Tag Archives: Automotive

Hot Wheels and 7-Eleven Nailed the $7.11 GT-R Drop

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The convenience store has always been a place of small joys. A late-night hot dog, a 44-ounce Slurpee, a scratch card bought on impulse. But 7-Eleven just added something to that list that no one saw coming: a 1:64 scale 2017 Nissan GT-R (R35), draped in white livery, wearing the brand’s iconic green-and-orange logo like it was born into it.

Hot Wheels and 7-Eleven have teamed up before, and every time they do, the internet loses its mind a little. This year’s exclusive is the 2017 Nissan GT-R R35, a choice so specifically right that it almost feels too good to be a corporate decision. The GT-R isn’t just a car. It’s a cultural artifact, the vehicle that made an entire generation of gamers, gearheads, and anime fans fall in love with Japanese engineering. Choosing it for a convenience store exclusive feels less like a marketing move and more like someone in a boardroom finally got the reference.

Designer: Hot Wheels x 7-11

The design itself is clean and confident. Hot white, 7-Eleven branding running along the sides, and a set of 6-spoke rims that manage to look sharp even at this scale. Mattel has always been good at translating a car’s personality into miniature form, and this one lands well. The GT-R’s aggressive stance and wide haunches come through even when the whole thing fits in your palm. It doesn’t feel like a rushed licensing deal. It feels like a collectible that was taken seriously, proportioned carefully, and dressed with some actual intention.

The price is where the real cleverness lives. Retailing at $7.11, it’s a number that doubles as a receipt and a punchline, and I mean that entirely as a compliment. Pricing something at the exact numerical name of the store selling it is the kind of detail that makes you wonder why more brands don’t do it. It’s small, intentional, and memorable, the kind of thing you notice and file away simply because it made you smile.

Of course, the moment word got out, collectors mobilized. People were hunting these in-store at 2AM. Social media filled up with unboxing videos and “found it” posts. eBay listings appeared almost immediately, some going for double or triple retail. That pattern is exhausting and exciting in equal measure. It speaks to how deeply this kind of collaboration hits for a specific audience, and how quickly that enthusiasm can tip into a secondary market that shuts casual fans out before they even know the drop happened.

A chase variant is reportedly circulating as well, appearing roughly once in every hundred shippers. Finding the standard is already a small adventure. Finding the chase turns the whole thing into something approaching a ritual.

What makes this collaboration work, beyond the obvious nostalgia hit, is that it respects the cultures it’s drawing from. The GT-R carries genuine weight in car culture. Hot Wheels has decades of credibility as a collector’s brand, not just a toy. And 7-Eleven, despite being a global convenience chain, has cultivated a surprisingly earnest identity around moments of everyday delight. When those three things collide, you get something that doesn’t feel forced or cynical. It feels like three separate worlds sitting down together and actually enjoying the conversation.

I’ll be direct about this: limited retail exclusives are one of the most interesting design distribution strategies happening right now. Taking a well-made object and anchoring it to a specific physical space, a store, a moment in time, gives it meaning that an online drop simply can’t replicate. You had to be there. You had to walk into a 7-Eleven, scan the displays, and spot it. That friction is the point. It makes the object feel earned in a way that clicking “add to cart” never quite does.

Whether you’re a Hot Wheels collector, a GT-R devotee, or someone who just appreciates when design makes a weird, wonderful detour into your everyday life, this one deserves a second look. Or at the very least, it’s worth a late-night convenience store run.

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This radical Audi EV concept uses four tubes instead of a body to make electric cars feel lighter than ever

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Audi’s futuristic concept vehicles have often pushed the boundaries of automotive design, but independent designer Wini Camacho takes that philosophy even further with the Zero One Sphere. Created as a speculative vision rather than an official Audi project, the electric concept abandons conventional body construction in favor of an eye-catching geometric framework made from four exposed cylindrical tubes. This is an interesting take on what an electric vehicle could look like if designers prioritized structural expression over traditional styling.

Instead of relying on a solid body shell, the Zero One Sphere uses four large tubular elements that define its overall silhouette while appearing to support the vehicle’s key components. This radical approach creates an open, skeletal form that emphasizes lightness and simplicity. The tubes visually connect the front and rear sections, giving the concept an architectural quality that makes it resemble a rolling piece of industrial design rather than a conventional automobile. The exposed structure also leaves much of the mechanical layout visible, reinforcing the idea of honesty in design.

