{ "version": "https://jsonfeed.org/version/1", "title": "TheNewYardstick", "description": "", "home_page_url": "https://thenewyardstick.netlify.app", "feed_url": "https://thenewyardstick.netlify.app/feed.json", "user_comment": "", "author": { "name": "TNY" }, "items": [ { "id": "https://thenewyardstick.netlify.app/xiaomi-2030-human-x-car-x-home-a-connected-future.html", "url": "https://thenewyardstick.netlify.app/xiaomi-2030-human-x-car-x-home-a-connected-future.html", "title": "Xiaomi 2030: Human × Car × Home — A Connected Future", "summary": "Xiaomi’s 2030 vision begins with a simple idea: technology should feel human. The Human × Car × Home philosophy imagines a world where devices, vehicles, and living spaces share one intelligent rhythm. This hero rendering captures that shift - a future where mobility isn’t isolated,…", "content_html": "

Xiaomi’s 2030 vision begins with a simple idea: technology should feel human. The Human × Car × Home philosophy imagines a world where devices, vehicles, and living spaces share one intelligent rhythm. This hero rendering captures that shift - a future where mobility isn’t isolated, but part of a seamless ecosystem.

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We have created a vision exploring Xiaomi’s ambition to build a network of products that communicate effortlessly. It’s a vision of design meeting purpose, where the car becomes another smart space in a wider digital home.

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Our SU9 rendering blends performance with presence. Its bold stance shows Xiaomi leaning into confident proportions and expressive surfacing, while the crisp LED signature and sculpted bonnet hint at a future flagship SUV shaped by software and aerodynamics.

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Our vision of the model positions the SU9 as a statement of intent: Xiaomi’s automotive design language is maturing fast, ready to stand shoulder‑to‑shoulder with established players.

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A BMW X7‑sized model, priced closer to X5 money, yet offering best‑in‑class technology, would give Xiaomi a compelling foothold in the premium SUV space. And while not aiming for rock‑bottom pricing like some Chinese rivals, the Xiaomi range could deliver a new level of luxury while still undercutting legacy brands in the segment.

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In a typically vivid Xiaomi shade, the SU9’s rear‑three‑quarter view emphasises stance and sophistication. The long light bar, tapered roofline, and muscular haunches create a blend of elegance and athleticism.

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The industrial backdrop reinforces the SUV’s duality - luxury meets capability. This rendering imagines how Xiaomi could position a seven‑seat EV that feels premium without losing practicality.

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Xiaomi’s next‑generation dashboard reimagines the cockpit as a living interface - a seamless dialogue between driver, vehicle, and home. The system evolves from today’s touch‑based control to AI‑driven natural communication, where voice, gesture, and predictive context merge. It learns routines, syncs with household devices, and anticipates needs - adjusting climate, lighting, or navigation before you ask.

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By 2030, Xiaomi’s cars won’t just respond; they’ll converse, turning mobility into an extension of the connected lifestyle.

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Xiaomi has shown it loves a high‑performance halo model, and the SU9 Ultra concept follows that pattern. The SU7 Ultra already proved the brand’s intent with its blistering acceleration and its headline‑grabbing Zhejiang Circuit record, while the YU7 GT hints at Xiaomi’s growing confidence in chassis tuning and software‑led dynamics.

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The SU9 Ultra imagines the next step: a class-heavyweight SUV inspired by the SU7 Ultra's 1,527 hp tri-motor powertrain, with a projected 0–62 mph time of 2.6–3.0 seconds and the high-quality finish expected of Xiaomi's future flagship.

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Xiaomi’s lineup already spans the SU7 and its extended SU7 L flagship saloon - proof that the brand isn’t afraid to stretch its architecture for greater luxury and range. The next logical step could be a two‑row sports SUV, a dynamic flagship that mirrors the SU7’s evolution but in crossover form.

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Extending the YU7 into a longer, sleeker YU7 L would give Xiaomi a performance‑oriented halo model with grand‑touring proportions, blending coupe‑like agility with SUV practicality - a statement of ambition for its 2030 portfolio.

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Our Xiaomi SU5 concept imagines a fresh chapter for the premium EV hatchback — around 4.5 metres long, sitting neatly between the C‑ and D‑segments. These renderings show a sleek, sporting silhouette that still feels plush and high‑tech, with proportions that balance agility and everyday usability. The cabin hints at Xiaomi’s software‑first approach, where intelligence and refinement work together rather than compete.

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Strong theoretical specs and a clean, confident stance suggest how Xiaomi could position a hatchback that’s as connected as it is composed. If released, the SU5 concept could set a new benchmark for software-led premium hatchbacks, blending everyday practicality with Xiaomi's connected ecosystem.

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This design sheet explores how Xiaomi might rethink the premium EV hatchback formula. In the UK, the Leapmotor B05 currently stands as the benchmark for plush, high‑tech electric hatches — yet these renderings suggest Xiaomi could be preparing to rewrite that rulebook.

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The minimalist cockpit, HyperOS‑style interface, and balanced proportions point toward a seamless blend of comfort and intelligence. With a rear‑drive layout and refined aero detailing, the SU5 concept feels mature beyond its size class.

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It’s not official, but it’s a compelling vision of how Xiaomi could merge design, software, and driving pleasure into one cohesive statement.

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This Tech Fest scene illustrates Xiaomi’s shift from product maker to ecosystem architect. The display brings together concept vehicles, robotics, and smart infrastructure, illustrating how Xiaomi's design language and software ecosystem could stretch far beyond consumer electronics.

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Our Xiaomi TechFest concept explores a vision of Xiaomi’s 2030 ambition: a unified ecosystem built around intelligence, comfort, and seamless connectivity.

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We also explored how Xiaomi's robotics and AI could extend beyond the car and home, reaching into the workplace. The concept imagines commercial landscapes built around Xiaomi software, optimising sustainable, AI-powered production systems.

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Autonomous harvesters, controlled lighting, and real‑time dashboards show how precision agriculture might fit into Xiaomi’s broader ecosystem. It’s a vision where the same intelligence powering homes and vehicles also cultivates food efficiently and responsibly.

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This rendering expands Xiaomi’s future beyond convenience - suggesting a role in environmental affairs, commercial practices, and smart infrastructure.

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Xiaomi’s 2030 vision comes together in this final scene - a connected world where mobility, intelligence, and sustainability share the same design language. The future models showcased across the Tech Fest campus hint at Xiaomi’s next leap: electric vehicles shaped by software, robotics that move with purpose, and drones that extend the ecosystem beyond the home. 

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In the end, Xiaomi’s future isn’t defined by any single device or car. It’s defined by integration - a seamless ecosystem where vehicles, homes, devices, and even food production operate in harmony. Whether that vision becomes reality remains to be seen, but Xiaomi has already shown it can move remarkably quickly.

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If the company maintains its current trajectory, the next decade may not simply be about building better cars - it could be about redefining how vehicles fit into our connected lives.

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(Image Credits: The New Yardstick)

", "image": "https://thenewyardstick.netlify.app/media/posts/19/Xiaomi-SU5-Human-X-Car-X-Home-Tech-Rendering.jpg", "author": { "name": "TNY" }, "tags": [ ], "date_published": "2026-07-01T01:00:00+01:00", "date_modified": "2026-07-01T01:00:00+01:00" }, { "id": "https://thenewyardstick.netlify.app/land-rover-discovery-6-leaving-europe-to-go-big-in-the-us.html", "url": "https://thenewyardstick.netlify.app/land-rover-discovery-6-leaving-europe-to-go-big-in-the-us.html", "title": "Land Rover Discovery 6: Leaving Europe to Go Big in the U.S.", "summary": "Few nameplates have carried families across generations like the Land Rover Discovery. From school runs to mountain passes, it’s long been the dependable middle ground between luxury and capability. Yet the current Discovery 5 has struggled to define itself. With dimensions overlapping the Range Rover Sport and Defender 110, it risks…", "content_html": "

Few nameplates have carried families across generations like the Land Rover Discovery. From school runs to mountain passes, it’s long been the dependable middle ground between luxury and capability.

