallest battery.” Totally different approach.

    The Raptor lineup has done pretty well for itself.

    I’d say that the biggest surprise of Ford is the off-road stuff.

    I just never expected that it would turn into such a profitable, expansive brand image for us. Between the Bronco, the Raptors, and the Tremors, we can’t make enough of the stuff around the world.

    But not for Europe.

    We haven’t really tried in Europe. Europe for us has always been kind of a wildly independent group at Ford. I ran that business for a while. I think the first year I was there, we lost $1.8 billion. I think we made that much four years later, but we had to restructure, close plants, rationalize. It’s been difficult. And now Europe probably is one of the most difficult markets in the world, because the Chinese have come, and they’ve hidden behind local brands like MG or Polestar and Volvo. And the rules for CO2 are so strict in Europe and the U.K. If you want to drive into the city center and not have to pay 50 bucks every time you go in, you have to get an electric vehicle.

    “I love working on cars, and I love cars, but that’s not my job anymore. People think, ‘Oh, you’re like Bob Lutz.’ I’m actually not like that. I’m quite different than that.”

    You’ve launched an electric in Europe recently, the Puma Gen-E. How is it doing?

    It’s doing well. I think it’s the number one EV in the U.K. now. It qualifies for an incentive, so it’s super affordable. And for the last few years, the Puma [including the gas version] has been the bestselling vehicle in the U.K

    If you were to try to sell it in the United States, what do you think would happen?

    Too expensive, too small, I think. You and I would love it. The question is, would it be like the Flex, where the people who owned it loved it, but there just weren’t enough of them?

    I know a few Flexes. I loved them. And the Fiesta ST.

    Probably one of the best cars we’ve ever made. They were amazing.

    Despite a Ford lineup that is very truck-forward, you’ve spoken out on the need for Americans to get used to driving smaller, lighter cars.

    I feel like we could probably do a better job in America at having more diverse sizes. Americans once appreciated different kinds of cars more than they do today.

    I don’t want to just let the Corolla and the Civic and the Hyundai and Kia products dominate the middle of the market. But I believe the best chance for us to do that is to apply our innovation to the future segments like EVs, because I believe that would give us the best chance to improve our fitness to compete, when everyone is going through the same learning curve. We have great hybrid technology. Our domestic competitors don’t. We could come out with a great Civic competitor. But then when I look at that strategically, I’m like, is that going to help me beat the Chinese OEMs or even match them?

    If I look around that corner, it’s BYD, Great Wall, Geely. Hyundai, Kia. Where are they going? Well, they’re putting the best people on these partial- or fully electric vehicles that are low cost. That’s where they’re putting the best people. That’s where I’m putting my best people.

    car week in monterey for civic.

    Roy Ritchie|Car and Driver

    Farley won his class in his 1964 Shelby Cobra at last year’s Rolex Monterey Motorsports Reunion. “I love racing because I like competing,” he says.

    The Chinese EV makers seem like the ultimate threat now. How’d the world miss their auto industry’s great leap forward?

    Anyone in the auto industry who didn’t feel like something was going to happen in China five years ago was fooling themselves. Certainly, I felt that way. But did we know that the companies and the local brands would get that good that fast? No way.

    We couldn’t travel during COVID. We didn’t go to China during COVID. So, it was invisible to us. But I remember going right after with our vice chair, John Lawler. We both looked at each other after about an hour, and we were like, “Holy shit, what the hell happened?” Their cars went from clearly behind us to ahead of us. Designs were beautiful. They were electric cars. Nio had battery swapping. It was just shocking, frankly.

    The local OEMs, with massive support from the Chinese government, built themselves into power house brands. A lot of people say now, “Well, BYD is more successful in volume than Tesla,” and they may think that’s, like, a recent phenomenon. But BYD has been making electric vehicles for 20 years.

    We’ve talked about the importance of people. The experience of developing the Mustang GTD brought you into contact with a lot of new people. Could you expand on that?

