Category: News

The New Hyundai Tucson Gets Smarter Hybrid Tech – but Thankfully It Still Looks Like an SUV

Hyundai has unveiled the new Tucson, and the first thing you’ll probably notice is that it hasn’t tried to turn its best-selling SUV into another smooth electric blob.

It’s still quite square. And that`s good.

2027 Hyundai Tucson

The new generation made its debut in New York on October 1 and introduces Hyundai’s latest “Art of Steel” design language, along with a heavily revised cabin and a new generation of hybrid technology. Tucson remains one of Hyundai’s most important global models, so this isn’t the sort of redesign where the company can afford to get too experimental.

The exterior is certainly cleaner than before. Hyundai has moved away from some of the complicated surface treatment used on the outgoing Tucson, giving the new car a more upright nose, stronger wheel arches and a body that looks broader without simply piling on more decorative pieces.

Inside, the bigger change is digital.

2027 Hyundai Tucson

The Tucson introduces Pleos Connect, Hyundai’s latest infotainment system, with Gleo AI integrated into the interface. Hyundai is gradually moving toward a much more software-driven cockpit across its range, and the Tucson is important because this technology is no longer being reserved for an expensive flagship or experimental EV.

Most buyers will encounter it in an ordinary family SUV.

The powertrain strategy is equally interesting. Hyundai isn’t treating battery-electric power as the only destination and is continuing to develop hybrids alongside its EV range. At its Aachen technology presentation this week, the wider Hyundai Motor Group specifically described its future strategy as a mixture of EVs, hybrids, extended-range EVs and hydrogen fuel-cell vehicles rather than betting everything on one solution.

That makes sense for the Tucson.

2027 Hyundai Tucson

It’s sold across too many markets, to too many different kinds of buyers, for one drivetrain to suit everybody. A family using the car for short urban trips has different requirements from somebody regularly covering hundreds of motorway kilometres, and charging infrastructure still varies enormously between countries.

Hyundai also knows better than to mess too much with something that already works. The Tucson has become one of those SUVs you see everywhere without really noticing how successful it has become.

The new model doesn’t appear interested in changing that.

2027 Hyundai Tucson

There is more technology, the hybrid system continues to evolve and the dashboard has moved another step toward Hyundai’s next software generation, but the basic idea remains familiar: five seats, useful space and SUV proportions that actually look like SUV proportions.

Sometimes a redesign doesn’t need a revolution. It just needs to avoid ruining the car people were already buying.

October 9, 2026
Toyota Built a Racing Kart That Fits in a Family Minivan – and Costs Less Than Many Serious Sim Racing Rigs

Toyota Gazoo Racing makes a 300-hp GR Corolla, a rear-wheel-drive GR86 and some rather serious racing machinery.

Its latest vehicle has 215 cc and weighs 83 kilograms.

The GR KART is Toyota’s attempt to make real motorsport more accessible to families and young drivers in Japan. Rather than designing another exotic track toy for wealthy collectors, Toyota has concentrated on the boring problems that often stop people getting into karting in the first place: transport, storage, maintenance and cost.

Toyota Gazoo Racing GR KART 2026

And some of the solutions are surprisingly clever.

The kart measures 1,820 mm long and 1,160 mm wide, compact enough for Toyota to design it specifically around fitting inside everyday minivans such as the Noah and Voxy without dismantling it.

That means no trailer and no dedicated transporter.

Once home, the kart can even be stored vertically. Toyota redesigned details including the engine oil catch tank, carburetor and fuel-filler orientation so fuel and oil don’t simply end up where they shouldn’t when the machine is standing on its end.

That may be the least glamorous engineering story Toyota Gazoo Racing has told all year. It’s also genuinely useful.

Toyota Gazoo Racing GR KART 2026

The driving position has been designed with the same philosophy. Sliding pedals and an adjustable steering wheel accommodate drivers between 135 and 185 centimeters tall, so a teenager and parent can potentially use the same kart rather than needing separate machines.

There’s also provision for up to 15 kg of ballast for competition.

Maintenance has been simplified too. Instead of a conventional chain requiring lubrication and tension adjustment, Toyota uses a belt drive with an automatic tensioner. The engine has a self-charging battery, removing another piece of equipment owners would otherwise have to maintain between outings.

Then there’s the price.

Toyota lists the GR KART at ¥385,000 including Japanese consumption tax. It is initially being sold through selected kart tracks and GR Garage locations across Japan.