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Yet the current Discovery 5 has struggled to define itself. With dimensions overlapping the Range Rover Sport and Defender 110, it risks being neither as premium nor as purposeful as its siblings. Buyers who once saw Discovery as the perfect all‑rounder now face internal competition within JLR’s own showrooms.

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As Land Rover reshapes its brand hierarchy, Discovery 6 must reclaim its identity — not by chasing prestige or nostalgia, but by re‑establishing its role as the family‑adventure SUV that bridges practicality, comfort, and genuine off‑road ability. The question is how Land Rover can evolve that formula without cannibalising the very models it helped inspire.

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A surprising opportunity has emerged for Land Rover: the chance to build the next Discovery in the United States through a manufacturing partnership with Jeep. With tariffs tightening and the American market becoming increasingly hostile to imported large SUVs, local production could transform Discovery 6’s prospects. It would allow Land Rover to grow the model significantly, pushing it beyond the size and presence of both the Range Rover and Defender families without forcing prices into luxury‑SUV territory.

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Shared components with future large Jeeps would keep costs under control, while giving Discovery the scale it needs to compete with U.S. heavyweights like the Tahoe, Wagoneer and Expedition. For the first time, Discovery could become a true American‑market flagship — a big, comfortable, seven‑seat family SUV designed to thrive where the current model barely registers.

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If Discovery 6 shifts production to the U.S., it opens doors far beyond America. Markets like the Middle East, Australia, and parts of Asia have long favoured large, durable SUVs with genuine off‑road credibility — and they’re far less constrained by the emissions rules that shape Europe’s product planning. In these regions, Discovery could finally become the family halo model Land Rover has struggled to define: bigger, tougher, and more versatile than the Range Rover, yet more comfort‑focused than the Defender.

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With the freedom to offer ICE and hybrid powertrains, Discovery 6 could meet local expectations without chasing EU approval, giving Land Rover a more resilient global lineup.

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Range Rover remains the luxury flagship, Defender the fashionable capability icon, and Discovery becomes the dependable family workhorse — each model clearly differentiated, each serving a distinct purpose.

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Even if Discovery 6 ends up being built in the United States, its soul will remain unmistakably British. Land Rover’s engineering culture — the proving grounds, the durability testing, the design studios — is still centred in the UK, and that won’t change simply because production shifts abroad.

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The Jeep collaboration would be industrial rather than ideological: shared factories, shared logistics, shared large‑SUV components, but not shared identity. Discovery 6 would still be shaped by the same teams who tune Defenders for Welsh mud and refine Range Rovers for British motorways.

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The model would benefit from American scale without losing the engineering discipline that defines Land Rover. In practice, it becomes a global product with a UK heartbeat — a Discovery built for new markets but developed with the same standards that made the nameplate trusted for decades.

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A larger, U.S.‑built Discovery 6 wouldn’t just redefine the flagship — it would finally give the Discovery Sport room to grow. The current model sits awkwardly in one of the most competitive segments in the industry, squeezed between premium crossovers and full‑size SUVs, and limited by packaging that’s now several generations old.

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By moving the main Discovery upmarket and up in size, Land Rover can reposition the Discovery Sport as a genuinely spacious, seven‑seat family SUV with modern architecture and far better interior flexibility. A price rise becomes easier to justify when there’s no risk of overlapping with lower‑spec Discoveries, and the new platform would allow Land Rover to deliver the practicality buyers expect without compromising design or capability.

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In effect, Discovery Sport finally gets its own identity — not a smaller Discovery, but a smarter one.

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The Discovery story has reached a turning point, and the opportunity in front of Land Rover is bigger than any single model update. By shifting Discovery 6 toward U.S. production and embracing a strategic partnership with Jeep, Land Rover could finally give the nameplate the scale, pricing stability and market relevance it has lacked in recent years.

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A larger, more capable, more luxurious Discovery would reclaim its role as the brand’s true family flagship, while avoiding overlap with Range Rover and Defender. At the same time, the Discovery Sport would be free to grow into a properly packaged seven‑seat SUV with lower running costs and a clear identity of its own — a car that could sit comfortably under £50k without stepping on its bigger sibling’s toes.

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Together, the two Discoveries would restore balance to Land Rover’s lineup: one built for global families, one built for everyday practicality, both strengthened by a smarter, more resilient strategy.

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(Image Credit : The New Yardstick)

", "image": "https://thenewyardstick.netlify.app/media/posts/18/Land-Rover-Discovery-6-Rendering-Front.jpg", "author": { "name": "TNY" }, "tags": [ ], "date_published": "2026-06-30T01:00:00+01:00", "date_modified": "2026-06-30T01:00:00+01:00" }, { "id": "https://thenewyardstick.netlify.app/the-ev1-shows-how-kia-plans-to-keep-city-cars-alive.html", "url": "https://thenewyardstick.netlify.app/the-ev1-shows-how-kia-plans-to-keep-city-cars-alive.html", "title": "The EV1 Shows How Kia Plans to Keep City Cars Alive", "summary": "The Kia EV1 arrives at a pivotal moment for Europe’s smallest cars. With the long‑running Picanto finally reaching the end of its lifecycle, one of the last petrol city cars on the continent is bowing out. Kia’s decision to replace it with a fully electric model…", "content_html": "

The Kia EV1 arrives at a pivotal moment for Europe’s smallest cars. With the long‑running Picanto finally reaching the end of its lifecycle, one of the last petrol city cars on the continent is bowing out.

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Kia’s decision to replace it with a fully electric model reflects a wider industry shift: emissions rules, safety standards, and market pressures have already pushed most rivals out of the segment. Now Kia is stepping forward with an EV alternative designed to stay affordable, compact, and genuinely usable. Thanks to the brand’s increasingly broad EV lineup, stretching from the EV2 to the flagship EV9 — Kia has the scale to target a starting price of around £22,000 for the EV1.

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As the Picanto era closes, the EV1 signals a new beginning for city‑car buyers who still want something small, simple, and future‑proof.

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Although the Kia EV1 and Hyundai Inster will sit shoulder‑to‑shoulder in Europe’s shrinking city‑car segment, the two models are far less related than their shared parent company suggests.

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The Inster is essentially a lengthened evolution of the Hyundai Casper, an ICE‑based city car adapted for electric use. The EV1, by contrast, is being developed on the dedicated EV platform that underpins the larger EV2, giving it a cleaner, purpose‑built foundation.

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That difference matters: a bespoke EV chassis typically brings better packaging, improved ride quality, and more predictable handling. While both cars aim to keep electric mobility affordable, the EV1’s architecture hints at a more refined driving experience — one that could give Kia a dynamic edge in a segment where every millimetre and kilogram counts.

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Our exclusive design sketch imagines how Kia might configure the EV1 using components already available within the Hyundai–Kia portfolio. A small‑capacity battery — likely in the 35–45 kWh range — would keep weight down while delivering the kind of urban‑friendly range buyers expect.

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Motor options could mirror those used in the EV3 and Hyundai’s smaller EVs, giving the EV1 enough performance for city use without pushing costs too high. But Kia’s recent EV strategy leaves room for something more ambitious: a GT variant.

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With the brand already offering GT models across its larger EVs, a hotter EV1 feels entirely plausible. A punchier motor, sportier suspension tuning and subtle visual tweaks could turn this tiny EV into one of the most entertaining small electric cars on sale.

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Our GT rendering imagines how a performance‑focused Kia EV1 GT could slot into a niche that barely exists today. Smaller than the upcoming Alpine A290, and with only the three‑door Abarth 500e as a direct rival, a hot‑hatch EV of this size would stand almost alone in the market.