    Today, we have this technological revolution of software-defined vehicles and partially and fully electric powertrains. Those two innovations require completely new know-how. And so, at this particular time, the racing and the production worlds collide. The racing world is always dependent not just on good businesspeople like Roger Penske but also on the Larry Holts [a Multimatic executive whose fingerprints are all over the GTD] and innovators who do the technology side of racing. It’s very similar to the Doug Fields and Alan Clarkes [Ford’s executive director of advanced EV development] and people who came from Formula 1 and Tesla who had no formal training in traditional auto engineering, supply chain, or manufacturing.

    These types of talented people are also bringing the innovation that is required to compete against China. And there’s no playbook. You can’t go and look up, “Hey, how do I do an EREV [extended-range electric vehicle], which has a 100- to 150-mile battery with a small engine to charge the battery? How do you know how big the engine should be? How do you know how big the battery should be? What chemistry should the battery be? For electric architectures, do you have four-zone electric architectures? Should we develop the AI chip inside the company, or should we delegate to someone else? Use the off-the-shelf Nvidia chip, or do we do something custom?” These are all insane line items. All of these choices have to be informed by people who understand the technology and can visualize whether it’s going to work or not. And so, strangely enough, I find there’s a lot of synergy between development excellence in motor sports and a big company like Ford going through these changes.

    Historically, Ford has been known to be a very political company with lots of fiefdoms. And I guess one reason why former Ford CEO Alan Mulally was successful and celebrated was because he somehow was able to tamp that down. I’ve heard anecdotally that a lot of that began returning the minute he left the building, and it soon became time to tamp it down again. How have you addressed that?

    I think it was one of the reluctance factors for me to join Ford. But when I met Alan and [executive chair] Bill [Ford Jr.], I was pretty convinced this place had a chance of changing. As an American, I didn’t want to be sitting over there at Toyota after watching my grandfather [one of Henry Ford’s earliest line workers] and all his neighbors, and my mom’s neighbors, growing up, suffer so much because of our success at Toyota [where Farley spent 17 years before coming to Ford]. I was like, “Yeah, I gotta do something.”

    I remember coming into the executive garage—now, at Toyota, we had no executive garage—on my first day at Ford [in 2007]. I was surprised there were no Fords; they were all Range Rovers and Volvos. Alan saw the same thing. I was like, “I thought I was going to Ford.” And then, an executive came out of the elevator. I went over and said, “My name is Jim Farley.” And he goes, “I know who you are. We don’t need any help from Toyota.” And I said, “How’s that working for you?”

    But as soon as the ’08 [financial] crisis happened, there were no politics at Ford. During COVID, when we were making ventilators, there were no politics at Ford. It seems like that [corrosive internal politics] only happens when we’re kind of in stasis. Not when you’re in complete challenge mode.

    detroit january 5: jim farley, scion vice president, poses with the new tc sports coupe at the north american international auto show january 5, 2004 in detroit, michigan. the show, which will feature more than 700 vehicles, opens to the public january 10. (photo by bill pugliano/getty images)

    Bill Pugliano/Getty Images

    Before joining Ford, Farley spent 17 years at Toyota, where he led the launch of the Scion brand.

    You’ve spoken about a shortage of trained factory workers. What are some other big challenges today?

    I don’t think we can afford as a country to not make manufacturing-grade semiconductors. If we don’t reshore from Taiwan and China, and we have any kind of global problem, as we found out during COVID, we can’t make anything. I think that the Trump administration and government leaders on both sides of the aisle now have had an “aha!” moment. As have companies like ours and leaders like me, who said, “Hey, Wall Street just wants a cheaper car. They want us to make more money.” But at some point, there’s an invisible line, where you outsource so much that you actually don’t have any independence anymore. That’s where we are now.

    That raises the matter of government’s role generally. It’s been quite the whipsaw lately.

    There have been three mega trends in the government space. I’ll do them in order of significance for Ford.