That’s not pocket money, particularly once tires, track time and competition costs enter the picture.

But compare it with the increasingly elaborate world of high-end sim-racing rigs – where a serious direct-drive wheel, pedals, cockpit and displays can swallow several thousand euros without ever leaving the spare bedroom – and Toyota’s argument becomes easier to understand.

Toyota Gazoo Racing GR KART 2026

This is an actual combustion-engined racing machine.

Toyota has even created a dedicated GR app containing instructional material and a driver’s passport system. Registered owners can use that passport at participating circuits without separately obtaining each track’s own kart license.

There’s something refreshing about the whole project.

Modern performance cars keep becoming faster, heavier and more expensive. Toyota’s latest attempt to get people interested in driving does the opposite.

Eighty-three kilograms. One seat. One small engine. Sometimes that’s enough.

October 1, 2026
Kia PV7 Is an Electric Van with 800-Volt Charging – but the Flat Floor May Be Its Cleverest Feature

Electric vans tend to be discussed using the same vocabulary as electric cars.Range. Charging speed. Battery capacity.

Businesses usually have another question first: how much stuff can it carry? Kia appears to understand the distinction.

The company has revealed the new PV7, the second production model in its Platform Beyond Vehicle strategy and a larger companion to the PV5. It will be offered in both Cargo and Passenger configurations, with European and Korean sales planned for the second half of 2027.

Kia PV7 2026

Underneath is Kia’s dedicated E-GMP.S architecture, developed specifically for these modular vehicles rather than adapted from a conventional passenger car.

That gives Kia considerably more freedom with the interior.

The PV7 has a completely flat floor, while the Cargo model combines a low loading height with a large, squared-off load area. Passenger versions use configurable seating arrangements intended to accommodate everything from families to shuttle services.

None of that sounds as exciting as a 600-hp electric sedan. For somebody loading boxes into a van eight hours a day, it’s considerably more relevant.

The electrical architecture is still interesting, though.

Kia PV7 2026

Kia has equipped the PV7 with 800-volt charging technology, the same broad approach that has allowed vehicles such as the EV6 and EV9 to establish a reputation for rapid DC charging. Final market specifications and homologated consumption figures will arrive closer to launch, so treating preliminary numbers as final would be premature.

What Kia is emphasizing instead is flexibility.

Cargo and Passenger versions are only the beginning. The company plans additional derivatives and conversion-ready models, allowing businesses to create specialized vehicles without effectively dismantling a standard van first.

That idea sits at the center of Kia’s PBV strategy.

Rather than producing one electric van and asking every business to adapt its operation around it, Kia wants the underlying vehicle to adapt to different jobs. Connected services and fleet-management tools are being developed alongside the hardware, making the PV7 part of a larger commercial ecosystem rather than simply another model in the showroom.

The timing is interesting too.

Traditional commercial-vehicle manufacturers are accelerating their electric programs just as passenger-car companies such as Kia move deeper into the van market. Ford, Mercedes-Benz, Volkswagen and Stellantis already understand commercial customers extremely well, so Kia isn’t entering an easy segment.

Kia PV7 2026

It does have one advantage.

Starting with a dedicated electric platform means the PV7 doesn’t have to preserve packaging decisions originally made around an engine, gearbox, fuel tank and exhaust system.

That brings us back to the flat floor.

Eight-hundred-volt charging looks excellent in a brochure, and it could make the PV7 considerably easier to operate during a busy working day.

But commercial vehicles ultimately succeed by making boring jobs easier.

More cargo space, easier access and fewer awkward shapes inside the load area may not sound revolutionary.

Try telling that to the person who has to climb into the back 30 times before lunch.

October 1, 2026
Honda and Nissan Will Share the Brains of Their Future Cars – Starting in 2029

A future Honda and Nissan partnership may have considerably more in common than their owners realize. Not engines. Not necessarily batteries either. But the computers running the cars.

Honda and Nissan have signed a joint development agreement covering the electronic architecture and software that will sit at the center of their next generation of software-defined vehicles.

The technology is planned to reach production cars from fiscal year 2029 onward.

Nissan and Honda Partnership

At first glance, standardized ECUs sound considerably less exciting than a new Civic Type R or Nissan GT-R.

But this could have a much larger influence on ordinary cars.