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The proportions in our sketch show how compact the EV1 GT could be while still carrying the visual drama expected from Kia’s GT models — sharper surfacing, wider stance, and a more assertive front end.

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For urban drivers who want something genuinely sporting but still easy to park, this kind of electric hot hatch could be a hit. With instant EV torque and a lightweight footprint, the EV1 GT has the potential to revive the playful spirit small performance cars once offered.

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Kia’s electric lineup has expanded rapidly in recent years, and the EV1 will soon become its smallest and most affordable entry — a bookend opposite to the massive EV9.

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Models like the EV3, EV5 and EV6 have already shown that Kia can deliver competitive pricing, strong efficiency and distinctive design, giving the brand real credibility as it moves deeper into the EV space.

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The EV1 continues that strategy at the opposite end of the scale, replacing the long‑running Picanto just as Europe’s petrol city‑car segment reaches its final chapter. If Kia can apply the same engineering focus and value‑driven approach seen across its other EVs, the EV1 could become the natural successor for buyers who simply want a small, honest, well‑priced car.

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And if it’s good enough, the question becomes unavoidable: will people even miss the Picanto?

(Image Credits: The New Yardstick)

", "image": "https://thenewyardstick.netlify.app/media/posts/17/Kia-EV1-Rendering-Front-View-2.jpg", "author": { "name": "TNY" }, "tags": [ ], "date_published": "2026-06-29T01:00:00+01:00", "date_modified": "2026-06-29T01:00:00+01:00" }, { "id": "https://thenewyardstick.netlify.app/aa.html", "url": "https://thenewyardstick.netlify.app/aa.html", "title": "Mazda MX‑5: Designing the Fifth Generation", "summary": "Few cars have earned global affection quite like the Mazda MX‑5 — known as the Miata in North America and the Eunos Roadster in Japan. As the world’s best‑selling two‑seat convertible, it has defined accessible sports‑car joy for over four generations since its debut in…", "content_html": "

Few cars have earned global affection quite like the Mazda MX‑5 — known as the Miata in North America and the Eunos Roadster in Japan. As the world’s best‑selling two‑seat convertible, it has defined accessible sports‑car joy for over four generations since its debut in 1989.

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The current ND generation, now eleven years into its run, is the longest‑serving MX‑5 yet, a testament to its enduring appeal and engineering purity. But the world it was born into has changed dramatically. As Mazda prepares the next chapter, the MX‑5 must navigate a new geopolitical landscape, shifting regulations, and evolving consumer expectations.

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Our study explores how the next generation could look — and the challenges it must overcome to remain a global icon.

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In the UK, the Mazda MX‑5 has long enjoyed a loyal following, helped by the fact it no longer competes directly with former rivals like MG or Toyota in the lightweight roadster segment. Its simple formula — manual gearbox, rear‑wheel drive, naturally aspirated engine, and low weight — has earned it cult‑car status among enthusiasts who value purity over power.

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The original MX‑5 famously drew inspiration from classic British convertibles, and that lineage still resonates today. For many UK drivers, it represents the return of a driving style Britain pioneered, refined through Mazda’s reliability and engineering focus.

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For the MX‑5 to remain viable in Europe, Mazda faces a difficult crossroads. The brand must either reshape its wider European lineup to prioritise low‑CO₂ and EV models, or electrify the MX‑5 itself to avoid heavy fines for missing EU fleet‑average emissions targets.

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Mazda has repeatedly stated it won’t make the next‑generation MX‑5 heavy or fully electric, strongly suggesting that a lightweight hybrid is the most realistic path forward — with a naturally aspirated engine almost guaranteed. Depending on how Mazda structures its European range, this decision could determine whether the MX‑5 can continue to be sold as an N/A sports car, or even be sold at all.

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Borrowing Toyota’s compact 1.5‑litre hybrid — already used in the Mazda 2 — could allow Mazda to build a nimble, efficient roadster, as our design study shows when compared with existing engines and Mazda’s own 2.0 hybrid setup.

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Mazda may be walking a tightrope as it tries to keep the MX‑5 a truly global model, but the outlook isn’t uniformly tough. While Europe presents regulatory hurdles, the United States has become an unexpected bright spot for the roadster. Despite new tariffs on imported vehicles, MX‑5 sales have surged, helped by its status as one of the cheapest sports cars available even after tariff costs are applied.

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The model’s long‑standing cult following in America — strengthened by its deep connection to iconic circuits like Laguna Seca — has insulated it from the financial pressures that have challenged other brands.

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As rivals struggle to balance pricing, supply chains, and shifting trade rules, the MX‑5 has carved out fresh momentum in the U.S., proving that lightweight driving joy still resonates strongly with American buyers.

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The tuning scene has always embraced the MX‑5, and that passion isn’t slowing down. Its simple layout, light weight, and huge aftermarket support make it one of the most modifiable sports cars on the planet. Even if future regulations limit European availability, JDM enthusiasts will import it regardless, keeping demand alive through specialist dealers and private buyers.

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For many modifiers, the MX‑5 isn’t just a car — it’s a blank canvas, and every new generation becomes an opportunity to build something unique.

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Another path Mazda could explore is increasing production volume by broadening the MX‑5’s appeal. One option would be evolving the MX‑5 RF into a compact four‑seat model, retaining the proportions and spirit of the roadster while adding everyday usability.

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Our rendering imagines how the RF’s fastback silhouette could stretch just enough to accommodate rear passengers without losing the car’s lightweight character. A more flexible layout could help Mazda tap into a wider market, improve economies of scale, and create a bridge between pure sports‑car fans and buyers who want style and practicality in one package.

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While the MX‑5 remains a best‑seller in its niche, Mazda may need a broader MX‑family if it wants meaningful growth. A sports‑focused SUV could be the safest expansion route, offering the brand a way to capture new buyers without abandoning the MX‑5’s spirit. Our rendering imagines a compact performance SUV built on Mazda 3 hard points, giving it familiar proportions while allowing for a more assertive stance and premium positioning.

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Crucially, it could use the Mazda 3’s established hybrid drivetrains, avoiding the pitfalls of the MX‑30 — a model held back by its small battery and rotary‑based PHEV system that many customers were hesitant to adopt. A more traditional, efficient setup could give this concept the credibility and practicality needed to succeed, while still carrying the MX identity forward.

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If one thing is certain, it’s that a car as universally loved as the MX‑5 will not disappear. Its timeless proportions and joyful driving feel almost guarantee another generation.

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The real question is whether Mazda continues the MX‑5 as a global model, or evolves it into a broader MX sub‑brand with multiple body styles to suit different markets and regulations. Either path feels possible as Mazda navigates a changing automotive landscape.

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What’s clear is that MX‑5 fans shouldn’t have long to wait before the first clues about the next chapter begin to emerge.
(Image Credits: The New Yardstick)

", "image": "https://thenewyardstick.netlify.app/media/posts/16/Mazda-MX-5-Rendering-at-Silverstone.jpg", "author": { "name": "TNY" }, "tags": [ ], "date_published": "2026-06-28T00:33:46+01:00", "date_modified": "2026-06-28T03:33:08+01:00" }, { "id": "https://thenewyardstick.netlify.app/the-new-yardstick-rethinking-urban-motion.html", "url": "https://thenewyardstick.netlify.app/the-new-yardstick-rethinking-urban-motion.html", "title": "The New Yardstick: Rethinking Urban Motion", "summary": "Imagine a city where movement feels effortless — where quiet, electric microcars glide through neighbourhoods, connecting homes, cafés, and workplaces with zero fuss and zero emissions. This isn’t a distant dream; it’s the next chapter in urban life. Microcars are redefining what mobility means. They…", "content_html": "

Imagine a city where movement feels effortless — where quiet, electric microcars glide through neighbourhoods, connecting homes, cafés, and workplaces with zero fuss and zero emissions. This isn’t a distant dream; it’s the next chapter in urban life.