    The first is the massive relaxation of the emissions standards. Huge change. In my 40 years in the industry, I have never been able to sell exactly what customers want. My whole career was marked by CARB and the EPA and the fuel-economy standards. So that’s a huge change, the biggest for Ford. But what it really means is if there are no regulations, then every OEM is going to go back to their cultural norm. At Ford, our cultural norm is to think for ourselves. So, we will offer people pure EVs, even though maybe that’s not the most profitable answer. We will offer EREVs and hybrids when others just say, “We don’t need to spend the money on that stuff.”

    The second big policy area is certainly the tariffs. Ford is an unusual situation. Around 80 percent of our vehicles sold here in the U.S. are made here. My competitors—Toyota, GM, others— are like 50 to 60 [percent]. They have big plants in Japan and South Korea; we don’t. But we also imported a lot of parts from overseas to make our U.S.-assembled vehicles affordable. Well, that gave us this huge tariff bill, even though we made most of our vehicles here. Counterintuitively, Ford had one of the biggest tariff bills. So, we worked with the president to try to minimize that, and our tariff bill is about a billion dollars now [for 2025]. It was like three to four [billion, according to earlier projections]. That’s 40 percent of our profit gone. But now it’s about 10 percent.

    The third area is definitely going to be: How do we deal with China? China is the most advantaged of all the locations. They have the most subsidies from the government, plus their OEMs are really good.

    Once upon a time, Ford built airplanes and television sets, and General Motors built buses and locomotives. In general, car companies seemed to be a lot more ambitious then. All of that’s gone out the window. What are your thoughts on why that is and whether it could change?

    I think it’s about to change more than people expect. As you redefine a software-defined product, with different levels of electrification, it turns out the electric architecture we’re building for our vehicles isn’t so different than electric architecture for a drone, isn’t so different than the electric architecture for VTOL [vertical takeoff and landing aircraft]. It also turns out that as we start building batteries and getting closer to tech, we can build batteries, just like we built ventilators in COVID or bombers in World War II. And some of these adjacencies are very attractive businesses, number one.

    washington, dc december 03: ford ceo jim farley (c) speaks to u.s. president donald trump as trump makes an announcement on changes to the country's fuel economy standards in the oval office at the white house on december 03, 2025 in washington, dc. joined by executives from major automobile makers, trump announced weaker fuel efficiency standards as part of his agenda to lower the price of gasoline powered cars and dismantle former president joe biden's policies that promoted electric vehicles. (photo by chip somodevilla/getty images)

    Chip Somodevilla/Getty Images

    More recently, Farley has worked to mitigate negative effects of the Trump administration’s policy changes.

    Number two, for literally the survival of the company or for our emerging out of this wormhole as a vibrant company, those are capabilities that will be essential for the next inning. And so, for a variety of reasons—both of necessity for capability building and so your business is less cyclical or cyclical in a different way than your traditional vehicle business—I think those adjacencies are getting more attractive by the day for companies like Ford.

    As an American, I didn’t want to be sitting over there at Toyota after watching my grandfather and all his neighbors, and my mom’s neighbors, suffer so much because of our success at Toyota. I was like, ‘Yeah, I gotta do something.’

    Between electrification and autonomous vehicles, the world has certainly changed.

    The ride, the drives are changing. When I grew up, my whole experience in the industry was a customer would get in the vehicle and use the vehicle to drive. It’s kind of like a phone— smartphones came along, and now we don’t really use our phone to talk. Most of the time, we’re using it for other things.

    Well, the drives are changing now. We have to think more and more about how our vehicle is a third space, an entertainment space. Now that you [can] drive on the highway and have 45 minutes free, what are you going to do in your car? Is it enough to have videoconferencing and consume content you would at home? Or do we need to change the drive to do something more?

    Everyone thinks these three things—China, software, and EVs—they’re all the same. No, they’re not the same. The software thing is 10 times bigger to me.