Designer: Wini Camacho

The concept follows Audi’s recent emphasis on geometric purity and minimalist forms, but interprets those themes in a far more experimental manner. Sharp lines and clean proportions replace the layered surfaces typically seen on production vehicles. The signature Audi lighting elements remain recognizable, ensuring the concept retains a connection to the brand despite its unconventional appearance. Thin LED lighting at both ends, a simplified front fascia, and oversized wheels contribute to a futuristic stance while maintaining visual balance.

As an electric vehicle concept, the Zero One Sphere benefits from the flexibility offered by battery-powered platforms, which eliminate the need for a large combustion engine and its associated packaging constraints. This freedom allows the design to focus on proportions and structural creativity rather than on accommodating traditional mechanical components. Although technical specifications have not been revealed, the concept serves primarily as a design exercise exploring how future electric vehicles could rethink both form and function.

The open architecture also suggests opportunities for modularity and customization. Its visible framework could theoretically allow different body panels, seating layouts, or cargo solutions to be attached without fundamentally changing the underlying structure. While these ideas remain conceptual, they reflect a growing interest in adaptable vehicle platforms that can evolve alongside changing user needs.

Beyond its unconventional construction, the Zero One Sphere raises broader questions about the future direction of automotive design. As electric powertrains continue to reshape vehicle engineering, designers are increasingly free to experiment with new materials and structural concepts. Wini Camacho’s proposal illustrates how this creative freedom can produce designs that challenge long-standing expectations of what a car should look like. Whether such an exposed tubular structure could ever become practical for production is uncertain, but practicality is not the concept’s primary goal!

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XPENG L03 Brings Ex-Ferrari Designer and 520 km Range to Europe

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Xpeng picked Munich for the L03’s big moment, and that setting says almost as much as the car itself. Unveiled on July 17, the L03 arrives as a global-facing SUV coupe that mixes sleek design, family-friendly practicality, and a heavy dose of software-first ambition. For Xpeng, it is more than just another model launch. It is a clear statement of intent for Europe.

Xpeng calls the L03 a next-generation AI SUV coupe, and the design leans hard into that promise with a low, flowing roofline, flush detailing, and a drag coefficient of 0.228. Developed by a global design team led by former Ferrari exterior design chief JuanMa López, the L03 is clearly meant to look more polished and aspirational than a typical mainstream family SUV. At 4,650 mm long with a 2,850 mm wheelbase, it sits in a sweet spot that should give it broad appeal across urban buyers, young families, and tech-minded upgraders. Xpeng is also giving buyers a broader visual palette than usual, with five nature-inspired exterior colors: Phantom Purple, Rock Gray, Arctic White, Midnight Black, and Silver Frost, plus a Global Black Edition with full black body color, darkened calipers, and darker wheels.

Designer: Xpeng

Inside, Xpeng is trying to make the L03 feel more lounge than machine. The cabin centers on a 15.6-inch display and layers in 256-color ambient lighting, AI-enabled climate control, and active noise cancellation, while the seating package aims squarely at comfort with ventilated, heated, and massage-equipped front seats. The rear bench folds in a 40/20/40 split, and practicality looks like a genuine strength rather than an afterthought, with 539 liters of rear luggage space including underfloor storage, a 102-liter front trunk on EV variants, and a further 102-liter rear underseat drawer.

That usefulness extends beyond the cabin. Xpeng says the L03 has been designed with expansion and adventure in mind, featuring eight flush magnetic attachment points, five 1/4-inch threaded mounting points for accessories such as action cameras, and front passenger expansion docks for added flexibility. The company also says the system supports roof racks, helping position the L03 as something more versatile than a style-led urban crossover. Towing capacity is rated at up to 1,500 kg with an optional market-specific manual tow hook.

The bigger story, though, is software. Xpeng is using the L03 to showcase its latest XOS 6.0 cockpit platform and a more advanced intelligent driving pitch built around VLA 2.0 and NGP. The L03 also brings direct Google Maps integration, adding a familiar layer of usability to Xpeng’s latest cockpit experience. Xpeng said it plans to bring its next-generation assisted driving technology to Europe in early 2027, making the L03 not just a new model but an early marker for the brand’s next software chapter in the region.

