The race to electrify heavy-duty freight transport in Europe is heating up. While international attention has heavily focused on futuristic designs like the Tesla Semi, Chinese manufacturing giant BYD used the IAA Transportation 2026 trade fair in Hannover to showcase a heavy-duty contender that prioritizes raw performance and practical logistics: the BYD ETT 44.
Featuring a more traditional exterior aesthetic masking an advanced, purpose-built electric architecture, the new ETT 44 is engineered to challenge established European diesel giants and upcoming American imports alike.
Heavy-Duty Performance and Technical Specifications
Underneath its conventional commercial workhorse exterior, the ETT 44 4×2 utilizes BYD’s proprietary Ultra-safe Blade Battery technology. Powered by a massive 651 kWh lithium-iron-phosphate (LFP) battery pack sitting on an 851-volt architecture, the vehicle delivers an impressive 742 hp (743 PS), with a peak output scaling up to 1,000 hp (1,000 PS).
Gross Combination Weight: Up to 44 tonnes (four tonnes higher than competing models like the Tesla Semi).
Unladen Weight: 10,950 kg.
Claimed Range: Up to 599 km (approx. 600 km) on a full charge.
Axle Options: Available in 4×2 configurations, with a 6×2 model also rolling out to broaden fleet versatility.
One of the most persistent hurdles for long-haul electric trucking has been long charging windows. BYD addresses this directly by integrating high-power charging compatibility designed for commercial viability.
While conventional CCS2 chargers allow the truck to pull up to 420 kW (recharging from 20% to 80% in roughly an hour), hooking the vehicle up to a dedicated Megawatt Charging System (MCS) unlocks its true potential.
Recharge Time: Boosts state of charge (SOC) from 20% to 80% in under 20 minutes.
Range Replenished: A quick 20-to-80% top-up adds an extra 399 km (approx. 400 km) of operational range.
Industry-Leading Warranty and Ecosystem Integration
To ease fleet operators’ anxieties regarding long-term asset depreciation, BYD has introduced an exceptionally strong warranty package. The Blade Battery is backed by a 10-year or 1.2-million-kilometer warranty, comfortably eclipsing the standard six-to-eight-year coverage windows common across the European commercial sector.
Beyond long-haul transport, the underlying platform is designed for scalable versatility. BYD plans to roll out the technology across rigid trucks and terminal tractors tailored for logistics hub maneuvering.
Inside the high-roof cab, long-haul drivers are catered to with a sleeping berth, a large 12.8-inch infotainment display, and seamless integration for Apple CarPlay and Android Auto.
Market Outlook: A Crowded European Landscape
BYD is entering a dense marketplace. Europe’s heavy transport sector already features heavyweights from Mercedes-Benz, Volvo, MAN, and Scania, while independent logistics disruptors like Sweden’s Einride have already committed to massive pre-orders of rival vehicles.
However, by offering an integrated ecosystem comprising vehicle manufacturing, proprietary battery tech, and high-power charging infrastructure, the BYD ETT 44 arrives with the specifications and backing necessary to fundamentally disrupt Europe’s freight corridors.
Nissan is bringing back the Pixo name for a new electric city car that will become the Japanese automaker’s smallest and most affordable EV in Europe. Set to make its world debut on September 23, the new Nissan Pixo will sit below the Micra in the company’s growing electric vehicle lineup and target buyers looking for a compact, affordable car designed primarily for urban driving.
The new Nissan Pixo will be closely related to the Renault Twingo, with the two electric city cars expected to share their underlying technology. Nissan’s latest small EV is part of a wider partnership with Renault that has already produced the new Micra, which is based on the Renault 5.
Nissan says the Pixo will bring a “fresh, fun character” to the compact electric vehicle segment while combining small dimensions with technology and a distinctive interpretation of the brand’s current design language.
New Nissan Pixo Debuts September 23
Nissan has released a short teaser video ahead of the Pixo’s official unveiling, confirming that the new electric city car will be revealed in full on September 23.
Although the company has yet to release complete specifications, Nissan describes the model as a car created for “modern urban life.” The automaker is emphasizing compact dimensions, intuitive technology and distinctive Nissan styling as some of the Pixo’s key characteristics.
The teaser also appears to provide an early hint at the car’s design philosophy. Its retro arcade-game aesthetic fits with previous reports that the new Pixo will draw inspiration from Nissan’s distinctive Pike cars of the 1980s.
That could give the Pixo a more playful visual identity than the conventional styling typically associated with affordable electric city cars.
Nissan Pixo Expected to Share Technology With Renault Twingo
Underneath its Nissan-specific styling, the new Pixo is expected to be closely related to the latest Renault Twingo.
The Renault Twingo’s electric powertrain provides a strong indication of what Nissan’s smallest EV could offer. The expected configuration uses an 80-hp front-mounted electric motor paired with a 27.5-kWh battery.
