Skywell BE11 Gets a Second Chance: More Tech, Less Money, Fewer Excuses

When Skywell launched the BE11 in the UK late last year, it arrived with the confidence of a disruptor and the road manners of a rough first draft. The pitch was solid enough: an electric SUV roughly the size of a Nissan Ariya or Skoda Enyaq, priced about £3000 less, from a new Chinese brand with serious industrial backing. The execution, however, didn’t land. Reviewers were unconvinced, owners were vocal, and the BE11 quickly earned a reputation for feeling unfinished.

Now Skywell is back with what it calls a “comprehensive revision” for the 2026 model year. Translation: the BE11 has been sent back to the editor with red pen marks all over it. The changes don’t amount to a full rewrite, but they do address many of the car’s most obvious flaws—and they’re sweetened by a £5000 price cut that makes the BE11 harder to ignore.

Skywell, for the uninitiated, is a joint venture between Skyworth—one of the world’s largest consumer electronics groups—and Chinese electric bus specialist Nanjing Golden Dragon. That pedigree suggested technical competence, but early road tests told a different story. Autocar, for example, handed the BE11 a brutal two-star rating, citing mediocre efficiency, an unrefined ride, numb steering, and an infotainment system that felt more like a prototype than a production interface. In a market flooded with polished EVs, “sub-par” is not a word you want associated with your debut model.

Crucially, Skywell hasn’t torn up the mechanical blueprint. The BE11 still rides on the same basic platform, still uses a single front-mounted motor producing 201bhp, and still offers two battery options. The Standard Range version carries a 72kWh NMC battery good for a claimed 248 miles, while the Long Range model ups capacity to 86kWh and stretches that figure to 303 miles. On paper, nothing here moves the segment’s goalposts.

Where Skywell has focused its efforts is on comfort, usability, and—most conspicuously—technology. The headline change is the addition of advanced driver assistance systems, which were notably absent from the original car. Adaptive cruise control, automatic emergency braking, blind-spot monitoring, and lane-keeping assistance now come as part of the package. According to Skywell, much of this system was developed and tuned on UK roads, an important detail if it translates into smoother, less intrusive calibration.

The absence of ADAS on the original BE11 wasn’t an oversight so much as a timing loophole. The car completed European type approval before July 2024, meaning it wasn’t required to meet the EU’s GSR2 regulations that now mandate such safety tech. That might have made regulatory sense, but in real-world terms it made the BE11 feel outdated the moment it arrived. This update closes that gap decisively.

Inside, Skywell has also addressed some of the day-to-day annoyances that early adopters complained about. Heated and ventilated front seats are now available, the driver’s seat gains electric adjustment, and USB-C ports are more generously scattered throughout the cabin. A 360-degree parking camera joins the options list, and buyers can now spec a much larger 15.6-inch central touchscreen—an acknowledgment that in this class, screen size still sells cars.

Whether the revised infotainment software itself is genuinely more intuitive remains the unanswered question. Hardware is easy; user experience is harder. Skywell claims improvements, but this is one area where the BE11 will live or die once reviewers get back behind the wheel.

Then there’s the price cut, which may be the most persuasive change of all. The Standard Range BE11 now starts at £31,990, down from £36,995. That drop repositions the Skywell as a genuine value alternative rather than a budget curiosity. At this price, its generous interior space—still one of its strongest attributes—becomes a much more compelling selling point.

Skywell’s UK operations are handled by Gloucestershire-based importer Innovation Automotive, and for a new brand trying to establish trust, that local presence matters. So does the willingness to listen. This update reads less like a routine facelift and more like a public admission that the original car missed the mark.

The BE11 still won’t trouble the best-driving EVs in the class, and it’s unlikely to win over enthusiasts with its steering feel or chassis finesse. But with more tech, more comfort, and a significantly lower asking price, it finally feels competitive rather than compromised.

In other words, Skywell hasn’t reinvented the BE11—but it has fixed enough of the footnotes to make the main story worth another read.

Source: Skywell

The Audi Q2 e-Tron Could Be Your Next Choice

Remember the Audi A2? Not the RS models or the big-grille sedans that dominate Ingolstadt’s greatest-hits album, but the oddball aluminum jellybean from the early 2000s—the one that looked like it escaped from a wind tunnel and sipped fuel like it was rationed. Back then, the A2 was Audi doing the future a little too early. Lightweight aluminum spaceframe, obsessive aero thinking, and a 1.2-liter diesel that could stretch a gallon to nearly 80 mpg. Buyers didn’t quite know what to do with it. History, however, has been kinder.