    I always say, I think Henry Ford would’ve been insanely bored over the last hundred years at Ford. He would’ve gone in the airplane business or SpaceX or whatever. But if he came back to the company now, he’d be up all night. He’d be writing us notes. He’d be working on the next EREV before our team was. Because I think as a founder, he was a tinkerer. He liked that transformational moment. We’re in that right now.

    Headshot of Jamie Kitman

    Jamie Kitman is a lawyer, long-time rock band manager, ret’d (They Might Be Giants, Violent Femmes, Meat Puppets, OK Go, The La’s, Pere Ubu, among his clients), and veteran automotive journalist whose work has appeared in publications including Automobile Magazine, Road & Track, Autoweek, Jalopnik, the New York Times, the Washington Post, Politico, The Nation, Harper’s, and Vanity Fair as well as England’s Car, Top Gear, Guardian, Private Eye, and The Road Rat. Winner of a National Magazine Award for his column in Automobile Magazine and the IRE Medal for Investigative Magazine Journalism for his reporting on the history of leaded gasoline, in his copious spare time he runs a picture-car company, Octane Film Cars, which has supplied cars to TV shows including The Marvelous Mrs. Maisel, The Americans, Halston, and The Deuce and movies including Respect, The Post, and The Irishman. A judge on the concours circuit, he has his own collection with a “friend of the friendless” theme that includes less-than-concours examples of the Mk 1 Lotus-Ford Cortina, Hillman Imp, and Lancia Fulvia, as well as more Peugeots than he is willing to publicly disclose.

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  • Kia EV5 review 2026 – price, interior & range

    Kia EV5 review 2026 – price, interior & range

    Company car drivers can enjoy the usual electric car Benefit-in-Kind (BiK) tax rate of just three per cent, too, and this applies to the entire EV5 line-up. 

    Depreciation

    According to our market data, the Kia EV5 will retain around 48 to 51 per cent of its original value over the first three years or 36,000 miles, with the entry-level Air being the best of the bunch.

    In comparison, the Renault Scenic is expected to retain 55 per cent of its original value after the same period, while the Skoda Enyaq only manages 46 to 50 per cent (in standard SUV form). 

    The Kia EV5 feels well thought out, but there’s little in the way of design flourishes or aesthetic flair

    Kia EV5 - dashboard

    Pros

    • Base car is well equipped
    • Intuitive infotainment
    • Feels built to last

    Cons

    • Grey plastic interior doesn’t look inspiring
    • Heat pump is optional
    • Only one powertrain at launch

    The EV5 comes pretty well equipped, with every version – including the entry-level Air – getting 18-inch wheels, automatic LED lights and privacy glass, while inside there are heated seats, automatic air-conditioning and a triple-screen infotainment system comprising two 12.3-inch read-outs for the instrument cluster and central display, and a five-inch panel for the climate controls.

    We’d recommend looking at the mid-range GT-Line because it has:

    • Electric front seat adjustment
    • Electric tailgate
    • Heated rear seats
    • Adaptive LED headlights

    The range-topping GT-Line S features a lot of extra kit, including front premium relaxation seats with ventilated front seats, a sunroof, a Harmon Kardon sound system, a head-up display, a 360-degree camera system, and a blind-spot view monitor.

    Interior and dashboard design

    The EV5’s interior follows a very similar design language to the other members of Kia’s ‘EV’ model line-up. In other words, it’s simple, ergonomic and perfectly pleasant to look at, if a bit lacking in the fashion department. 

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  • How to Maximize EV Range in Hot Weather

    How to Maximize EV Range in Hot Weather

    If you’re considering buying an electric vehicle (EV) or currently own one, you may have heard that temperature can greatly affect battery range. This applies to both extremely cold and hot weather. While a hot summer day can reduce your EV range, there are ways to minimize the loss. Here are five tips to help you get the most out of your electric car when the temperature rises.

    1. Avoid Parking in the Sun

    Parking spaces with sun and shade.Parking spaces with sun and shade.