Microcars are redefining what mobility means. They take up half the space, cost a fraction to run, and fit seamlessly into the rhythm of modern living — from shared fleets to personal use. As cities grow denser and cleaner energy becomes non‑negotiable, these compact vehicles offer a smarter way forward.

Shared micromobility is already booming — projected to grow from £37 billion in 2020 to over £169 billion by 2030 — proof that the world is ready for smaller, cleaner, more connected transport. The question isn’t if we’ll adapt, but how fast.

This is the new yardstick for mobility: efficient, elegant, and human‑scaled.
A movement built not just for cities, but for communities, families, and the planet. 

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Across the world, cities are reaching a breaking point. Streets built for another era are now gridlocked with oversized vehicles, leaving people frustrated and urban life slower than it needs to be.

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Yet the technology to fix this already exists. Compact EVs, microcars, and shared mobility systems are mature, affordable, and ready to scale.

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What’s missing is the shift in mindset — the willingness for governments to adapt planning rules and transport policy to match the realities of modern life. Smaller vehicles aren’t a compromise; they’re the upgrade cities have been waiting for

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A new generation of neighbourhoods is emerging — places designed from the ground up around clean energy and shared mobility. Purpose‑built EV infrastructure makes charging effortless, turning microcars into natural extensions of daily life rather than niche alternatives.

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When communities integrate solar canopies, shared charging hubs, and micromobility lanes, they unlock huge environmental gains while keeping streets calm and accessible.

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These spaces show what’s possible when planning embraces smaller, smarter vehicles: lower emissions, quieter roads, and a lifestyle that feels both modern and sustainable. It’s a natural step for meeting environmental targets without loosing convenience.

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Not every community needs to start from scratch to embrace cleaner, smarter mobility. Many towns already have the foundations — compact streets, local shops, walkable centres — they just weren’t designed with modern traffic volumes in mind. Microcars slot naturally into these environments, easing congestion without demanding major redevelopment.

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By adding small charging points, shared‑use bays, and lightweight mobility lanes, existing infrastructure can evolve rather than be replaced.

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The result is a calmer, more accessible townscape, Where microcars don’t disrupt the character of a place; they help it breathe.

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Rural living comes with its own transport challenges — long drives for essentials, limited public transport, and the rising cost of running multiple full‑size cars. Microcars offer a refreshingly simple alternative.

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For short local journeys, school runs, quick errands, or navigating tight village lanes, they’re cheaper to buy, cheaper to charge, and far easier to park.

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For households that struggle with space or don’t need two large vehicles, a microcar becomes the perfect second option. It’s mobility without the financial weight, giving rural communities a cleaner, quieter, and more flexible way to stay connected.

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Not every journey needs a full‑size car, and not every route is served by public transport — the space in between is where micromobility thrives. From e‑bikes and scooters to compact EVs and microcars, a flexible ecosystem is emerging that gives people the right tool for each trip. These options reduce pressure on roads, cut emissions, and make short journeys quicker and more enjoyable.

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As cities and towns rethink how people move, micromobility becomes the connective tissue — filling the gaps, easing congestion, and offering freedom without the footprint. It’s mobility scaled to real human needs.

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Urban delivery networks are under huge pressure — more parcels, tighter streets, and constant staffing shortages. Micro‑commercial EVs, paired with AI routing and autonomous assistance, offer a cleaner, faster, and more resilient alternative. These compact vehicles can weave through dense areas, optimise routes in real time, and operate with far less labour, easing the strain on a rapidly growing market.

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As cities push for lower emissions and more efficient logistics, AI‑supported micro‑delivery fleets become a natural evolution. They reduce congestion, cut operating costs, and keep goods moving smoothly in places where traditional vans simply can’t.

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As cities rethink how people move, AI‑powered micro taxis offer a smarter alternative to traditional public transport. Compact, efficient, and designed to maximise interior space, these vehicles provide comfortable point‑to‑point travel without the cost or footprint of larger cars. AI routing keeps journeys smooth and responsive, adapting to demand in real time and reducing unnecessary mileage. For riders, it means shorter waits, lower fares, and a service that feels personal rather than rigid. For cities, it’s a cleaner, quieter mobility layer that fits neatly into dense streets. Micro taxis make flexible transport accessible to everyone.

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As cities tighten emission rules and the cost of driving traditional cars rises, flexible access to clean transport becomes essential. Pop‑up rental booths offer a simple, affordable gateway into micro‑mobility — no ownership, no long‑term commitment, just quick access to the right vehicle when you need it.

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These compact stations can appear in car parks, high streets, campuses, or residential developments, adapting to shifting demand as urban mobility evolves. For everyday people, they remove the financial barrier to cleaner travel. For cities, they create a scalable, low‑impact network that supports a smoother transition to sustainable transport.

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For all the practicality and policy shifts driving the rise of micro‑mobility, there’s room for something more playful too. Microcar racing brings a spark of excitement to the movement — a safe, low‑emission motorsport that sits somewhere between go‑karting and full‑scale racing. With top speeds around 40–45 mph, events can run on compact circuits with minimal safety barriers, making them accessible to local communities and far cheaper to host. It’s a celebration of engineering, creativity, and the joy of small‑scale motion.

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But beyond the fun, microcar racing symbolises the heart of this entire shift: mobility that’s lighter, cleaner, more inclusive, and built for everyone. From urban deliveries to rural errands, from shared fleets to pop‑up rentals, microcars show how a simple idea can reshape the way we move.

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This isn’t just a new category of vehicle, it’s a new culture of mobility, and it’s already beginning.

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(Image Credits: The New Yardstick)

", "image": "https://thenewyardstick.netlify.app/media/posts/15/AI-Powered-Micro-car-future.jpg", "author": { "name": "TNY" }, "tags": [ ], "date_published": "2026-06-27T00:08:49+01:00", "date_modified": "2026-06-27T22:56:44+01:00" }, { "id": "https://thenewyardstick.netlify.app/back-to-the-frame-the-mitsubishi-pajero-returns-to-its-rugged-roots.html", "url": "https://thenewyardstick.netlify.app/back-to-the-frame-the-mitsubishi-pajero-returns-to-its-rugged-roots.html", "title": "Back to the Frame: The Mitsubishi Pajero Returns to its Rugged Roots", "summary": "For five years, the off-road world has felt a little less legendary. Since the final fourth-generation SUV rolled off the line in 2021—known globally as the Pajero, as the Shogun in the UK, and as the Montero in North America—Mitsubishi’s lineup has lacked its true…", "content_html": "
For five years, the off-road world has felt a little less legendary. Since the final fourth-generation SUV rolled off the line in 2021—known globally as the Pajero, as the Shogun in the UK, and as the Montero in North America—Mitsubishi’s lineup has lacked its true north: a flagship that could bridge the gap between Dakar-conquering capability and daily-driver refinement. Mitsubishi recently dropped a visual teaser of the new model on May 29th, confirming what enthusiasts have been crying out for.

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Mitsubishi dropped this teaser image of the new Pajero’s front-end, highlighting that distinctive, full-width LED lightbar on May 29th this year. (Image credit: Mitsubishi Motors)

Mitsubishi has officially confirmed what enthusiasts have been waiting for: the icon is returning. Discarding the soft-roader compromises of the past, this new model embraces its heritage as a true, ladder-frame cross-country vehicle built on the robust underpinnings of the latest Mitsubishi Triton. By returning to this body-on-frame architecture, Mitsubishi is making a clear statement of intent: they aren't just looking to compete in the \"lifestyle SUV\" segment; they are building a machine engineered to reclaim the crown from the Land Cruiser Prado and the Ford Everest. The icon isn't just back—it’s getting back to basics.