Fast-forward nearly three decades, and Audi appears ready to dust off that same forward-thinking playbook—this time with electrons instead of diesel. Enter the upcoming Q2 e-Tron, a compact electric crossover (or tall hatch, depending on how honest you’re feeling) that effectively replaces the outgoing gasoline Q2 and becomes the new entry point to Audi’s EV lineup.

If that sounds familiar, it should. Like the A2 before it, the Q2 e-Tron looks positioned to be a clever, efficiency-minded alternative to the premium status quo—just wrapped in a more contemporary, SUV-adjacent silhouette.

A Tall Hatch With a Memory

Based on early spy shots and illustrations, the Q2 e-Tron wears its proportions proudly. The upright stance echoes the A2’s practical, space-first philosophy, but Audi has sharpened the edges. The windshield is more aggressively raked, the roofline tapers decisively into the C-pillar, and the overall shape leans closer to “hatchback on stilts” than the chunkier crossover look of the current Q2.

Up front, Audi’s latest lighting trickery takes center stage. Slim micro-LED daytime running lights sit high and wide, while the main headlamp units are pushed lower into the bumper—a familiar Audi EV move by now. The closed-off grille is framed by crisp creases and angular intakes, giving the smallest e-Tron a face that looks confident rather than apologetic.

Around back, the designers seem to be having a little fun. A high-mounted spoiler visually splits the rear glass—a clear nod to the old A2—and a full-width LED light bar modernizes the tailgate. It’s playful by Audi standards, which is to say: restrained, but intentional.

Familiar Audi, Just Smaller—and Smarter

Inside, expect fewer surprises. The Q2 e-Tron should closely follow the digital-first design language already seen in the Q3 and Q5. A curved digital instrument cluster pairs with a central MMI touchscreen, and Audi’s AI-based voice assistant is expected to be standard fare. Yes, that means downloadable apps, streaming services, and navigation that updates itself while you’re still arguing with your passengers about lunch.

Despite its compact footprint, the EV architecture should pay dividends in space efficiency. A flat floor opens up the cabin, and while cargo volume won’t threaten the class leaders, it’s expected to come in just shy of the Q4 e-Tron’s 520 liters—respectable numbers for something wearing a “smallest Audi EV” label.

Audi is also expected to lean into sustainability here, with recycled and eco-friendly trim options, ambient lighting, and a full suite of Level 2 driver-assist systems rounding out the spec sheet.

MEB+, More Muscle, More Miles

Under the skin, the Q2 e-Tron is set to ride on Volkswagen Group’s updated MEB+ platform. Think of it as MEB 2.0: stiffer, more efficient, and capable of faster charging than the hardware underpinning today’s ID.4s and Q4 e-Trons.

Early technical whispers suggest a front-wheel-drive base model making around 201 horsepower, fed by a 63-kWh battery good for roughly 250 miles of range. Step up the ladder and outputs could climb past 268 horsepower, with a larger battery pushing WLTP range figures toward a very respectable 348 miles.

Quattro variants with dual motors are also on the table, aimed at buyers who live where winter is a lifestyle rather than a season. And because this is Audi, you can safely assume someone in Neckarsulm is already sketching RS badges in the margins.

Small EV, Big Competition

Whether Audi ultimately revives the A2 name or sticks with Q2 e-Tron branding, this car will land in a crowded—and increasingly competitive—segment. Rivals include the Volvo EX30, BMW iX1, Smart #1, Mini Aceman, and Alfa Romeo Junior, all vying to prove that small, premium EVs don’t have to feel like compromises.

Early rumors pointed to a 2027 debut, but newer reports suggest Audi could pull the covers off as soon as the second half of next year, with production staying close to home in Germany.

If the original A2 was a car that arrived before the market was ready, the Q2 e-Tron might be landing at exactly the right moment. Smaller, smarter, and more efficient EVs are finally what buyers are asking for—and Audi seems keen to remind us that it’s been thinking this way all along.

Source: Audi

Five Supercar Concepts That Made the 2010s Gloriously Unreasonable

The 2010s were a strange, optimistic decade for supercar concepts. Automakers weren’t just chasing lap times or Nürburgring bragging rights—they were trying to predict the future, often with wildly ambitious tech, movie-car swagger, and just enough realism to make us believe production might actually happen. Most didn’t. All of them mattered.

Here are five supercar concepts from the 2010s that still live rent-free in our enthusiast brains.

