Xiaomi has just entered the Gran Turismo world with its Vision Gran Turismo (VGT) concept car at Mobile World Congress 2026. This electric hypercar follows the reveal of the SU7 Ultra supercar that was developed last time around. This year’s event saw the hypercar, which Xiaomi claims is sculpted by the wind. The idea is to make the performance vehicle aerodynamically tuned with airflow channels and moving parts to achieve optimal efficiency. We got our first glimpse of the hypercar at Mobile World Congress, and it does impress on the outside and inside.
This is the first-ever Chinese Gran Turismo performance racer to be materialized, and the air flow obsession goes beyond everything you would imagine. Although one cannot drive it for real anytime soon, you can explore the two-door performance car in Gran Turismo 7, using the company’s dedicated simulator with exact racing seats as the concept car. With the VGT hypercar, Xiaomi joins an elite list of automakers like Porsche, Ferrari, and Mercedes-Benz that have their futuristic concept cars designed for Gran Turismo.
Given it is a concept, the technical aspects are wild – there’s a 900V Silicon Carbide (SiC) platform which ultimately delivers 1,900 horsepower. To handle that amount of power at high speeds, the car gets advanced components, including carbon-ceramic brakes and center-lock wheels. The two-door hypercar has a very linear profile with a very low ride height and only the cabin’s teardrop-shaped cockpit, with only the encapsulating bubble disrupting the aerodynamic performance. The shark-fin roofline architecture balances out things, though.
VGT has wheel covers that are magnetically attached (a.k.a. Accretion Rims) so that they don’t rotate when the car moves forward, reducing drag. The halo-style taillights are straight out of the TRON universe as they also double as an air outlet for aerodynamic performance, along with the large rear diffuser, which levels up the futuristic appeal. All this aerodynamic engineering results in a drag coefficient of 0.29 and downforce of -1.2.
On the inside, Vision GT is a nest of tech-laden comfort and luxury. It has a cocooned Sofa Racer cabin, which holistically blends the dashboard, seats, and the scissor doors into one. The butterfly steering wheel is designed for maximum driver precision, and the overlaying display has a panoramic screen and the Xiaomi Pulse system that utilizes light and sound for interaction. The central console on the two-seater GT has physical button controls, a circular pointer knob, and a shifter mostly seen on an aircraft throttle.
Since this hypercar is a top-of-the-line creation by the Chinese tech giant, it seamlessly integrates the in-house Human x Car x Home ecosystem for a personalized experience depending on the rider’s mood and current state of mind. Although the Vision Gran Turismo is only a virtual hypercar that you may not drive in the real world, it shows Xiaomi’s growing confidence in the highly technical automotive world. If those horsepower figures are true, the hypercar could be one of the most powerful Gran Turismo creations, overshadowing the likes of Ferrari, which churns out 1,337 hp.
For racing fanatics who want to experience the VGT in a virtual world, it’ll soon be available in Gran Turismo 7, and Xiaomi’s dedicated driving simulator for a more immersive experience.
There’s something cheeky about mini cars that grabs attention. The MINI Cooper and Fiat Topolino are very good examples of compact hatchbacks carrying the aura of a supercar. The small size of a four-wheeler is more valued in modern times, where roads are flush with vehicles, and the maneuverability of a mini car promises so much value.
Now, designer Wini Camacho takes the Topolino as his canvas to graduate into a versatile mini car dubbed Topolino XS that morphs shape depending on the rider’s intent. It can be a roofless targa on a bright sunny afternoon, a coupe for a ride to the party in the evening, or a roadster for late-night skirmishes on the freeway. The versatile three-in-one system of the modular concept vehicle nevertheless preserves the minimalist appeal and simplistic design approach.
Wini retains the basic DNA of the mini hatchback while exploring the elements like the balanced out front and back section for a more flowy design. All this while making the overall footprint of the electric vehicle smaller and compact at 2.4 meters long and 1.4 meters wide, even though the Topolino itself is quite compact. The headlights on the XS modification have a more human-like character to them – they actually do look like a real pair of eyes with the circular dots encapsulated by the white LED beams. Tailights on the rear are made up of hundreds of little LEDs that the rider can customize to their liking.