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Over a 39-year run spanning 4 generations, Mitsubishi manufactured and sold over 3.25 million Pajeros globally across 170 countries. Mechanically, the chassis and drivetrains were incredibly over-engineered, with the 4 cylinder turbodiesels offering durability and the strength to tow heavy loads. The Pajero gained a better reputation than the similarly sized, but more expensive Land Rover Discovery.

What eventually killed off the Pajero was a market shift that saw more consumers drawn to slightly smaller 'soft roaders' that were cheaper to buy and maintain. With the Outlander becoming Mitsubishi's priority, the company continued production of the fourth-generation Pajero from 2006 to 2021 with only minimal updates, instead focusing its research and development budget on the smaller models generating higher sales volumes.

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The New Yardstick — Custom Rendering: A visualisation of the upcoming fifth-generation Pajero. Our interpretation combines the confirmed ladder-frame architecture of the new Mitsubishi Triton with design cues from the official manufacturer teaser, capturing how the iconic nameplate is set to evolve. 

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The New Yardstick — Custom Design Sketch: The design blueprint behind our fifth-generation Pajero rendering. This illustration highlights the longitudinal mounting of the drivetrain within the Triton-based ladder-frame structure, illustrating the proportions and key architectural elements required for true heavy-duty off-road capability. 

Ever since the previous-generation Pajero ceased production, potential customers have had to face a compromise when selecting a new Mitsubishi: buy the smaller Pajero Sport, which has a cramped third row of seats and lacks both the badge and curb appeal of a full-size Pajero. The other option was to get a full-size Triton pick-up truck, while sacrificing rear-seat space entirely. While both those options are strong contenders within their respective classes, Mitsubishi's lack of a large three-row SUV hasn't gone unnoticed.

While filling this showroom void is one thing, making that solution viable for a global market is quite another. As Mitsubishi prepares to bring its flagship back to the world stage, it faces a brutal reality check. Can a large, ladder-frame off-road vehicle really function as a modern, global model, or is it destined to be an outlier in a world increasingly shaped by emissions regulations?

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Ten years ago, Mitsubishi regularly topped 'Plug-in' sales charts in Europe with the original Outlander PHEV. While the new Outlander's PHEV system is strong in isolation, its transversely mounted, front-wheel-drive setup was not designed to fit in a Triton-based vehicle. (Image credit: Mitsubishi Motors)

The challenge of meeting strict CO₂ rules for a heavy, body-on-frame SUV is real and immediate. Mitsubishi’s experience with the Outlander PHEV shows the brand can package electrification effectively, but that system’s transverse, front-drive layout wasn’t designed for a longitudinal, ladder-frame chassis. Integrating a PHEV into a Triton-based platform would demand significant re-engineering or a bespoke solution that balances battery capacity, packaging, and thermal management without undermining the Pajero’s off-road DNA.

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Keeping the Pajero's weight under key regulatory thresholds while preserving its towing and off-road abilities will be a delicate balancing act. A successful outcome would pair an efficient electrified powertrain with the Triton’s proven durability and still allow global homologation; a less successful one could force regional rollouts, heavier compromises, or a focus on markets with more lenient emissions rules. Whether the Pajero returns as a global titan or a restricted-market specialist will depend on one thing: can Mitsubishi prove that a rugged, ladder-frame icon can still have a place in an electrified world?

If Mitsubishi gets the formula right, the fifth-generation Pajero could be the company’s most important launch in years. More than a replacement for a discontinued nameplate, it would prove that traditional body-on-frame SUVs can still be relevant in an electrified market. For a brand forged in deserts, rally stages, and remote trails, a successful return would be the clearest possible statement that rugged capability and modern emissions targets can coexist—provided Mitsubishi can marry the Triton’s durability with an efficient electrified powertrain.

", "image": "https://thenewyardstick.netlify.app/media/posts/8/file_000000005d2071f4bac83e77b050cc93.png", "author": { "name": "TNY" }, "tags": [ ], "date_published": "2026-06-24T00:14:31+01:00", "date_modified": "2026-06-24T00:26:37+01:00" }, { "id": "https://thenewyardstick.netlify.app/the-return-of-ampera-how-leapmotor-could-give-vauxhall-its-smartest-suv-yet.html", "url": "https://thenewyardstick.netlify.app/the-return-of-ampera-how-leapmotor-could-give-vauxhall-its-smartest-suv-yet.html", "title": "The Return of Ampera? How Leapmotor Could Give Vauxhall Its Smartest SUV Yet", "summary": "Vauxhall was ahead of its time. Back in 2012, the Ampera introduced range-extender electric technology to European buyers years before most manufacturers had considered the idea. Our custom rendering explores how a Vauxhall SUV based on Leapmotor technology could look. Europe isn't exactly spoilt for…", "content_html": "
Vauxhall was ahead of its time.

Back in 2012, the Ampera introduced range-extender electric technology to European buyers years before most manufacturers had considered the idea.

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Our custom rendering explores how a Vauxhall SUV based on Leapmotor technology could look. Europe isn't exactly spoilt for choice when it comes to REEVs (range-extending electric vehicles), but that could soon change. Leapmotor's newly introduced B10 is set to bring the technology to a wider audience, although Vauxhall was experimenting with the same basic concept over a decade ago. (Image credit: The New Yardstick)

The market simply wasn't ready. The Ampera paired a 1.4-litre petrol engine, acting solely as a generator, with a lithium-ion battery and a 151hp front-mounted electric motor. It was pioneering technology for its day, but a high price tag and niche positioning limited its appeal. After selling just over 10,000 examples across Europe, Vauxhall and Opel quietly drew the project to a close in 2015.

Thanks to Stellantis' partnership with Leapmotor, however, the technology—and perhaps even the Ampera name itself—could be about to make an unexpected return.

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The original Ampera—and later, the similarly conceived BMW i3 REx—arrived before the market was ready. Both were relatively expensive solutions to a problem many buyers simply didn't have. Today, the equation looks rather different. Range anxiety remains a concern for private motorists, while businesses face increasing pressure to reduce fleet emissions without sacrificing flexibility. (Image credit: The New Yardstick)

Leapmotor's latest REEV technology could change the economics entirely. Unlike the original Ampera, modern battery costs, charging infrastructure and consumer familiarity with electrification have dramatically improved the business case. By combining Chinese economies of scale with Stellantis' European manufacturing footprint, Vauxhall could re-enter the range-extender market with a C-segment SUV capable of undercutting many petrol, diesel, hybrid and fully electric rivals on price, while offering the best of each.

If the Ampera name were to return, it wouldn't need to replace an existing Vauxhall SUV. Instead, it could give the brand something it arguably lacks: a technology-led model sitting between value and premium.

Each of Vauxhall's SUVs already serves a distinct purpose. Rather than adding another crossover for the sake of it, an Ampera could complete the line-up by giving buyers a dedicated EV and REEV-focused option.

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Kicking off the range is Mokka. Compact dimensions and sharp styling give Vauxhall a sporty B-segment SUV that sits comfortably apart from the rest of its line-up. The recent addition of the 280hp electric GSE model only reinforces that position. (Image credit: Vauxhall / Stellantis)

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Despite its larger dimensions, Frontera arguably serves as Vauxhall's entry-level SUV. Offering hybrid or electric power and optional seven-seat practicality from just £23,500, it prioritises value over outright performance or premium aspirations. (Image credit: Vauxhall / Stellantis)

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This is where a reborn Ampera could carve out its own identity. Sitting between Frontera and Grandland, it could become Vauxhall's technology flagship, showcasing Leapmotor's latest EV and REEV powertrains without pushing into premium-brand pricing. That would give Vauxhall the opportunity to take aim at upmarket offerings such as the Mercedes-Benz EQA and Toyota's C-HR+ at a lower price. (Image credit: The New Yardstick)

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Grandland now occupies the top rung of Vauxhall's SUV ladder. Having grown considerably in size since the previous generation, it has evolved from a practical family crossover into a more upmarket offering. Buyers can choose between long-range electric variants capable of up to 435 WLTP miles or a 325hp all-wheel-drive flagship, giving the model genuine halo status within the brand. (Image credit: Vauxhall / Stellantis)

Ironically, Grandland's evolution may have created an opportunity elsewhere in the range. By moving further towards comfort, technology and premium specifications, it leaves space for a different kind of SUV to sit beneath it—one focused less on luxury and more on delivering cutting-edge EV and REEV technology to mainstream buyers.