01 Jaguar C-X75

The supercar that almost escaped the concept-car curse

When Jaguar rolled the C-X75 onto the Paris Motor Show stage in 2010, it didn’t just turn heads—it short-circuited them. Two diesel micro-turbines powering four electric motors? Sure, why not. Initially pitched as a design exercise, the C-X75 was so spectacular that Jaguar did the unthinkable and promised to build it.

Reality intervened. The turbine setup gave way to a more conventional 1.6-liter supercharged four-cylinder hybrid developed with Williams Advanced Engineering, and a limited run of 250 cars was planned. Five prototypes were built. One ended up terrorizing James Bond in Spectre. Then the global recession showed up and killed the project stone dead.

The C-X75 remains one of the greatest “what if?” cars of the modern era—a reminder that sometimes the hardest part of building a supercar isn’t engineering, but timing.

02 Mercedes-Benz AMG Vision Gran Turismo

From PlayStation fantasy to real-world excess

The Vision Gran Turismo program gave designers a blank check, and Mercedes-AMG absolutely cashed it. Originally created for Gran Turismo 6, the AMG Vision Gran Turismo looked like a 300 SL that had spent too much time in the gym and discovered carbon fiber.

Then Mercedes built it. For real. Debuting at the 2013 LA Auto Show, the car featured gullwing doors, an aluminum spaceframe, carbon-fiber bodywork, and a frankly absurd eight exhaust outlets at the rear. Power came from a 5.5-liter twin-turbo V8 pushing 577 horsepower through a seven-speed dual-clutch transmission, all wrapped in a 1,385-kg package.

Only five examples exist, one of which appeared as Bruce Wayne’s automotive flex in Justice League. Add the Batmobile and, yes, that is a strong two-car garage.

03 Lamborghini Terzo Millennio

The concept car that sounded like science fiction—and meant it

Lamborghini has never been shy about drama, but the Terzo Millennio took things to another dimension. Developed with MIT in 2017, this electric concept wasn’t about specs—it was about rewriting the rules entirely.

The carbon-fiber body was designed to act as an energy storage system, woven with nanotechnology that could theoretically store electricity and even heal micro-cracks on its own. Instead of batteries, Lamborghini proposed supercapacitors. Instead of one or two motors, it envisioned four—one at each wheel. It even featured a “ghost” driving mode that could demonstrate the perfect racing line.

Was any of this realistic? Maybe not. Was it peak Lamborghini energy? Absolutely. The Terzo Millennio didn’t predict the future—it dared it to keep up.

04 Pininfarina H2 Speed

Hydrogen, but make it Italian

At the 2016 Geneva Motor Show, Pininfarina quietly dropped a bombshell: the world’s first hydrogen-powered, track-only hypercar. The H2 Speed wasn’t just a styling exercise—it ran, drove, and made a serious case for hydrogen performance.

Two hydrogen tanks fed a pair of electric motors delivering 489 horsepower to the rear wheels, pushing the 1,420-kg car from 0–62 mph in 3.4 seconds and on to a claimed 186 mph. All of it was wrapped in a dramatic three-piece carbon-fiber body that looked every bit as fast as it claimed to be.

Pininfarina even teased a road-going version in 2018. Then, like many ambitious concepts before it, the H2 Speed faded into obscurity—aside from a cameo in Asphalt 9. Hydrogen may still be waiting for its moment.

05 Porsche 919 Street

Le Mans, but for license plates

When Porsche quietly revealed the 919 Street Concept in 2020, enthusiasts collectively leaned closer to their screens. Based directly on the Le Mans–winning 919 Hybrid, this wasn’t a styling tribute—it was nearly the real thing.

Underneath the body sat the race car’s carbon monocoque, suspension, and drivetrain, including a turbocharged V4 hybrid setup producing around 900 horsepower. Porsche genuinely studied the feasibility of putting it into limited production before deciding the complexity was simply too much.

The concept now lives in the Porsche Museum, a tantalizing reminder that Porsche came very close to building the most hardcore road car imaginable. Not long after, Porsche built something called the 963—and the idea of race tech trickling down suddenly didn’t feel so impossible after all.

The 2010s were a golden age of audacious supercar concepts—cars that weren’t afraid to be strange, complicated, or wildly optimistic. Some flirted with production, others existed purely to provoke, but all of them pushed the conversation forward.

Today’s hypercars are faster, smarter, and more electrified than ever. And they owe more than they’d like to admit to these beautifully impractical machines that dared to imagine the future first.

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