Xpeng is also casting a wide net on powertrain choice. The battery-electric version is rated for up to 520 km of WLTP range, while the EREV version stretches to more than 1,000 km of combined range. Fast charging is another headline figure, with Xpeng claiming a 10 to 80 percent top-up in around 20 minutes under 3C charging conditions. That helps the L03 look less like a niche style play and more like a serious attempt to cover multiple use cases with one global product. With its current pricing, the L03 looks strikingly competitive in Europe, particularly given its range, technology, and day-to-day usability.

Taken together, those elements make the L03 more than just another new model. It is a statement car for a brand that wants to prove it can speak the language of European design, global software, and everyday usability all at once. In Munich, Xpeng did not just unveil a new SUV coupe. It unveiled a model designed to carry its international ambitions much further.

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This 205-HP handcrafted hyperbike looks like it rode straight out of a Sci-Fi movie

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Diamond Atelier has side stepped the traditional custom motorcycle scene with the DA#22 ULTRON, a one-of-a-kind machine that the Munich-based workshop describes as the world’s first hyperbike. Publicly revealed at the 2026 Goodwood Festival of Speed, the road-legal prototype is designed to narrow down the gap between high-performance superbikes and exclusive hypercars.

Rather than modifying an existing motorcycle with premium components, Diamond Atelier began the project by creating a completely new design language before engineering the mechanical package around it. Powering the DA#22 is KTM’s proven 1,301cc LC8 V-twin engine sourced from the 1290 Super Duke. Tuned to produce more than 205 horsepower, the engine delivers performance that places the motorcycle firmly in superbike territory.

Designer: Diamond Atelier

Complementing the potent powertrain is a specially developed suspension package from Wilbers, featuring a TYPE 46 RR front fork inspired by World Superbike technology and a bespoke rear shock tailored specifically for the compact layout of the project. Every major component was selected to ensure that the motorcycle remains serviceable despite its unconventional packaging. The most striking feature of the DA#22 is undoubtedly its handcrafted aluminum bodywork. Every panel was individually shaped by Marvin Diehl of KRT Framework over a period exceeding 800 hours.

Instead of exposing the motorcycle’s mechanical components like a conventional naked bike, the sculpted aluminum shell forms a seamless surface with dramatically shortened proportions, a floating tail section, hidden electronics, and a cockpit concealed beneath a recessed glass panel. The design gives the motorcycle an unmistakable silhouette that looks unlike any current production model. Diamond Atelier also incorporated advanced manufacturing techniques throughout the project. Several key components, including the titanium exhaust system and the upper triple clamp, were produced using 3D printing by Aconity3D. Formula 1-inspired switchgear, an illuminated clutch cover with a glass inspection window, and precision-machined controls supplied by specialist partners further reinforce the machine’s premium engineering.

Even the upper triple clamp features a genuine diamond mounted in sterling silver, serving as a subtle reference to the company’s name rather than a purely decorative addition. Perhaps the most innovative element is the motorcycle’s unique electroluminescent paint. Developed exclusively for the prototype by Alex Bloch of Stilbruch Lack, the special coating emits a deep red glow when an electrical current is applied, allowing the bodywork itself to become the light source without relying on external LEDs. According to Diamond Atelier, only a single liter of this custom paint formulation was ever produced, and the entire batch was used on the DA#22, ensuring the finish can never be exactly replicated.

Although the DA#22 remains a prototype, Diamond Atelier sees it as the beginning of an ultra-exclusive series that explores new possibilities in motorcycle design. Combining handcrafted coachbuilding techniques and extreme performance, the bike a fresh interpretation of what a flagship motorcycle can be. Rather than simply chasing speed or luxury alone, it demonstrates how engineering, craftsmanship, and design can come together to create an entirely new category.

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Deflatable drone capable of flying over 10 hours could be the next big leap in operational efficiency

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The DJI Mavic 4 Pro can fly for around 50 minutes before needing a recharge, but are those numbers sufficient for a drone tasked with surveillance of hundreds of kilometers of pipeline or sensitive zones spanning miles? Nor is there any viable solution for monitoring disaster-struck areas that are too risky for manned flights. The next best option is low-flying unmanned airplanes or VTOLs, but the costs involved are way too high for such tasks.

This prompted French aerospace startup Celeste Ecoflyers to design an inflatable fixed-wing aircraft drone that comes tagged with the promise of superior safety and efficiency. Christened daS10, the 8-meter fixed-wing aircraft has a “pressurized textile envelope” and a pneumatic wing that generates lift thanks to the inflated structure. The design ensures the drone can stay in the air for longer without taking up a lot of energy.