On the inside, the driving dynamics take a huge leap with the central steering wheel hub for more centralized control of the instruments and safety features. This doesn’t affect the driver’s style of driving in any way, as the vehicle is already quite small to make much of a difference. If it were a Dodge Viper, Rolls-Royce Phantom, or Mercedes-Benz SLS AMG, this would not have been an optimal strategy. The display elements with the Topolino XS are kept to a minimum in line with the less-is-more wireframe.
To spice up things for the prospective riders, the designer imagines the XS in two variants: PURO and ABARATH. While the PURO stays close to the roots with respectable performance figures and a rear carry-on luggage accessory for daily driving, the ABARATH is more of a beast with its bumped-up performance rating for adrenaline-pumping weekends. The looks also take a more aggressive positioning for the ABARATH in glossy black skin paired with the contrasty red wheel rims.
Five years after Jony Ive left Apple, and two years after Apple killed Project Titan, we finally know what the Apple Car’s interior *could* have looked like. It just happens to have a prancing horse on the steering wheel instead of a bitten apple.
The Ferrari Luce, revealed last week in San Francisco, is a transplant of Apple’s design language into automotive form. Everything about this interior, from the E-ink key fob to the OLED dials to the obsessive material purity, carries the unmistakable signature of Apple’s design peak from 2015 to 2019, when Ive still occupied his Cupertino office and the car project remained alive.
The Apple DNA is Everywhere
Walk through the components and the Apple DNA becomes impossible to ignore. The key fob magnetically docks into the center console and changes color via E-ink display. This is MagSafe technology meets Apple Watch complications, translated into a car key. The center screen features an analog clock that transforms into a chronograph and compass with the press of two buttons. Pull up any image of Apple Watch faces and the interaction model is identical.
The toggle switches and knobs scattered throughout the cabin represent the physical interface philosophy Ive has been refining since the original iMac. The Digital Crown on the Apple Watch, the mute switch on the iPhone, the volume controls on the HomePod. These are the same careful considerations about how humans interact with objects through touch and rotation. The OLED binnacle behind the steering wheel uses a parallax effect to create depth perception, the same technology that made the iPhone X’s face recognition possible, now applied to gauge clusters.
Then there’s the material palette: recycled aluminum with a microscopic anodized texture, Corning glass surfaces, leather in muted tan. This is the 2017 iPhone X material story. This is the unibody MacBook recipe. This is every premium Apple product from the past decade, reassembled into automotive architecture.
Wait, Is This the Same Jony Ive?
Consider what Ive said at the reveal: “It’s bizarre and lazy to assume the interface should be digital if the power source is electric.”
This is the man who killed the headphone jack. Who removed every port from the MacBook. Who spent twenty years eliminating physical buttons, physical connections, physical everything. And now he’s arguing that physical controls matter? That tactility is essential? That you can’t just solve everything with a touchscreen?
Maybe the context really does change everything. A phone lives in your pocket. You can look at it. A car moves at 200 kilometers per hour. Looking away kills people. Or maybe Ive has simply evolved. Perhaps LoveFrom represents a different philosophy than Apple did, one less concerned with relentless minimalism and more interested in appropriate solutions. Or perhaps this is who Ive always was, and Apple’s commercial pressures pushed him toward deletion when his instincts wanted refinement.
The Luce interior suggests that physical interfaces weren’t the enemy. Bad physical interfaces were. Give Ive the freedom to perfect a toggle switch, to make a dial that clicks with precision, to create a button that feels inevitable, and he’ll choose physical every time. The question is whether we’re seeing growth or contradiction.
The Timeline is ‘Interesting’
Apple started Project Titan in 2014. By 2016, Ive had become increasingly involved as the project shifted from full autonomy toward driver-focused experiences. He left Apple in 2019 but reportedly continued consulting on the car. In 2024, Apple abandoned the project entirely. During those years, Bloomberg reported that the Apple Car was supposed to feature premium materials, minimalist interiors, physical controls prioritized over touchscreens, and a “living room on wheels” concept.
Here’s what actually happened: Ive leaves Apple in 2019 and forms LoveFrom. Two years later, in 2021, Ferrari announces the partnership. That means conversations started immediately after his departure, possibly before. Ive spent a decade developing car interior concepts at a company with unlimited resources. Then he got to actually build one at a different company with unlimited resources and, crucially, manufacturing capability that Apple never developed.