Modern vehicles contain an extraordinary amount of computing hardware. Electronic control units manage everything from powertrain functions and driver assistance to infotainment, body electronics and increasingly sophisticated connected services.

The industry is now trying to simplify that arrangement. Instead of dozens of relatively isolated computers performing individual jobs, software-defined vehicles increasingly rely on powerful central computers and zone controllers.

In that regard, Honda and Nissan want to develop parts of that foundation together. The agreement covers high-performance main ECUs, zone ECUs, the in-vehicle operating system and important sections of middleware and vehicle-control software.

In other words, they’re not simply agreeing to buy the same touchscreen. They’re actually collaborating much deeper inside the electronic architecture.

Why would two historic Japanese rivals want to do that? Money is one obvious answer.

Software development is becoming brutally expensive. Manufacturers are effectively being asked to become technology companies while simultaneously continuing to develop cars, batteries, motors, safety systems and manufacturing facilities.

Nissan and Honda Partnership

Doing everything independently means duplicating enormous amounts of engineering work. Honda and Nissan specifically say the partnership should improve development efficiency, reduce costs and create economies of scale.

There is another advantage: a common electronic foundation doesn’t necessarily mean future Hondas and Nissans have to feel identical.

Think about Volkswagen Group products. Several brands can share underlying technology while engineers change suspension, steering, design, powertrain calibration and software presentation to create very different cars.

Also, Honda and Nissan could potentially follow a similar principle, which is: build the expensive digital plumbing together and differentiate what the customer actually experiences.

The risk, naturally, is going too far.

Software has become part of a car’s personality. Infotainment design, driver-assistance behavior and even the way basic controls respond increasingly affect whether a vehicle feels pleasant or irritating to use.

Nobody wants a future Civic and Nissan Sentra to become the same computer wearing different bodywork. But sharing invisible infrastructure isn’t automatically a bad thing.

If collaboration means both companies can spend less money reinventing the same ECU and more money improving the products built around it, customers may never notice the shared technology. They’ll simply notice that the software works.

And given the state of some modern automotive software, that wouldn’t be a bad achievement.

September 19, 2026
Lexus Drops LF-ZC Sedan but Greenlights New EV Successor Built on the Same Technology

Lexus has ended development of the LF-ZC production sedan, yet the engineering work behind the project will continue. The company approved a replacement vehicle on the same day the original program was canceled, keeping much of the technology developed during the past several years alive for a different product.

2023 Lexus LF ZC Concept

Lexus launched the LF-ZC as a concept in 2023, with the Japanese-based carmaker highlighting the electric model as the beginning of a new generation car created around an all-new battery-electric platform.

Back then, Lexus announced that the production model would come out this year, with the i3 from BMW as its main contestant. However, those plans shifted toward the middle of next year, before the project was killed last month. As a result, the LF-ZC never made it outside its concept stage.

2023 Lexus LF ZC Concept

Even so, several major technologies created for the program will reach production. Lexus confirmed the gigacast modular platform remains part of its future plans. The electrical and electronic architecture designed for advanced driver-assistance systems will also survive, together with the concept’s prismatic battery cells. Rather than abandoning years of engineering work, Lexus chose to transfer those developments into another vehicle.

Toyota Vice President and Chief Technology Officer Hiroki Nakajima explained the decision during an interview with Nikkei CrossTech. “We did indeed discontinue development,” he said. “It was at a point where we needed to make significant investments, such as arranging molds and mass production equipment for the LF-ZC. However, many new technologies cultivated during the development of the LF-ZC, such as Gigacast, a new electrical and electronic platform for advanced driver-assistance systems (ADAS), and miniaturization and weight reduction, have already been completed. We will develop a successor vehicle that utilizes these new technologies.”

2023 Lexus LF ZC Concept

Nakajima also revealed the timing behind the replacement program. “Lexus approved a successor to the LF-ZC on the same day it canceled development of that model,” meaning work on the new vehicle began before the original project had fully faded away. The replacement will reuse technology developed for the LF-ZC instead of starting from a clean sheet.

2023 Lexus LF ZC Concept

Lexus has not revealed what body style the successor will adopt. Current expectations point away from another sedan and toward either an electric crossover or a sport utility vehicle. Such a move would place the newcomer in a segment where vehicles like the new BMW iX3 and Mercedes-Benz GLA EQ already compete. While the final shape remains unknown, the underlying technology developed for the LF-ZC appears set to reach production after all, only beneath a different body.

September 19, 2026