Designer: Celeste Ecoflyers

The unmanned craft can be deflated and stored easily in flat form, which makes it highly deployable in any kind of situation. This unique idea comes from the CEO, engineer, and founder Olivier Manette, who happens to be a licensed ULM flight instructor. daS10 is currently in the development stage and recently conducted the initial low-altitude flight tests that lasted a few seconds. More tests are scheduled for Q4 of this year, which will bring it closer to the intended results. When fully operational, the fixed-wing drone can cruise at speeds of up to 50 mph for more than 10 hours in a sortie. That surpasses the JOUAV CW-30E, which can operate for around 480 minutes with a range of 200 kms from base.

This 8-meter fixed-wing drone is targeted towards commercial operations that require safety and more sustainable logistics. For instance, surveillance of pipelines or energy grids requires a more affordable approach than current solutions. Just for reference, a helicopter flight to inspect a pipeline costs around $2,500 per hour, and this doesn’t include the costs of the pilot or fuel. Also, bad weather and pilot availability can cancel one-fourth of the scheduled flights, hampering the overall operations. This aircraft, capable of generating aerodynamic lift sans any buoyant systems and carrying a payload of 11 lbs, is the ideal replacement for traditional options.

The biggest USP of the daS10 drone is the deflatable wing, which can fold and compress into a smaller volume for easy transportability. That will come in very handy for military operations as well, which require movement of logistics in remote regions. Though it is still early days for the drone, and a lot more engineering challenges lie ahead when it comes to fully scaled flights, the results could be revolutionary for the aviation industry heading towards automation.

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This Porsche F1 Livery Concept imagines a Grid Entry based on the 963 Endurance Racer

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Porsche has spent the better part of a decade circling Formula 1 without ever quite committing. Talks with Red Bull Powertrains collapsed in 2022 over control of the technical partnership, and the Volkswagen Group’s own boardroom politics have kept the brand on the sidelines ever since. Every couple of years a leak surfaces, a testing mule gets photographed in disguise livery, and the paddock spends a news cycle speculating before Porsche quietly denies everything. It is the kind of will they, won’t they that has defined Porsche’s motorsport ambitions since Zuffenhausen dabbled in F1 engines back in the 1980s with McLaren. Riccardo Dessi and

William Almkvist decided to stop waiting for an answer and build one themselves.
Their Porsche F1 Livery Concept imagines what a potential grid entry might actually look like, rendered with enough polish that it could pass for a factory reveal. Dessi modeled the car, Almkvist handled the texturing and environment work in Substance Painter and Photoshop, and the pairing borrows its color identity directly from Porsche’s current 963 endurance racer. Purple, black, and white blocks wrap the sidepods and nose in diagonal splits, with TAG Heuer, Mobil 1, AT&T, and ABB branding filling out the sponsor real estate. The result reads less like fan art and more like a livery Porsche’s own marketing department left on the cutting room floor.

Designers: Riccardo Dessi, William Almkvist

Endurance liveries get generous surfacing to play with, long doors, wide flanks, an expansive rear deck, but an F1 chassis offers almost none of that. Every panel is compressed, sculpted around cooling ducts and aero surfaces that leave no room for a clean graphic sweep. Instead of shrinking the 963’s purple gradient into a single stripe, they let it fracture across the nose, halo, and sidepod undercuts, so the color still reads as one continuous idea even when the bodywork it sits on is broken into a dozen different planes. That is a harder design problem than it looks, and it is the detail that separates this from a livery slapped onto a stock F1 render.

The front wing and endplates carry the most convincing sponsor logic in the whole package. TAG Heuer’s watch branding sits on the rear wing exactly where Porsche’s factory partnership already places it in endurance racing, and ABB occupies the same lower corner of the front wing it holds in Porsche’s Formula E program. Mobil 1 and AT&T split the sidepod real estate in a layout that mirrors how those sponsors actually appear on liveries across other series Porsche competes in. None of it reads as invented. It reads as a studio simply extending relationships Porsche already has into a category it has not yet joined, which is exactly the kind of restraint that makes a concept convincing instead of decorative.

Almkvist’s staging does as much work as the model itself. One set of renders places the car under raking violet studio light, its carbon weave catching hard directional shadows across a matte floor that feels closer to a livery launch event than a personal render project. A second environment fractures the background into shattered glass panels that scatter rainbow reflections across the bodywork, letting the purple gradient pick up secondary color shifts the way it would under real trackside lighting rigs. That second setting is not just a flex of Substance Painter’s capabilities. It gives the surfacing a sense of material behavior, showing how the paint would actually respond to inconsistent light rather than presenting a single flat hero shot.