    Most modern EVs use thermal management systems to help keep the battery, motor, and power electronics within an efficient operating range, though the design and effectiveness vary by model. When you leave your car parked in direct sunlight, heat can build up in the cabin and, in some cases, the battery pack. If the vehicle needs to cool the cabin or battery after sitting in the sun, it may use more energy before and during your drive. To help reduce heat buildup, park under a tree, in a parking garage, or in another shaded area when possible.

    2. Go Easy on Air Conditioning

    Driver pressing air conditioning button.Driver pressing air conditioning button.

    We understand that cranking up the air conditioner (AC) to full blast is extremely tempting on a hot day, but if you’re looking to maximize your EV’s battery range, moderate AC use can help. Like other systems in your car, air conditioning draws power from the battery. In summer heat, the range loss may be small, but extreme heat and heavy AC use can noticeably reduce driving range. In real-world testing, many EVs lose only a small amount of range around 90°F, but range loss can become more noticeable in extreme heat above 100°F.

    This certainly doesn’t mean you have to turn off your AC completely. Instead, try pre-cooling the cabin while the car is still plugged in, use seat ventilation if your vehicle has it, and keep AC settings comfortable but not excessive. Before heading out, use your vehicle’s app or climate timer to pre-cool the cabin while the car is still plugged in. That way, the cabin is comfortable before you leave, and less battery energy is needed once you’re on the road.

    3. Ease Up on Throttle

    Driver pressing accelerator pedal.Driver pressing accelerator pedal.

    Like a gas-powered car, an EV’s range is heavily affected by how quickly you accelerate and how fast you drive. Taking a lead-footed approach to throttle management will do your car’s range no favors. Try to accelerate smoothly rather than aggressively. Keep an eye on your speedometer to make sure you’re traveling at a moderate speed, which will take less of a toll on your EV battery. A patient, easygoing driving style will help you optimize your travel distance.

    4. Lighten Your Load

    Cargo space in an SUV.Cargo space in an SUV.

    Extra weight can slightly reduce your EV’s efficiency and driving range. Check the trunk or cargo area to make sure you’re not carrying around heavy, unnecessary items. While removing a few pounds is unlikely to make a noticeable difference, clearing out bulky or heavy cargo can help, especially on longer trips.

    5. Don’t Charge to 100% Every Day

    Instrument cluster showing EV battery state of charge.Instrument cluster showing EV battery state of charge.

    Consistently charging EV batteries to 100% and leaving them there can contribute to faster battery wear over time, especially in warm or hot weather. For everyday driving, many EV owners aim to keep the battery between about 20% and 80%. Charging to 100% is still fine when you need the extra range for a longer trip, and some vehicles may recommend an occasional full charge depending on battery type and manufacturer guidance.

    It’s better for your time, too, because charging from 80% to 100% often slows significantly and, on some EVs and chargers, can take nearly as long as charging from 20% to 80%. On longer summer trips, build in a small range buffer and use your EV’s route planner when possible. Many EVs can prepare the battery for fast charging when a charger is entered into the navigation system, helping speed up charging and improve efficiency.

    6. Keep An Eye On Your Tires

    How to Maximize EV Range in Hot WeatherHow to Maximize EV Range in Hot Weather

    Managing tire pressure and wear is an important part of regular year-round vehicle maintenance. Under- or overinflation, uneven wear, and unbalanced tires can drain your EV’s range. Make sure to include regular tire checks at least once a month, or before long trips, to get the best out of your vehicle’s battery.

    Final thoughts

    When EVs were first released, many early models offered relatively limited driving range, often around 80 miles or less. Things have changed a lot since then, and today, many new EVs offer more than 200 miles of range on a full charge. Some of the longest-range models can exceed 500 miles under official estimates, though real-world range depends on weather, speed, terrain, driving style, and use of climate control.

    Editor’s Note: We have updated this article since its original publication.

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