Coincidentally, providing that technology-focused model is exactly what Leapmotor needs as well.

The Chinese manufacturer's success depends on spreading its platforms, batteries and range-extender technology across as many markets as possible. That objective aligns surprisingly well with Stellantis' own challenges.

Managing fourteen automotive brands means keeping pace with a rapidly changing industry while spreading development costs across an enormous portfolio. While Stellantis has invested heavily in its STLA platforms, Leapmotor brings something different to the table: affordable EV architectures, modern software and proven range-extender technology that many European manufacturers have largely overlooked.

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For value-focused brands such as Vauxhall and Opel, that technology could prove invaluable. Rather than replacing existing Stellantis engineering, Leapmotor has the potential to broaden the group's showroom with powertrains and products designed to compete against a new generation of Chinese rivals. (Image credit: The New Yardstick)

The partnership is already moving beyond simple vehicle imports. By utilising underused Stellantis production capacity in Europe, Leapmotor gains a route around tariffs and complex logistics, while Stellantis strengthens its manufacturing footprint and extracts greater value from existing facilities.

A reborn Ampera could become one of the clearest examples of that relationship working both ways. Vauxhall would gain access to proven REEV technology, while Leapmotor's platforms would reach a far wider audience through one of Europe's most established dealer networks.

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The incoming Leapmotor B05 hatchback highlights the wider potential of the Stellantis partnership. If the B10 were to inspire a reborn Ampera SUV, it may only be the beginning of how Chinese-developed platforms influence future European models. (Image credit: Leapmotor / Stellantis)

The irony is that Vauxhall may not need to reinvent itself at all.

More than a decade after the original Ampera quietly disappeared from showrooms, the conditions that worked against it are finally beginning to change. Battery technology has improved, charging infrastructure has expanded, emissions regulations have tightened and buyers are more comfortable with electrified powertrains than ever before.

At the same time, Stellantis and Leapmotor each have something the other lacks. One brings established brands, manufacturing capacity and a European dealer network. The other brings fresh EV architectures and range-extender technology developed for a fiercely competitive Chinese market.

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A reborn Ampera would represent more than the return of an old badge. It would demonstrate how that partnership could work in practice, combining European heritage with modern technology to create something neither company might have built alone. (Image credit: The New Yardstick)

Whether Vauxhall ever chooses to revive the Ampera name is another question entirely. But if the Stellantis-Leapmotor partnership fulfils its potential, it seems increasingly likely that today's Leapmotor technology will find its way into tomorrow's European family cars.

And for a company that was introducing range-extending electric vehicles back in 2012, bringing Ampera back to the future might be the most fitting place to start.

", "image": "https://thenewyardstick.netlify.app/media/posts/7/file_00000000670071f49d087a842b308f231.png", "author": { "name": "TNY" }, "tags": [ ], "date_published": "2026-06-23T21:45:13+01:00", "date_modified": "2026-06-24T00:04:54+01:00" }, { "id": "https://thenewyardstick.netlify.app/today-tomorrow-toyota.html", "url": "https://thenewyardstick.netlify.app/today-tomorrow-toyota.html", "title": "Today, Tomorrow, Toyota", "summary": "Today, Tomorrow, Toyota: Few manufacturers have been criticised more for their EV strategy than Toyota. While rivals raced towards all-electric futures, Toyota continued investing heavily in hybrid technology. Yet in 2026, the world's largest carmaker remains one of the industry's most profitable and stable players.", "content_html": "
Today, Tomorrow, Toyota:

Few manufacturers have been criticised more for their EV strategy than Toyota.

While rivals raced towards all-electric futures, Toyota continued investing heavily in hybrid technology. Yet in 2026, the world's largest carmaker remains one of the industry's most profitable and stable players.

With tightening emissions regulations, ZEV mandates and changing customer demands, the next chapter of Toyota's story is beginning.

Our renderings explore what that future could look like.

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Toyota's hybrid strategy has helped the company build one of the strongest emissions performances among mainstream manufacturers. But future regulations will require more than hybrids alone. (Image credit: The New Yardstick)

That is where the next-generation Yaris and Corolla could become increasingly important. With a new Corolla expected around 2027, expect Toyota to expand its use of PHEV and BEV powertrains as it prepares for increasingly stringent emissions regulations.

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The Yaris remains one of Toyota's most important European models. Compact dimensions, strong hybrid efficiency and a reputation for reliability have made it a cornerstone of the brand's success. (Image credit: The New Yardstick)

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Looking ahead, Toyota may need to offer customers a choice between hybrid and fully electric powertrains, allowing the Yaris to continue serving both traditional buyers and those seeking zero-emission motoring. (Image credit: The New Yardstick)

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Yaris is Toyota's supermini, but Corolla remains its global, best-selling family car. With over 54 million sold worldwide across 12 generations, the current model continues to perform strongly, but tighter emissions targets could accelerate the introduction of both plug-in hybrid and battery-electric derivatives. While both would be firsts for the Corolla nameplate, the technology already exists within Toyota's wider portfolio, making such a move increasingly realistic. (Image credit: The New Yardstick)

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A future Corolla range may become Toyota's most important compliance tool in Europe, helping the company meet emissions targets while maintaining sales volumes. Economies of scale could help bring pricing closer to that of the smaller Urban Cruiser EV, while offering more space. This is where Toyota currently struggles most: delivering a desirable and practical EV for under £40,000. (Image credit: The New Yardstick)

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The challenge for Toyota is that performance models can complicate this picture. (Image credit: The New Yardstick)

Cars such as the GR Yaris and GR Corolla provide excitement and strengthen Toyota's enthusiast credentials, but they also contribute higher fleet emissions than the hybrids that form the core of the range.

As regulations tighten further, Toyota may need to rethink how affordable performance fits into its future strategy.

One answer could already exist.

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Toyota's smallest models have never been short on character, but tightening emissions regulations may require a new approach to affordable performance. (Image credit: The New Yardstick)

The current Aygo X uses a 116hp version of Toyota's latest hybrid system. However, the same basic powertrain family already produces up to 136hp in the Lexus LBX, raising an interesting question.

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What if Toyota applied that higher-output setup to a lightweight Aygo-based GR model? (Image credit: The New Yardstick)

Rather than chasing ever-higher outputs, Toyota could focus on low weight, low running costs and accessible performance. The result could be a modern interpretation of the warm hatchback formula.

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With around 136hp, a kerb weight comfortably below larger hot hatches and hybrid efficiency built in, an Aygo GR could offer genuine driving enjoyment without the fleet-emissions penalty associated with today's larger performance models. (Image credit: The New Yardstick)

Priced from around £28,000, it could represent a new direction for Toyota's GR division in an era of increasingly demanding CO₂ targets.

Performance, however, is only part of Toyota's future.

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Few names generate as much excitement among enthusiasts as Celica. After years of speculation, signs continue to point towards the return of one of Toyota's most recognisable sports car badges. (Image credit: The New Yardstick)

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The Celica would serve a different purpose to the GR range. Rather than acting as a homologation-inspired performance model, it could become Toyota's emotional halo car, drawing customers into showrooms and strengthening the brand's identity. (Image credit: The New Yardstick)

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But Toyota's future will not be defined solely by family cars and sports cars. (Image credit: The New Yardstick)

Urban mobility may become just as important. Toyota already has experience in compact urban mobility in Japan, with vehicles such as the Pixis kei-van and C+pod demonstrating how the company approaches small-scale transportation solutions. Using its Stellantis relationship, Toyota could potentially bring a similar mobility solution to Europe.