My guess is Ferrari didn’t hire LoveFrom for an overhaul. They hired them for battle-tested thinking that never shipped.
Why Ferrari Said Yes
From Ferrari’s perspective, the logic is clear. They’ve never built an electric vehicle. Their customer base is deeply skeptical of electrification. They need to signal that the Luce represents something genuinely different, something beyond an electrified 296 GTB. So they hire the two most famous industrial designers on Earth, who happen to have spent years thinking about this exact problem at a different technology giant.
It’s outsourcing credibility as much as design. When people inevitably say “that doesn’t look like a Ferrari,” Ferrari can point to LoveFrom and say “well, exactly.” They’ve purchased permission to break from tradition by hiring people with no Ferrari tradition to break from. The prancing horse gives LoveFrom legitimacy in automotive circles. LoveFrom gives Ferrari legitimacy in technology circles. It’s a perfect exchange.
But the question remains: did Ferrari want Ive’s vision, or did they want Ive’s brand? Because what they received feels unmistakably like Apple-thinking while wearing a Ferrari cap.
The May Reveal Will Answer Everything
The real test arrives in May when Ferrari reveals the exterior. Right now we’ve only seen the interior, which is LoveFrom’s natural domain: screens, materials, ergonomics, spatial relationships. The exterior is different. It has to work in a Maranello showroom next to a 12Cilindri and an SF90. It has to look fast while standing still. It has to carry seventy-nine years of design language forward into an electric future.
Can Ive do that? Has he ever designed anything with that kind of visual aggression? His career has been defined by approachability, by objects that invite touch, by forms that recede rather than announce themselves. Ferraris don’t recede. They dominate spaces. They demand attention. If the exterior looks like an Apple product in May, then this really could be what the Apple Car might have become. If it looks genuinely Ferrari, then maybe LoveFrom understands they serve the brand rather than the reverse.
What This Tells Us About the Car That Never Was
The Luce interior reveals something bittersweet about the Apple Car that never was. This is the closest we’ll get to seeing what that vision might have looked like. But it also proves why Apple was probably right to kill the project. It took Ferrari, a company with seventy-nine years of automotive manufacturing experience, five years and presumably nine figures to turn Ive’s concepts into reality. And they still don’t know if customers will accept it. Imagine Apple attempting this from scratch, competing with Tesla on price, managing recalls and service networks and dealer relationships.
The Luce interior is stunning. It’s also a monument to why the Apple Car would have most likely been an operational nightmare, given that Apple isn’t an automotive company.
The irony is perfect: Jony Ive finally got to build his car. He just needed Ferrari to do the hard part.
Cybertruck has made all the headlines in recent years for its futuristic looks and a mixed bag of reviews, lopsided between opposite poles. You either hate the sharply designed vehicle or love it to bits; there is no middle ground. Tesla has not left anything to chance or stayed within the conventions to craft the rugged SUV. The looks are unmatched, and so is the durability, with the former inspiring many design iterations.
Another futuristic-looking van has been spotted with the striking Cybertruck’s face. Designed by Russian startup Russo-Balt, the electric van has the telltale Tesla flair. I would even take the leverage and brand this one the lovechild of a Cybertruck and Weiqiao New Energy V90. The makers have named the van F200 and claim it is their original design. The last bit I would question openly, as it has borrowed Cybertruck aesthetics – anyone could tell!
Designer: Russo-Balt
The van is more than a pipedream or a prototype concept that would pass off with time. Russo-Balt plans to take it to the production lines by January 2027, and already, the F200 has been spotted on the roads. Interestingly, the century-old brand (a renowned automaker and railway carriage builder) that operated from 1869 to 1918, got a revival with new management. The electric vehicle comes in an unpainted stainless steel body, and the buyers can opt for the polyurethane wraps in a wide range of colors if the stainless steel look is too bland for you.
At the beginning of this article, we made the Cybertruck reference quite a few times, and the nifty details further reiterate the fact. The electric van gets full-width LED headlights and rear lights. Even the rear resembles Tesla’s electric truck bed cover. The chassis is made out of monocoque material, which makes it more robust than those on ladder-frame chassis. This gives the van a payload capacity of 2,205 pounds. Russo-Balt has complete trust in the body of the vehicle, and a 100-year warranty keeps the buyers at peace of mind from any structural damage.
