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Lotus Emeya Proves EVs Can Refuel Faster Than You Can Order a Coffee

If you still think charging an EV is an exercise in patience, Lotus just handed you a stopwatch and told you to try again. The brand’s first electric hyper-GT, the 2026 Lotus Emeya, has officially smashed a critical real-world benchmark: fast-charging from 10 to 80 percent in just 13 minutes and 35 seconds.

And no—this wasn’t done in a climate-controlled lab at 3 a.m. with the HVAC off. The run happened in the scorching heat of Kuwait, under independent supervision by Lotus Al Ghanim, the marque’s local distributor. In other words, this is a record achieved where batteries typically beg for mercy.

A New Number to Beat: 443 kW

Hooked up to Lotus’s own 450-kW ultra-fast DC charger, the Emeya peaked at an eyebrow-raising 443 kW. That places it squarely in hyper-charging territory, a place currently occupied by only a handful of ultra-modern EVs.

Lotus targeted the most realistic and widely used charging window—10 to 80 percent—because that’s how actual EV drivers top up on the go. And in this window, the Emeya didn’t just perform; it redefined what’s possible on today’s public grid.

How Lotus Pulled Off the Lightning Pit Stop

This isn’t magic. It’s engineering—very modern engineering.

1. 800-Volt Architecture

Like the Eletra SUV, the Emeya rides on an 800V electrical system. That high-voltage backbone dramatically reduces electrical resistance, allowing the car to swallow electrons at extreme rates without overheating or wasting energy.

2. Cell-to-Pack Battery Structure

The battery uses a cell-to-pack (CTP) layout, letting Lotus cram roughly 20 percent more cells into the same physical footprint compared to older modular packs. The result: more energy, less mass, and better thermal uniformity.

3. Next-Gen Thermal Management

Fast charging is as much about cooling as it is about power delivery. Lotus says the Emeya uses a new cooling architecture designed to keep the pack’s temperature in the Goldilocks zone—whether you’re cruising or dumping half a megawatt into it.

Together, these systems unlock one truly eyebrow-lifting stat: 310 km of range added in 10 minutes (WLTC). With efficiency rated at 18.7 kWh/100 km, the Emeya can travel up to 610 km WLTP on a full charge.

An Ecosystem to Match the Hardware

Charging performance is only half the story. Lotus has built an integrated EV ecosystem spanning the Lotus Cars app and its in-car system, HyperOS. It uses smart routing to locate and recommend chargers based on real-time battery status, not just map pins.

Think of it as a co-pilot that actually understands how EV road trips work: less anxiety, less wasted time, and more predictable travel.

Lotus Wants to Build the Infrastructure It Needs

The British brand isn’t waiting for the world to catch up. Lotus has already begun rolling out its own 450-kW chargers across Europe, starting in Germany, with more markets coming online. The company’s message is clear:
Battery technology is ready. What we need now is charging infrastructure that can keep up.

The Big Picture

The Emeya’s record sets a new bar for EV long-distance usability. We’re officially entering an era where charging an electric grand tourer may soon take less time than stretching your legs—or checking your messages.

The future of fast charging is here, and it wears a Lotus badge.

Source: Lotus

News

Bentley Turns Light Into Luxury: The Futuristic Craft Behind Mulliner’s Animated Welcome Lamps

For more than a century, Bentley has defined luxury with wood so polished you can see the future in it, leather so supple it could pass for a tailored suit, and metalwork fit for a fine Swiss chronometer. But now, the Crewe craftsmen have added a surprising new medium to their palette: light.

And not just any light — curated, animated, digitally sculpted light.

Originally developed for the ultra-exclusive Mulliner Batur, Bentley’s first-ever use of Digital Light Processing (DLP) in a road car is now making its way into the brand’s broader coachbuilt offerings. The result? Customers can design their own animated welcome projection — a personal light show that appears on the ground as they open the door. Think of it as the automotive equivalent of a signature handshake, crafted from photons.

Light as Luxury Material

Bentley calls the concept “digital craftsmanship,” and for once, the marketing speak undersells it. What the brand is doing here is redefining how technology and traditional coachbuilding can intersect.

Every projection features a two-part animation:

  • An intro sequence triggered when the door first swings open
  • A continuous loop that plays afterward

Bentley’s designers aren’t just sketching pretty patterns — they’re pulling motifs from the cabin and exterior and giving them motion. Embroidered feathers can flutter to life. Initials can sweep across the pavement in a handwritten flourish. Even bespoke themes can be crafted for special commissions.