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At the opposite end of the range sits the Toyota Pico. Based around the dimensions and hard points of the Citroën Ami, the concept explores how Toyota could enter the growing micro-EV market. (Image credit: The New Yardstick)

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With European cities becoming increasingly congested and regulations continuing to evolve, ultra-compact electric vehicles could provide an affordable alternative to traditional cars for many journeys. (Image credit: The New Yardstick)

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Whether it is an electric Corolla, a dual-powertrain Yaris, a lightweight Aygo GR, the return of Celica or an Ami-sized Pico, Toyota's future is unlikely to revolve around a single technology. (Image credit: The New Yardstick)

Instead, it may look remarkably similar to the strategy that has brought the company this far: offering the right solution for the right customer at the right time.

Today, that approach appears more relevant than ever.

Tomorrow, it could prove to be Toyota's greatest strength.

", "image": "https://thenewyardstick.netlify.app/media/posts/6/Toyota-Yaris-Rendering-Front-3.jpg", "author": { "name": "TNY" }, "tags": [ ], "date_published": "2026-06-23T21:22:40+01:00", "date_modified": "2026-06-24T00:06:16+01:00" }, { "id": "https://thenewyardstick.netlify.app/the-40-monolith-why-the-entire-ev-industry-bows-to-catl.html", "url": "https://thenewyardstick.netlify.app/the-40-monolith-why-the-entire-ev-industry-bows-to-catl.html", "title": "The 40% Monolith: Why the Entire EV Industry Bows to CATL", "summary": "The year is 2011. The Nissan Leaf is taking centre stage as the newcomer to an electric market that mainstream legacy brands believed would never catch on. Little did they know at the time, an engineering superpower was being born in eastern China. Today, Contemporary…", "content_html": "

The year is 2011. The Nissan Leaf is taking centre stage as the newcomer to an electric market that mainstream legacy brands believed would never catch on. Little did they know at the time, an engineering superpower was being born in eastern China. Today, Contemporary Amperex Technology Co. Limited (CATL) dominates the EV world, controlling over 40% of the global market. Here, we take a closer look at how this behind-the-scenes titan has amassed more influence over the future of electric mobility in fifteen years than many established automakers achieved in a century. (image credit: The New Yardstick)

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A Silent Ascension: The History of CATL

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CATL was launched in 2011, founded by its current CEO and Chairman, Robin Zeng. Leveraging his expertise in consumer electronics and digital gadget batteries, Zeng launched the company at the perfect moment, riding the massive wave of early Chinese government subsidies for electric vehicle development.

By 2012, CATL had signed a massive deal to supply heavy-duty lithium-ion packs to Yutong Bus, establishing immediate industrial scale. By April 2013, they stepped into the premium passenger sector, entering a China-only joint venture with BMW to create the Zinoro brand.

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The 2013 Zinoro 1E. BMW used the China-only brand as a safe testing ground for CATL's earliest passenger car batteries. (Image credit: BMW Group PressClub)

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BMW wanted to build an electric version of the first-generation BMW X1, but they didn’t want to risk branding it as a BMW if the battery tech failed. BMW engineers worked closely with CATL during the development process, helping the company meet the safety and quality requirements expected of premium passenger vehicles. The partnership proved successful, helping CATL establish its credentials in the passenger-car sector.

By 2016, CATL was already the world's third-largest provider of EV, HEV and PHEV batteries. Then, during a remarkable 2017 expansion, they completely overtook both BYD and the industry-benchmark Panasonic to take the lead worldwide.

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The 2019 MG ZS EV. By utilising aggressively priced CATL battery packs, MG successfully undercut the established European EV market. (Image credit: MG Motor UK Media)

The Western proof of this disruption arrived on British shores in 2019 with the MG ZS EV. Powered by a CATL battery pack, the compact family crossover took Britain by storm by completely rewriting the EV price-to-range equation. While a contemporary 40kWh Nissan Leaf required an entry price of over £28,000 for a realistic 145 miles on a charge, MG used CATL's hardware to launch the ZS EV at a staggering promotional price of just £21,495, delivering 163 miles of WLTP range. British buyers snapped up the first thousand orders in a mere two weeks; legacy manufacturers suddenly found themselves competing against a cost structure they struggled to match.

 CATL Today: Raw Industrial Volume

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To understand the growth undertaken by CATL, you have to look past traditional showroom rivalries and look at raw industrial volume. Today, CATL operates 13 sprawling production bases across the globe, including advanced zero-carbon hubs in Germany and Hungary. Their active production capacity sits at a staggering 772 Gigawatt-hours (GWh) per year. By the end of 2026, annual capacity is projected to reach 950 GWh to 1,000 GWh (1 TWh).

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CATL is projected to have the capacity to provide battery packs for over 19 million Renault 4s a year by the end of 2026. (Image credit: Renault Marketing) 

Gigawatt-hours (GWh) and Terawatt-hours (TWh) are not figures that can easily be digested for consumers of electric cars—they work with Kilowatt-hours (kWh). A Renault 4 uses a 52kWh battery pack; CATL's projected capacity of 1TWh gives the company the ability to provide the equivalent of 19,230,769 battery packs of this size. To put CATL's industrial power into perspective, the total global EV sales for 2025 was 13.7 million units. By the end of this year, a single Chinese component supplier will theoretically have the capacity to single-handedly oversupply the global electric vehicle market.

This scale is only set to increase. CATL is currently in the process of opening its third major European factory in Zaragoza, Spain. Managed through a €4.1 billion joint venture with Stellantis named Contemporary Star Energy, the new facility is scheduled to begin production by the end of 2026. This megafactory will feature an annual capacity of up to 50 GWh, specifically built to supply cost-efficient Lithium Iron Phosphate (LFP) battery packs for the brand's STLA platform EVs.

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The New Yardstick - Custom Rendering. A speculative look at how the next-generation Peugeot e-208 could evolve on the STLA Small platform, utilizing Zaragoza-sourced CATL battery chemistry.

This aggressive entry into Europe highlights a brutal reality: CATL is outmanoeuvring Western legacy manufacturers on their own doorstep. The ultimate proof lies in Automotive Cells Company (ACC)—the high-profile \"battery sovereignty\" joint venture owned by Stellantis, Mercedes-Benz, and TotalEnergies. Intended as Europe’s state-backed shield against Chinese dominance, ACC’s expensive high-nickel strategy collapsed under market pressures, forcing them to indefinitely freeze planned gigafactories in Germany and Italy.

Rather than going down with the ship, Stellantis chose to jump it. Recognizing the immediate, desperate need for affordable LFP chemistry to protect transaction prices, Carlos Tavares bypassed his company’s own troubled European joint venture. By signing a €4.1 billion deal directly with CATL to form Contemporary Star Energy in Spain, Stellantis secured the tech needed to build volume cars like the next-generation e-208 at a realistic price point.

Today, CATL's battery technology is utilised by 60 automotive brands. Roughly a third of new electric cars are fitted with a CATL battery. Everything from a Leapmotor T03 to a Mercedes-Benz EQS comes fitted with a CATL battery.

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The updated Mercedes-Benz EQS packs a massive 118 kWh CATL-supplied battery pack, delivering a class-leading WLTP range of up to 575 miles. It comfortably outdistances premium rivals like the BMW i7, highlighting how Europe's flagship vehicles increasingly rely on Chinese battery technology. (Image credit: Mercedes-Benz Press)

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CATL Tomorrow: The Tech Roadmap

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Today, CATL’s dominance is built on two distinct chemical pillars: premium, high-density Nickel Manganese Cobalt (NMC) packs used to secure massive ranges for luxury long-haulers, and ultra-durable Lithium Iron Phosphate (LFP) packs engineered to drive down costs. However, their upcoming product roadmap focuses entirely on addressing the final barriers to EV adoption: winter range-fade and charging times.