F200 is powered by a single electric motor that delivers 200 hp to the front wheels. Power is extracted from the 115 kWh battery pack that has an estimated range of 249 miles. The EV can be fast-charged via the port at the front, which is a good feature to have. Keeping Russia’s cold weather in mind, the vehicle comes with a climate control system, rear air suspension, ABS, and ESP. The heating on the vehicle extends to the steering wheel, mirrors, and the windshield as well. A 360-degree camera with a live streaming feature adds to the safety and the ability to craft interesting content while on adventures.
The team behind the F200’s development brings its expertise in crafting stainless steel water dispensers to the four-wheeler, with material fabrication showing the intended results. Initially, the van will be made on an order basis with a starting price of around $85,200. Interested buyers can already make a refundable security deposit of $131 to secure their unit when it hits the production queues. Russo-Balt is also working on a second variant dubbed F400, which will have Four Wheel Drive electric motors assisted by a range-extending gas engine. In total, both of them will churn out 400 horsepower.
Kia always likes to celebrate its milestones with concepts that pave the way for the future of automotive design and technologies on the inside. This week is the South Korean brand’s 80th anniversary, and predictably, they’ve gone to the lengths of materializing a concept that is one of the most impressive from their design studio.
Called the Vision Meta Turismo concept, the sports sedan is not merely a design exploration; it’s their “first bold glimpse into the future of mobility.” The car was unveiled at the Kia Vision Square in Yongin, South Korea, and the future iteration of the electric vehicle (most likely it’s not going to be gasoline-powered) will be dubbed EV8. Just like the EV5 and EV6, this one is based on the Opposites United design theme, and by the look of things, is the spiritual successor to the Stinger. Vision Meta Turismo revitalizes three core experiences: performance driving, immersive driving, and spacious interiors.
Kia is categorizing the concept as a performance driving vehicle, even though they’ve not shared many technical details, we assume it is a serious contender for their premium electric lineup sometime in the future. On the outside, the car has a very sharp silhouette with soft geometric elements on the surface and natural lines. This fuses well with the aerodynamic elements like the vertical fins and embedded air channels for optimized airflow, which are inspired by the touring cars of the 1960s. A short hood is contrasted with the long, torpedo-like, elongated shape for a spacious interior that is ultra-comfy. LED strips on the front blending into the nose section edge out of the main frame, while the taillights have a more muted setup reminiscent of the current-gen electric vehicles.
On the inside, the sports sedan concept has an airy lounge-inspired cabin encapsulated in a panoramic windshield that extends to the rear like a modern fighter plane. For a dynamic look, there is a crisscross support pillar running from the A pillars that visually segments the front and the rear sections. The concept car has an upholstered driving seat, while the other seats have an upholstered off-white cloth material skin. The driver-focused interior has a matching hexagonal yoke steering wheel with gear shifters, and the dashboard is done in the same premium leather finish. The lower section of the windshield displays all the vital driver’s information in the AR Heads-Up Display (HUD). All these elements, according to Kia, “reimagine the next-generation intuitive driving interface.”
The concept has three driving modes: Speedster, Dreamer, and Gamer, which are not detailed by Kia and, in a way, are self-explanatory. Not much has been revealed by Kia, which hints that the probable EV sedan, having a long wheelbase and low profile, is going to manifest in some way as a production-ready vehicle. We are more than eager to learn more about the Vision Meta Turismo, and are sure of the fact that Kia is future-serious about this prototype.
We as a curious species are always intrigued by the prospects of the future, and predicting what the timeline holds for us is always exciting. That’s where we all get lost in the world of concepts that are far ahead of time, giving us a glimpse of what our imagination could manifest into. Clean energy vehicles have remained the perfect canvas to paint one’s imagination into forms that subtly portray the vision for coming generations based on their perceptions, habits, and style.
The design sphere is heavily influenced by pop culture cues, and so is the creation of vehicles. Electric bike concepts have piqued our interest for their out-of-the-box forms and the skins they are draped in. This electric bike of the future carries a similar hip vibe that’s tailored for Gen Alpha. The form of the two-wheeler is dominated by the ultra-secure sitting position and the private pod that eludes the freedom associated with conventional bikes of the current times.