Whether Porsche ever lands a Formula 1 seat remains an open question the brand has answered with silence for years. What Dessi and Almkvist have proven is that the visual case for it already exists, fully formed and sitting in a render queue, waiting for the boardroom to catch up. The 963’s purple and black identity translates cleanly enough across categories that it barely reads as a stretch, which says as much about the strength of Porsche’s current design language as it does about the two designers who ported it over. If the manufacturer ever does show up on the 2026 grid or whatever season follows it, its marketing team could do worse than start here.

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This elastic band-powered car proves you don’t need an engine to experience real mechanical thrills

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Kinetic energy is a fascinating thing, a fact I first realized after becoming obsessed with pull-back toy cars as a child. The simple act of rolling the car backward to store energy before watching it shoot forward at surprising speed felt almost magical. I didn’t understand the physics back then, but I knew there was something immensely satisfying about turning stored energy into motion.

Tell that to James Bruton, and you’ve got an engineering challenge rather than a toy. The inventive YouTuber is back with another delightfully unconventional experiment, this time asking whether a vehicle can be powered entirely by elastic bands. Not the thin rubber bands you’d find in a desk drawer, but heavy-duty resistance bands designed for fitness training, capable of storing far more energy than their humble appearance suggests.

Designer: James Bruton

Bruton begins by building a test rig from industrial 4040 aluminum extrusions to understand how much energy these bands can store when twisted rather than stretched. The setup uses inexpensive Lazy Susan thrust bearings to let the mechanism rotate with minimal friction while a single resistance band is wound tighter and tighter. The initial tests prove surprisingly encouraging, with the band accepting dozens of twists before reaching its limit, hinting that there may be enough stored energy to propel a person.

Turning that potential into useful motion, however, proves far more complicated. A pair of 3D-printed bevel gears delivers a 2:1 reduction to increase torque before driving a set of lightweight wheels. The prototype manages to move Bruton, but only for a couple of meters before the band eventually snaps under excessive winding. Rather than dismissing the concept, he treats the failure as valuable data, redesigning the drivetrain with an additional reduction stage that increases the overall ratio to 6:1. The improvement isn’t dramatic in terms of distance. Still, it delivers smoother power without permanently deforming the elastic band, confirming that gearing plays a bigger role than simply storing more energy.

The next logical step is to increase the amount of stored energy itself. Instead of making the vehicle impractically long with one giant elastic band, Bruton develops an ingenious routing system that sends multiple bands back and forth through the chassis using intermeshing gears. CNC-machined aluminum brackets, industrial extrusions, custom 3D-printed components, and dozens of modified bearings come together to create a rigid frame capable of containing the enormous twisting forces generated by the growing elastic drivetrain.

Experiments with six bands connected in series reveal an unexpected lesson in physics. While the system stores more energy, it doesn’t produce a proportional increase in usable torque, leaving much of the stored potential untapped. Rather than forcing the design to work, Bruton completely rethinks the layout by arranging eighteen resistance bands into three parallel columns, each feeding a common output shaft through bevel gears. The configuration increases available torque while preserving a useful amount of unwinding time, striking a far better balance between power and efficiency.

After countless iterations, careful winding, and more than a few anxious moments trying not to snap another band, the elastic-powered machine finally delivers the result Bruton had been chasing. The vehicle carries him almost 10 meters on nothing more than the energy stored in twisted resistance bands, with a best run measuring just under 9.9 meters before a final all-out attempt stretches that distance beyond 12 meters. It may not be replacing electric drivetrains anytime soon, but that’s hardly the point.

 

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You can finally own the upside down driving Spéirling Pure electric hypercar

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McMurtry Automotive has been showing off its prototype electric car for some years now. The record-breaking Spéirling hyper track car, capable of racing upside down like a Formula-1 car, really turned eyeballs and caught much attention. Now, the thing is legit for the public roads, as the British electric hypercar manufacturer has revealed the production version of the electric version of the car. Called the Spéirling Pure, this hypercar is slated to cost around $1.3 million when it goes on sale later this year.

