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Mercedes-Benz VLE: A Grand Limousine for the Electric Era

Mercedes-Benz is ushering in a new era of luxury mobility with the upcoming VLE—an all-electric van that redefines the boundaries between premium family transport, VIP shuttle, and long-range electric vehicle. After announcing plans for the VLE and its sibling, the VLS, earlier this year, Mercedes has now revealed the first official images and key details about the VLE prototype, offering a glimpse into the future of electric travel.

A New Chapter in the Van Segment

The VLE is built on Mercedes-Benz’s new modular Van Electric Architecture (VAN.EA), which will underpin a new generation of luxury vans and transporters from 2026 onwards. Designed to sit at the top of the brand’s model portfolio, the VLE replaces the V-Class and is positioned as a more upscale counterpart to the next-generation Vito.

At first glance, the VLE exudes sophistication with its sleek, futuristic styling. A fully enclosed grille, expansive LED headlamps, and a wide lower intake give the front end a commanding presence. The profile features a sharply raked windshield, gently tapering roofline, and flush-mounted door handles, giving the VLE an aerodynamic, monolithic look. The high beltline and compact greenhouse contribute to a distinctive and premium silhouette.

While the rear is still wearing camouflage and temporary lighting units, it’s clear the VLE will feature a large rear spoiler and vertical taillights, complemented by a minimalist bumper and expansive liftgate—a practical nod to its van roots.

Range, Efficiency, and Everyday Usability

Mercedes-Benz recently put the VLE’s real-world capabilities to the test with a 1,090-kilometer journey from Stuttgart to Rome—completed with just two 15-minute charging stops. This feat was no PR stunt; the route included steep alpine passes, long autobahn stretches, and tight Italian city streets.

According to Dr. Andreas Zygan, Head of Development at Mercedes-Benz Vans, the VLE “demonstrated impressive efficiency of the new Van Electric Architecture.” The prototype maintained cabin temperatures at a comfortable 22°C throughout the trip, despite outside temperatures ranging from 11°C in Germany to 33°C in Rome.

Rear-axle steering played a vital role in urban maneuverability, helping the van navigate winding mountain roads and cramped European streets with surprising agility. Engineers evaluated thermal management, energy recuperation, and ride comfort, reinforcing the VLE’s suitability as a long-range, family-friendly electric vehicle.

Next-Level Tech and Comfort

The VLE will offer front- and all-wheel-drive configurations, 800V charging capability, and a 22 kW AC onboard charger. Customers can expect “well over” 500 km (311 miles) of electric range on a single charge, making it one of the most capable vehicles in its class. A Level 2 semi-autonomous driving system will be standard at launch, with Level 3 autonomy expected later in the decade.

Inside, the VLE will accommodate up to eight passengers, making it an ideal choice for large families, adventure seekers, or luxury shuttle services. Mercedes-Benz promises a state-of-the-art infotainment system powered by the latest Mercedes-Benz Operating System, along with premium materials and finishes befitting its Grand Limousine status.

Looking Ahead

The VLE is more than just a van—it’s a declaration of intent. With the VLS set to follow and “define a unique segment of its own,” Mercedes-Benz is serious about carving out a luxury niche in the electric van market. While the VLE focuses on blending practicality with refinement, the VLS aims to push the boundaries of automotive opulence.

Starting in 2026, these electric Grand Limousines will roll out globally, including key markets like the U.S., Canada, and China. Unlike the commercial Vito, these passenger-focused MPVs mark a shift toward luxurious, sustainable mobility tailored to private customers.

As Mercedes-Benz continues real-world testing—including drives to the North Cape and winter trials in Sweden—the VLE is steadily steering toward production maturity. If the early results are anything to go by, the electric van revolution might just have its first flagship.

Source: Mercedes-Benz

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Mercedes-Benz VLE: A Grand Limousine for the Electric Era
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Mercedes Prepares Electric C-Class with Cutting-Edge Tech and Sleek Design

Mercedes-Benz is charging ahead with its electrification plans, and the iconic C-Class is next in line for a bold new chapter. Alongside a forthcoming facelift of the internal combustion version, the German automaker is developing a fully electric variant—one that shares little more than the name with its petrol-powered sibling.

Internally dubbed the C-Class with EQ Technology, the new electric sedan is set to become a cornerstone in Mercedes’ next-generation lineup. While the name may not roll off the tongue, the car’s sleek design certainly grabs attention. Recent spy shots reveal a more futuristic aesthetic, starting with a fully enclosed grille flanked by a slim central intake. The prototype features sweptback headlights—likely placeholders before the production model receives its signature “starry” light design.