Dubbed NANO Mobilize, the urban vehicle is heavily inspired by the dynamic world of fashion and streetwear. The idea is a two-wheeler designed by the young generation and obviously targeted for the young and restless. On the outside, the bike carries the industrial design element that’s definitive of the uber cool character without compromising on the functionality. The driver’s sitting area is securely encapsulated in a panoramic, rounded glass section. Contrary to the café racer persona in the structure, the sitting position is akin to a four-wheeler, emphasizing the comfort-laden character.
While not made for the claustrophobic section of the community, this translucent boundary is for a private interior that comes in handy in the self-drive mode. The rider can relax and check on the social media feed with a dock for the phone integrated into the steering section. Well, you can call it more of a handlebar that reminds us of the rental electric scooters. For your absolute favorite items, there is space behind the seating area. There is ample room to stretch your legs and relax on long journeys.
The electric battery is stored in the rear bottom section, above which is the carrier for hauling essentials, except for items you can’t risk keeping outside. Entry to the inside is initiated by pressing the Manual Release button, which opens up the interior section. The bike is secured by a lightweight metal frame that runs along the length of the rims. The headlights take a peculiar arched form with an array of single big LEDs and two smaller ones denoting the high and low beams on the bike. The taillights are more muted down with just the roundish red LEDs to warn motorists behind.
Long before concept cars became laboratories of screens and powertrains, automotive design often flirted with imagination for its own sake, vehicles that felt like sculptural expressions rather than objects built for the road. The Volkswagen Numa Concept taps into that spirit of creative exploration, offering a vision that feels more like an urban artifact than a traditional car. The tough experiment proposes a future where a vehicle does more than move through a city; it becomes part of the city’s texture, softening hard edges and blending mobility with environmental sensibility.
The concept approaches idea of transportation from a fresh angle, treating the vehicle as a spatial object rather than a closed mechanical shell. Its design embraces minimalism with clean, uninterrupted surfaces and calm geometry that intentionally avoids the aggression often associated with modern automotive design. Instead of projecting dominance, it aims for a gentle presence that aligns with architectural surroundings, almost as if it were a piece of contemporary street furniture shaped for movement. This is reinforced by its monochromatic palette and the intentional simplicity of its exterior lines, giving it the quiet confidence of an object designed to complement its environment.
One of the most unexpected elements is the rear section, envisioned as a space capable of hosting decorative plants. The idea is not ornamental but conceptual, suggesting that a car could introduce pockets of greenery into dense urban areas. This subtle integration of nature adds a layer of warmth and humanity to the design, hinting at a future where vehicles contribute to the emotional and ecological quality of city life. It’s a small gesture with symbolic weight, an acknowledgment that mobility can coexist with softer, more organic forms of expression.
While the Numa Concept doesn’t outline powertrains or engineering details, its purpose is clearly rooted in design exploration rather than technical forecasting. Its value lies in the conversation it sparks: how might vehicles adapt to cities where space, sustainability, and aesthetics matter as much as performance? By promoting a vehicle that behaves like both sculpture and structure, the concept reframes the automotive role in urban settings, encouraging designers and planners to think beyond conventional categories.
The emotional tone of the design is intentional, aiming to create a sense of calmness instead of visual noise. This approach demonstrates how transportation could evolve to harmonize rather than interrupt, offering a counterpoint to the ever-more complex forms emerging across the industry. For a future in which cities strive to balance density with livability, ideas like Numa suggest that cars could participate in that balance, not work against it. The car reminds us that design still has the power to reframe familiar objects and proposes that mobility, architecture, and nature might someday coexist more fluidly.
Peugeot’s design portfolio has always balanced compact efficiency with expressive character, but the new Polygon Concept takes that philosophy in a more experimental direction. This compact EV previews the next-generation 208 and signals the French brand’s vision for a future where architecture, materials, and controls are rethought.
Built on a sub-4-meter footprint, the Polygon modernizes the supermini silhouette with bold geometry and a signature lighting design. The familiar three-claw Peugeot motif is reinterpreted as horizontally arranged micro-LED stripes at both the front and rear, giving the car a sharply modern look. Its body features two large butterfly doors, replacing the conventional four-door layout, which is an expressive choice more suited for concept presentation rather than mass production.