At the budget end of the market, CATL is preparing the mass-production of its next-generation Naxtra Sodium-ion batteries. By replacing lithium with abundant sodium, these packs drastically lower production costs while solving cold-weather performance, maintaining 90% of their capacity in temperatures as low as -40°C. 

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Future budget offerings such as the Leapmotor T03 could swap out LFP battery packs for CATL-developed sodium-ion batteries, reducing showroom prices for the next generation of affordable BEVs. (Image credit: Stellantis / Leapmotor press)

Yet it is their flagship lithium development, the newly unveiled Shenxing Generation 3, that brings EV charging times closer than ever to the conventional refuelling experience. By slashing internal cell resistance to a world-low 0.25 milliohms to prevent overheating, this LFP pack sustains a staggering peak charging rate of 15C. Under optimal conditions, a top-up from 10% to 98% battery charge takes little over 6 minutes. To put that into perspective, once the average petrol car driver has filled the tank and then paid for the fuel, a CATL-powered car on a rapid charger will have completely replenished its cells, eliminating range anxiety by turning the charging process into a momentary pause rather than a scheduled destination.

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The Maextro s800 - a flagship collaboration between Huawei and JAC, hit the Chinese market last August, with its CATL supplied 800v battery offering a peak charge rate of 1km per second. This outlines the speed of development CATL has managed when compared to the 2019 MG ZS-EV, which could only manage a peak charge rate of 0.076km per second. (Image credit: Maextro)

CATL's greatest achievement is not that it builds batteries. It is that it has transformed batteries into a strategic industry in their own right. Fifteen years ago, battery suppliers existed largely in the background of the automotive world. Today, a single Chinese company has amassed enough scale, technology, and manufacturing capacity to influence the pricing, performance, and viability of electric vehicles on every continent. Whether consumers recognise the CATL badge or not, the future of the EV industry increasingly runs through its factories.

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(image credit: The New Yardstick)

", "image": "https://thenewyardstick.netlify.app/media/posts/5/CATL_-_powering_the_world1.jpg", "author": { "name": "TNY" }, "tags": [ ], "date_published": "2026-06-23T19:28:01+01:00", "date_modified": "2026-06-23T20:49:44+01:00" }, { "id": "https://thenewyardstick.netlify.app/small-smart-again-why-smart-may-be-heading-back-to-its-urban-roots.html", "url": "https://thenewyardstick.netlify.app/small-smart-again-why-smart-may-be-heading-back-to-its-urban-roots.html", "title": "Small, Smart Again? Why Smart May Be Heading Back to its Urban Roots", "summary": "For most of its history, Smart built its reputation around doing one thing exceptionally well. Our exclusive image compares the original Smart Fortwo and our \"next generation\" interpretation. Tiny dimensions, clever packaging and a focus on urban mobility made the original Fortwo one of the…", "content_html": "

For most of its history, Smart built its reputation around doing one thing exceptionally well.

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Our exclusive image compares the original Smart Fortwo and our \"next generation\" interpretation. Tiny dimensions, clever packaging and a focus on urban mobility made the original Fortwo one of the most recognisable city cars ever produced. Yet the Smart of today looks very different. SUVs such as the Smart #1 and #3 have helped reposition the brand for the electric era, moving it into larger and more profitable market segments. (Image credit: The New Yardstick)

The problem is that Europe is already crowded with electric crossovers.

Many buyers who might once have considered a Smart are instead choosing technically similar alternatives from elsewhere within the Geely family. Models such as the Volvo EX30 combine familiar Scandinavian styling with competitive pricing, while a growing number of Chinese brands continue to increase pressure at the lower end of the market.

As a result, Smart's rapid expansion into larger vehicles has yet to fully replicate the success of its original city-car formula. Questions are increasingly being asked about whether the brand's future lies in becoming another electric SUV manufacturer, or returning to the compact urban vehicles that made it famous in the first place.

Our design studies explore one possible answer.

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The first step back to Smart's roots could be the smallest model in the range. (Image credit: The New Yardstick)

Our Smart #2 design study imagines a spiritual successor to the original Fortwo. At just 2,750mm long and retaining a two-door layout, it focuses on exactly the same priorities that made the original car such a success: compact dimensions, low running costs and effortless urban mobility.

Unlike today's increasingly powerful electric vehicles, the emphasis here is on efficiency rather than performance. A modest 75hp motor, 28kWh battery and estimated 165-mile range would be sufficient for most city drivers. A projected price of between £17,000 and £21,000 would place it at a slight premium to cars such as the Dacia Spring and Leapmotor T03 while offering greater flexibility in tight urban environments.

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The original Fortwo proved that small dimensions could become a selling point rather than a compromise. In an era where parking space is increasingly limited and vehicle sizes continue to grow, there is a strong argument that Smart's original formula may be more relevant than ever.

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Above the #2 could sit the #2L, effectively a modern interpretation of the Smart Forfour. The concept also aligns with comments from Smart's European leadership suggesting that a broader #2 family could help address the profitability challenges associated with smaller vehicles.

Growing to 3,850mm in length and featuring five doors and four seats, the #2L would provide the practicality many buyers require while remaining significantly smaller than most mainstream superminis. A 38kWh battery, 100hp motor and 200-mile range could position it against rivals such as the Renault Twingo and Hyundai Inster.

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Crucially, the #2L would allow Smart to compete in one of Europe's most important vehicle segments without abandoning the compact, efficient philosophy that originally defined the brand.
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The clever part comes with the #2X.

Rather than developing a separate SUV platform, Smart could apply crossover styling, additional ride height and more rugged design cues to the existing #2L architecture. At 3,920mm long, the #2X would remain a genuinely compact vehicle while appealing to buyers who increasingly favour SUV-inspired styling.

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This approach would allow Smart to compete against vehicles such as the Citroën ë-C3 and Fiat Grande Panda without the expense of developing an entirely separate model line. If Smart truly wants to maximise the volume potential of the #2 family, an SUV-inspired variant appears almost unavoidable. It would bridge the gap between traditional city cars and the larger B-segment models already found in Smart showrooms

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Sitting above the #2, #2L and #2X would be a next-generation Smart #1.

At approximately 4.2 metres long, it would act as the natural stepping stone between Smart's compact urban vehicles and the larger premium SUVs that increasingly define the brand's global ambitions.

While today's Smart #1 starts with a surprisingly powerful 272hp motor, our proposal explores a more accessible approach. An entry-level 161hp version paired with a 51kWh battery would offer more than enough performance for everyday use while reducing both purchase costs and energy consumption.

Higher-specification models could continue to utilise larger 69kWh battery packs, while performance-focused Brabus variants could adopt the latest twin-motor technology from elsewhere within the Geely Group portfolio.

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Rather than replacing Smart's larger SUVs, the next-generation #1 would bridge the gap between the brand's smallest urban-focused vehicles and its increasingly premium offerings. Buyers could enter the Smart range through the compact #2 city car before progressing through the #2L, #2X and ultimately the #1 as their requirements change.

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More importantly, it would give Smart something many manufacturers are currently lacking: a clear identity.

By using the #2L as the basis for both conventional and SUV-inspired variants, Smart could cover both A and B-segment buyers with minimal additional engineering investment. Combined with a next-generation #1, the brand would have a complete portfolio capable of competing with established European manufacturers across multiple segments.

Whether Smart ultimately follows this route remains to be seen. But as competition intensifies and Europe's electric vehicle market continues to mature, returning to the principles that made the brand famous may prove to be one of its smartest decisions yet.

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