This production version has some valid changes to make it road legal and, more importantly, road viable for purists who want to experience the thrill of driving a powerful EV. Just like the prototype version, the Spéirling Pure EV can drive upside down thanks to the Downforce-on-Demand fan-based system, which can produce a surprising amount of downforce courtesy of the high-speed fans running at up to 23,000 rpm. This is assisted by the underbody extended skirt system that keeps the car glued to the surface like a vacuum pump.

Designer: McMurtry Automotive

Since the car has more downforce than the dry weight of 4,409 lb (even though 665 lb heavier than the prototype), it can literally be upside down like a bat in the standing position. That’s a very rare trick you can show off in the real world if you find a setting to make the car turn upside down. The massive 3G downforce comes in handy in tight chicanes and corners, virtually lending the hypercar superior traction control to carry more speed out of corners. On the production version of the car, the fan motor is improved with new blades, and the air compressor also gets an upgrade. Other major upgrades include the new 100-kWh battery pack (compared to the 60-kWh pack on the prototype) and a wider wheelbase, increased to 8 inches to 86.6 inches to make space for the larger battery unit.

Spéirling Pure feeds the battery power to the pair of electric motors that drive the rear wheels. The enhanced transmission translates all the energy into 986 horsepower for an acceleration to 60mph in just 1.6 seconds. The top speed hits 190 mph, and that downforce system helps keep the vehicle stable. This also helps in braking at high speeds as the suction power creates enough friction. The production version will also get a flexible suspension system, adaptive dampers, and a 20 percent higher ride height to conquer most motorable roads. The electric hypercar can be charged from 20 percent to almost full capacity in a mere 20 minutes, depending on the outlet it is being plugged into.

The upgrades follow on the inside with a motorsports-grade carbon-fiber monocoque for premium safety. Bodywork also gets a bump up in the form of a swan-neck rear wing above the trunk, refined headlight design, a second hinged door, and space for keeping a helmet or HANS device. The interior can be customized by the buyers in a plethora of options. For the thrill of experiencing racing, the hypercar comes with a F1-styled steering wheel and an instrument cluster on the digital display.

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Bürstner’s new modular Mercedes Sprinter RV offers privacy bedroom, and more living space

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Compact, luxury motorhomes with smart space-enhancing features really have a market of their own. This domain is dominated by Germany-based Bürstner, which surprised us first with the Habiton camper van last year. The concept van home debuted a modular interior layout that residents could change according to their requirements during the day or night. Now, continuing from where it began, the builder of comfortable and practical motorhomes has launched the Signature SMT model.

The interesting mobile home is based on a Mercedes-Benz Sprinter chassis and has a layout that can have an open, unobstructed view or a privacy shutter along the kitchen, closing the rear bedroom when you are sharing the motorhome with friends or even members of the family. Since the entire concept of the interior is based on space-maximization and modularity, Signature made from fiberglass for a durable and lightweight form factor, features a raised roofline at the front.

Designer: Bürstner

This modification allows a drop-down bed to sit comfortably at the increased height. Below, you have the dinette that is formed by swiveling cabin seats and a bench across the aisle. The space here is naturally lit with a full-width skylight above. The transformable front lounge makes way for a 76 x 51-inch drop-down double bed at night. And when the daylight strikes and you’re leaving the bed, the ceiling bed retracts – disappearing completely from sight – opening the lounge area for dining and communication.

An option for a twin or queen bed (with springs and a comfort mattress) sleeping area is designated again toward the back of the cabin, with the modular kitchen and space-saving bathroom taking up the space in the middle. The bedroom features custom-designed back panels and a wardrobe for storing your clothing essentials. The Signature offers sleeping space for up to four people conveniently.

The premium, modular kitchen isn’t really designed to transform like the lounge or the bathroom (we will discuss in a bit), but it is designed with some interesting retractable options of its own to really zap the mind. The kitchen revolves around an induction hub in the center and two extendable worktops on either side of it. An electrically retractable shelf lifting straight up to the roof on the right shows your stored items, while a practical refrigerated drawer, featuring a 138L freezer compartment, finds place below the main countertop. When raised, the retractable shelf, in conjunction with a sliding door, doubles as a divider wall, allowing privacy in the bedroom behind.

Available in a choice of 735 and 766 cm lengths in white and stone-grey colors, the Signature motorhome comes with another interesting transforming space: the bathroom. It is placed right behind the driver and comes with a sliding front wall that retracts toward the Cassette toilet to store away the sink integrated into it. The space outside now is reserved for the shower, which the user can use without having to think of fitting into a small bathroom space already occupied by a fixed sink and toilet.