The most radical change is on the inside, where the traditional round steering wheel is replaced by what Peugeot calls the “Hypersquare.” Rather than a solid circular rim, this control interface consists of four pods (one at each corner) that house touch-sensitive controls for media, driving modes, and more. Because the system is steer-by-wire, there is no physical linkage between the control and the front wheels. The steering ratio automatically adjusts for different speeds, becoming more direct at low speeds and more stable at high speeds. This setup also filters out any abrupt road vibrations for a smoother riding experience.
Peugeot replaces its conventional instrument cluster with a micro-LED screen placed behind the steering assembly, projecting information directly onto the windshield in a large, immersive format. According to the company, this design creates a cleaner, more open interior while keeping the driver’s attention focused where it matters. Sustainability is central to the Polygon. The cabin uses a “forged textile” made from recycled seat upholstery sourced from end-of-life Peugeot vehicles. Seat shells are 3D-printed from recycled R-PET plastic, while their foam cores come as a single molded piece, reducing complexity. Interior paint also incorporates recycled rubber derived from used tires.
Peugeot designed the Polygon with modular, easily replaceable parts. Elements such as the Hypersquare control, seat foam, dashboard surfaces, and wheel covers can all be swapped out, allowing for personalization and potentially longer ownership. The car uses fewer overall components than a typical production vehicle, which simplifies manufacturing and supports a more circular lifecycle. Another tech highlight: the Polygon’s Goodyear tires feature “SightLine” technology, which monitors pressure, temperature, and road conditions and sends that data to the i-Cockpit system in real time.
While Peugeot has not confirmed detailed powertrain specifications, the Polygon is widely understood to preview a forthcoming fully electric version of the 208. The concept aligns with Peugeot’s plan to bring its Hypersquare steering system to production models around 2027. The Polygon Concept is a bold exploration of future small-car design with a combination of steer-by-wire controls, immersive display technology, and sustainable materials. Peugeot proposes a supermini that is not just efficient, but smarter, more modular, and far more expressive than what exists today.
Electric racing has always been about progress—each generation of Formula E machinery redefining what’s possible for battery-powered performance. From the original Gen1 car that barely completed a race on a single battery to the sleek, aerodynamically advanced Gen3 that pushed 200 mph, every leap has mirrored the rapid evolution of EV technology itself. Now, the newly unveiled Gen4 signals another turning point; one that blends raw speed, cutting-edge control systems, and true sustainability into a single statement of intent for the sport’s future.
Set to debut in the 2026–27 ABB FIA Formula E World Championship, the Gen4 car represents a substantial step forward in both engineering and purpose. It delivers 450 kW (around 603 hp) in race trim and up to 600 kW (over 800 hp) in Attack Mode, nearly 200 hp more than the outgoing Gen3 machine. The boost is complemented by a new permanent all-wheel-drive system, which, unlike the Gen3’s limited use of front-axle regeneration, remains active throughout the race. This not only improves acceleration and grip but also introduces an unlimited traction control system and anti-lock braking for sharper, more consistent handling.
Energy recovery has also been significantly enhanced. The Gen4’s regenerative braking now peaks at 700 kW compared to Gen3’s 600 kW, allowing for faster recharge during races and fewer compromises on pace. Its usable battery capacity rises to 55 kWh from 51 kWh, enabling teams to adopt more flexible strategies while sustaining higher outputs for longer durations. Combined with new aero options, high-downforce for qualifying and low-downforce for race conditions, the car offers tunable performance that better suits diverse circuits and race formats.
Visually and structurally, the Gen4 is sleeker yet more responsible. Built from 100 percent recyclable composites and containing at least 20 %percent recycled material, it reinforces Formula E’s environmental focus. The design is a collaboration between the FIA and Spark Racing Technology, refined with input from manufacturers such as Porsche, Nissan, Jaguar, Stellantis, and Lola, all of whom are integrating lessons from the track into road-going EV programs.
When compared to its predecessor, the Gen4 is more than just a performance upgrade; it’s a philosophical evolution. The Gen3 prioritized efficiency and lightweight engineering, but the Gen4 couples that efficiency with unprecedented power delivery and stability. It bridges the gap between electric precision and traditional motorsport spectacle, pushing top speeds beyond 209 mph while maintaining a smaller carbon footprint than ever before.