Case in point: a recent Mulliner collection inspired by the Romanian Athenaeum in Bucharest. The headrest embroidery and dashboard’s musical cues became the backbone of an animation featuring warm central light surrounded by swirling musical notes — a bit of nighttime theatre every time you step inside.

Microscopic Mirrors, Massive Impact

If this all sounds like projector tech, that’s because it is — extremely advanced projector tech.

Bentley’s system uses three colored light sources that pass through five lenses and two prisms before striking a tiny 8 mm² Digital Micromirror Device (DMD™). This silicon chip contains 415,800 mirrors, each only 16 microns wide — roughly one-fifth the width of a human hair.

These mirrors can tilt thousands of times per second. When they’re “on,” they reflect colored light out toward the ground. When “off,” they aim light into a heat sink so the image stays razor-sharp. Each mirror is a pixel, and together they form animations detailed enough to match the rest of the car’s handcrafted identity.

If luxury used to rely on rare materials, Bentley argues the next frontier is mastering how those materials behave in motion.

The Future: Where Craft Meets Code

Bentley’s designers are already exploring how far this idea can go. What happens when lighting, interior design, and UI all merge into one cohesive artistic language? What if the emotional resonance customers expect from woodgrain or leather stitching could also come from curated moments of digital animation?

This isn’t about more screens or brighter LEDs; it’s about using technology to amplify the emotional signature of a Bentley. A new kind of luxury — less about physical mass, more about sensory experience.

And while animated welcome lamps might seem like a small flourish, they hint at something bigger: a future where the line between coachbuilding and coding gets beautifully blurred.

Bentley built its reputation on craftsmanship you can feel. Now it’s working on craftsmanship you can see — even before you step inside.

Source: Bentley

News

Citroën Is So Tired of Britain’s Potholes, It Started Filling Them Itself

Spend five minutes on a British B-road and you’ll understand why suspension technicians never go out of business here. Potholes—craters, really—dot the tarmac like a lunar surface, and drivers have learned to brace for impact as instinctively as they check their mirrors. But Citroën has apparently reached its breaking point.

Rather than simply touting its plush “Advanced Comfort” suspension as a solution to Britain’s busted roads, the French automaker did something unusual: it paid to fix the potholes itself.

A Week of Repairs—On Citroën’s Tab

After filing a Freedom of Information request with 424 local councils across the UK, Citroën discovered what most motorists already suspected: the country’s infrastructure is in deep trouble. How deep? According to the data, 1 in every 20 roads requires immediate repair, and some councils face wait times of years before they’ll make a dent in their backlog.

Shropshire Council estimated it would need three years just to catch up. Pembrokeshire and Clackmannanshire said a full year. And the absolute pothole heavyweights?

  • Dumfries and Galloway: 16,819 reported potholes
  • Derbyshire County: 13,327
  • Shropshire: 8,686

These aren’t roads—they’re geological features.

Citroën’s FOI also asked councils to categorise their road networks into green, amber, and red conditions. “Red” means someone should probably investigate before a wheel falls off. The answer: over 12,000 miles of red-grade road across the UK.

After digesting that grim report card, Citroën put its money where Britain’s asphalt used to be. The brand funded one week of pothole repairs in Gateshead, resulting in 250 square metres of cracked, cratered road being patched.

Citroën’s Message: Local Councils Need More Than Sympathy

“We’re highlighting ongoing problems the UK’s roads are facing,” said Greg Taylor, Citroën UK’s managing director. “More needs to be done… councils need more support.”

He’s not wrong. The government pledged an additional £1.6 billion toward local road maintenance last year. But according to the latest ALARM report, fully clearing the UK’s pothole backlog would take 12 years and £16.8 billion—assuming we don’t add fresh potholes faster than we fill them.

If You Can’t Fix the Roads, Cushion the Ride

This is where Citroën pivots gracefully from civic frustration to showroom opportunity. If the blacktop won’t behave, the French brand suggests driving something designed to soak up the abuse.

The latest C3 Aircross and C5 Aircross come standard with Citroën’s “Advanced Comfort” suspension—those hydraulic bump stops that make speed bumps and broken surfaces feel more like rolling over a thick carpet than a medieval torture device. Add in soft, sofa-like seats and you’ve essentially built a cocoon for anyone forced to commute on Britain’s war-torn roads.

Sure, fixing potholes is ideal. But until the UK closes a £16-billion crater of its own, Citroën seems prepared to patch the problem—or at least help you glide over it.

Source: Auto Express

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