Designed to go where your camper van adventure demands, the Signature SMT is provided with a 150 Ah lithium battery, a 200-liter fresh water tank, and a diesel heating option. The pricing for the base 735 cm model starts at €93,999 (US$107,000), while the bigger 766 cm Signature would cost around $110,000.

 

 

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Polestar’s Sudden U.S. Exit Reveals the Hidden Risk of Buying a Connected Car

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Somewhere in Washington state, a man named D.L. Byron recently bought a certified pre-owned Polestar 2. He did what most careful buyers do, researched the brand, appreciated the Scandinavian design, weighed the range and the reputation, and made a considered decision. Then, within days of that purchase, Polestar announced it would stop selling new vehicles in the United States from the 2027 model year onward, after the U.S. Department of Commerce denied the Swedish automaker authorization under the Connected Vehicle Rule. Byron’s reaction, reported by The Verge, was immediate and unambiguous. “It feels like we’re the ones left holding the bag, with no compensation for the sudden loss in market value on cars we just bought or leased.”

What Byron experienced is becoming the defining anxiety of the connected-car era. A modern EV purchase comes bundled with software ecosystems, service networks, regulatory standing, and brand-dependent resale value, all of which can shift dramatically on a government decision, a quarterly earnings report, or a geopolitical pressure point that the buyer had no awareness of on signing day. The car itself may run perfectly fine for years. The broader infrastructure that gives it value, the OTA updates, the service continuity, the dealer footprint, and the market confidence of potential used-car buyers, operates on forces that have very little to do with how capable the vehicle actually is. Polestar owners in the U.S. are learning this the hard way, watching resale anxiety arrive before the service network has missed a single appointment, and the lesson extends well beyond this brand and this moment.

The Connected Vehicle Rule, finalized by the Department of Commerce’s Bureau of Industry and Security, targets vehicles with a “sufficient nexus” to China or Russia, covering telematics, cameras, GPS, Bluetooth, cellular modules, and automated driving systems. The software restrictions kick in at model year 2027 with hardware restrictions following in 2030. Polestar’s problem was never where its cars were built. The Polestar 3 is assembled in South Carolina alongside Volvos from the same Zhejiang Geely Holding Group, yet local manufacturing provided no shield from the authorization denial. The rule targets ownership structure and software entanglement, and Polestar’s Geely-majority ownership, combined with its reliance on the Geely ecosystem, gave the Bureau its grounds. Volvo, operating as a separately listed entity with a decoupled software stack and a more established U.S. footprint, secured a waiver. Polestar did not.

Polestar CEO Michael Lohscheller positioned the retreat as forward strategy, noting that Europe accounts for the largest share of the brand’s sales, and the company’s messaging on owner support has been consistent: warranties honored, existing Polestar 2, 3, and 4 owners continuing to receive service, and remaining Polestar 3 and 4 inventory sold at an aggressive discount until stock runs out. The brand had warned as early as 2024 that the Connected Vehicle Rule could effectively block its U.S. sales, yet when the formal exit became official, it still landed hard for buyers who had only just signed their paperwork. Matthew Haiken, owner of Polestar Short Hills in New Jersey, captured the dealer position precisely: “At this point, I have to trust that Polestar will honor its warranty and service commitments. We deserve better. This is the first time that anyone has said, ‘Hey, this is not us. It’s outside our control. It’s the government.’ So we’re left very vulnerable.” The warranty is still valid on paper. Whether the used-car market reads the situation as generously is a separate question, and used-car buyers are rarely sentimental.

Buying a connected car in 2026 without evaluating the brand’s regulatory standing, software continuity, and commercial presence in your market is a gap that Polestar owners are now navigating in real time. Fisker’s collapse last year was the more total and immediate version of this lesson, and while Polestar’s situation is structurally different, the emotional experience for current owners is uncomfortably familiar. The Polestar 2, 3, and 4 are genuinely well-designed vehicles that many owners will hold onto for exactly that reason. But resale value is a market sentiment measure, and market sentiment on a brand that has exited your market corrects fast and waits for no one. Polestar’s predicament makes the broader case: every connected-car buyer should be stress-testing the brand’s software stack, regulatory profile, service infrastructure, and long-term commercial standing before they sign, and those variables matter as much as the range figure on the window sticker.

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