As Formula E enters this new era, the Gen4 car embodies the championship’s original promise – to make electric racing not only sustainable but thrilling. The sport is no longer proving that EVs can perform; it’s demonstrating how they can outperform. For fans and engineers alike, the Gen4 marks the moment electric racing stops chasing its combustion past and starts shaping motorsport’s electric future!
Would you trust AI to drive your child across town without you? Toyota is betting some parents will. At the Japan Mobility Show 2025, the automotive giant introduced Mobi, a fully autonomous electric bubble car that transports children on their own, with no adult supervision required. The pint-sized vehicle relies entirely on AI for navigation and safety, marking a radical departure from traditional ideas about child transportation.
This is the kind of concept that makes you simultaneously excited about the future and somewhat uncomfortable about it. The Mobi sits on display at the show between October 30th and November 9th, looking like someone crossbred a Pixar character with actual transportation infrastructure. And honestly, that seems intentional. Toyota positioned this as part of their “Mobility for All” project, which sounds noble until you realize they’re proposing to put elementary schoolers in autonomous pods and send them off into traffic.
Designer: Toyota
The design language here is fascinating because it has to do something incredibly difficult: make a vehicle feel safe enough for parents to trust while simultaneously feeling fun enough that kids actually want to use it. That bubble canopy swings upward like a gullwing door, revealing a single seat covered in fuzzy material that looks lifted straight from a particularly cozy bean bag chair. The exterior comes in aggressively cheerful colorways, lime green with black accents or blue-purple with orange trim, both loud enough to make sure nobody’s running this thing over in a parking lot. And then there are the LED eyes at the front, two circular lights that blink and animate to give the vehicle an almost sentient personality. It’s cute bordering on manipulative, which is probably exactly the emotional response Toyota wants from both kids and their hesitant parents. Up top, two ‘ears’ serve as the car’s advanced sensor array, allowing the EV to be spatially aware as it transports its tiny passenger around.
The AI system does all the heavy lifting here. Direction, speed, traffic navigation, obstacle detection, it’s all handled by the onboard intelligence while the kid just sits there like a particularly small passenger on the world’s shortest Uber ride. Toyota has equipped the Mobi with an AI assistant called UX Friend, which is either a stroke of genius or the beginning of a Black Mirror episode depending on your tolerance for letting algorithms raise your children. This virtual companion talks to kids throughout the journey, gives them instructions on how to “drive” the autonomous pod (which is really just letting them feel involved), and presumably keeps them entertained so they don’t try to open the door mid-trip. The system uses sensors and cameras positioned around the vehicle to detect motion and obstacles, creating a protective bubble of awareness that theoretically keeps the child safe from the chaos of real-world traffic.
The specs are still murky because Toyota hasn’t released the full technical breakdown yet. What we know is the outer shell likely uses lightweight plastic or composite materials to keep the weight down and the safety up. The vehicle is almost comically small, with a footprint that makes a Smart car look like an SUV. Single occupancy only, which makes sense given the target demographic isn’t carpooling to corporate meetings. The interior is deliberately spacious enough for a child to sit comfortably without feeling claustrophobic, and that textured seat material isn’t just aesthetic, it’s tactical design meant to make the space feel less like a vehicle and more like a safe cocoon. Toyota knows that if kids associate this thing with discomfort or fear, the whole concept dies on arrival.
Here’s where it gets interesting though. This isn’t a production vehicle, it’s a concept with a working prototype, and Toyota has been notably silent about when or if they plan to conduct real-world road tests with actual children inside. That’s a massive gap between “look at this cool thing we built” and “you can actually use this to send your kid to soccer practice.” The regulatory hurdles alone are staggering. What jurisdiction is going to greenlight unsupervised minors in autonomous vehicles? What happens when the AI encounters an edge case it wasn’t trained for? Who’s liable when something inevitably goes wrong? Toyota is playing in a sandbox that doesn’t have rules yet, and while that’s exciting from an innovation standpoint, it’s also deeply complicated from a practical one. The Mobi might be a genuine glimpse at future mobility, or it might be an elaborate design exercise that never leaves the auto show circuit. Only time will tell…