From the side, the EV showcases a clean, aerodynamic silhouette with flush door handles and a rising beltline reminiscent of the EQE and EQS. Two-tone aerodynamic wheels and pronounced side skirts not only enhance visual appeal but also help disguise the underfloor battery pack.

Most notably, the prototype spotted recently features a production-spec rear end. The angular trunk incorporates a subtle integrated spoiler, while circular taillights—clearly inspired by the new CLA—add a touch of sophistication. A rounded, minimalist rear bumper completes the understated design.

Interior shots weren’t captured during this latest outing, but earlier leaks suggest a tech-laden cabin that mirrors the digital-forward approach of the new CLA. Expect a 10.25-inch digital instrument panel, a 14-inch infotainment touchscreen, and a dedicated 14-inch passenger display—all wrapped in a minimalist dash layout. A stylish steering wheel, slim air vents, and an in-cabin camera further underscore the car’s futuristic ambiance.

Underpinning the electric C-Class is Mercedes’ new MB.EA architecture, a purpose-built EV platform designed to support the brand’s future electric lineup. It’s likely to share hardware with the upcoming GLC EV, which means an 800-volt electrical system, ultra-fast DC charging at rates exceeding 320 kW, and support for rear- and all-wheel drive configurations.

Performance and efficiency will also benefit from next-gen features such as a heat pump as standard and advanced battery technology with specialized cell chemistry. Additionally, Mercedes plans to introduce a compact, integrated braking system combining the brake booster, master cylinder, and electronic stability control into one innovative module.

Although Mercedes remains tight-lipped about specs and timelines, the electric C-Class is shaping up to be more than just an EV adaptation—it’s a ground-up reinvention. With its elegant design, cutting-edge tech, and emphasis on efficiency, the C-Class with EQ Technology looks poised to redefine what a compact luxury sedan can be in the electric era.

Source: Mercedes-Benz; Photo: Baldauf

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Solid-State Batteries Remain the EV Industry’s Elusive Game-Changer

For over a decade, solid-state batteries have been heralded as the next great leap in electric vehicle (EV) technology—a breakthrough that could render today’s lithium iron phosphate (LFP) and nickel manganese cobalt (NMC) chemistries obsolete. Yet despite years of hype and high expectations, that breakthrough remains just out of reach.

Still, the automotive industry isn’t giving up. Global giants like BMW, Mercedes-Benz, and Stellantis continue to invest heavily in solid-state battery development, drawn by the potential of EVs capable of traveling over 1,000 kilometers (621 miles) on a single charge—along with the promise of improved safety, lighter weight, and more efficient packaging.

BMW Charges Forward

BMW is among the most active in the space, recently beginning tests of a specially-equipped i7 prototype fitted with solid-state cells developed by U.S.-based Solid Power. These sulfide-based electrolytes are seen as key to unlocking greater energy density and thermal stability. According to BMW, these cells will play a major role in its upcoming Neue Klasse lineup—though full-scale production likely won’t begin until well into the 2030s.

Mercedes-Benz Takes It to the Streets

Not to be outdone, Mercedes-Benz has also begun real-world testing of solid-state batteries, retrofitting its flagship EQS sedan earlier this year with a pack developed by Factorial Energy. The result? A battery boasting 25% higher energy density than current models, in a more compact and lighter form factor.

“These benefits not only lead to longer vehicle ranges but also affect the vehicle design, for example the architecture,” explained Uwe Keller, head of battery development at Mercedes. “Solid-state cells are also less prone to overheating,” he added—highlighting the improved safety profile that makes this technology so attractive to automakers.

Stellantis Eyes a 2026 Test Window

Stellantis—parent company of brands like Jeep, Peugeot, and Fiat—is also partnering with Factorial Energy on its own solid-state battery push. Road testing is expected to begin in 2026. According to Anne Laliron, Stellantis’ SVP of tech research, “Solid state is the North Star in battery chemistry,” offering automakers a unique tradeoff: more range or fewer materials—both of which contribute to lower costs and reduced carbon footprints.

Japan’s Race to the Finish

While Europe and the U.S. continue testing, Japanese automakers are racing to be first to market. Toyota says it will begin production of solid-state batteries by 2027, with Nissan aiming for a 2028 launch. However, given Nissan’s recent internal struggles, timelines may shift—once again demonstrating how challenging commercialization of this tech can be.

The Road Ahead

Despite slow progress, the stakes couldn’t be higher. If the promises of solid-state batteries hold true—greater range, enhanced safety, faster charging, and better packaging—they could usher in a new era of electric mobility. But until the technology scales economically and proves reliable under mass-market conditions, the dream of a solid-state future remains just that: a dream.

Still, with some of the world’s largest automakers now testing real-world prototypes, that dream may finally be inching closer to reality.

Source: Automotive News