With that setup, the Pixo could offer a driving range of approximately 155 miles, although Nissan has not yet officially confirmed the figures for its own version.
The relatively small battery is consistent with the Pixo’s intended role. Rather than attempting to compete with larger electric hatchbacks on long-distance range, the Nissan EV is expected to prioritize low weight, compact dimensions and efficiency in urban environments.
For city drivers, a smaller battery can also help reduce both the weight and cost of the vehicle, two factors that are particularly important in the affordable EV market.
Nissan Pixo Price Could Start at Around £17,000
Price could be one of the biggest selling points of the new Nissan Pixo.
The electric city car is expected to closely mirror the Renault Twingo on pricing, potentially giving it a starting price of around £17,000 in the UK.
If that figure is confirmed, the Pixo would become an important model for Nissan as the company attempts to make electric mobility more accessible.
The car will occupy a position below the Nissan Micra, giving the Japanese manufacturer a smaller and potentially cheaper alternative for customers who do not need the space or performance of a conventional supermini.
The Pixo could therefore play a similar role in Nissan’s electric range to the one traditionally occupied by affordable petrol-powered city cars.
Nissan Revives the Pixo Name
The return of the Pixo badge is not entirely unexpected, as Nissan had previously indicated that it planned to use an established name for its new city car.
Earlier reports suggested that Nissan was considering the name “Wave,” but the company ultimately opted for Pixo.
The name has a history in the European market. Between 2009 and 2013, Nissan sold the Pixo in the UK as a rebadged version of the Suzuki Alto, which was manufactured in India.
At the time, the Nissan Pixo was positioned as one of the cheapest new cars available in Britain, with prices starting at just £5,995.
The new electric Pixo will be a very different proposition. Instead of being an inexpensive conventional city car, it will become Nissan’s entry point into its European electric vehicle lineup.
Retro Nissan Design Could Give the Pixo a Distinctive Character
One of the most intriguing aspects of the new Nissan Pixo is its expected design.
Nissan has previously indicated that the car will take inspiration from the company’s Pike series of compact models from the 1980s. Those cars became known for their unusual, retro-inspired designs and distinctive personalities.
The teaser video’s arcade-game theme appears to reinforce that direction.
That could make the Pixo stand out in a growing segment of small electric vehicles. Rather than relying solely on affordability and efficiency, Nissan appears to be positioning the car as an EV with a strong emotional and visual appeal.
The strategy also fits with Nissan’s recent efforts to give its smaller electric models more individual identities.
Pixo Will Become Nissan’s Smallest European EV
Once launched, the Nissan Pixo will sit at the bottom of the company’s European electric vehicle range.
Above it will be the Nissan Micra, followed by the larger Leaf and Ariya.
The new Micra itself is closely related to Renault’s electric lineup, being a reworked version of the Renault 5. This means Nissan’s partnership with Renault is playing an increasingly important role in the automaker’s European EV strategy.
The Pixo takes that approach a step further by bringing a compact A-segment electric model to the market.
For Nissan, the timing could be significant. European demand for smaller and more affordable electric cars is increasing, while automakers are under pressure to reduce the cost of EVs and expand their offerings beyond larger, more expensive models.
Nissan Pixo vs. Renault Twingo
The Nissan Pixo and Renault Twingo are expected to share much of their underlying technology, but Nissan is likely to give its model a distinct personality.
The biggest differences should come from exterior and interior design, equipment, branding and the way each manufacturer positions its car.
Where the Twingo focuses on reviving Renault’s famous city-car nameplate with a modern electric interpretation, Nissan appears ready to use the Pixo as an opportunity to combine affordability with its own retro-inspired design language.
The result could be one of the more distinctive entries in Europe’s affordable EV market.
Nissan’s Expanding Electric Vehicle Lineup
The Pixo will join a rapidly expanding Nissan EV lineup in Europe.
The new Micra has already moved Nissan into the small electric hatchback segment, while the new Leaf returns as a larger model positioned for buyers seeking greater practicality.
At the top of the current range sits the Ariya electric crossover.
The Pixo will therefore give Nissan something it has increasingly lacked in its European range: an extremely compact, relatively affordable electric model aimed specifically at urban motorists.
Its success could depend heavily on pricing. If Nissan manages to deliver a starting price close to the expected £17,000 figure while maintaining a useful range and attractive equipment levels, the Pixo could become an important player among Europe’s next generation of affordable EVs.
Nissan Pixo: What We Know So Far
The new Nissan Pixo is expected to offer:
A-segment electric city-car dimensions
Front-mounted electric motor
Approximately 80 hp
27.5-kWh battery
Expected range of around 155 miles
Renault Twingo-based technology
Retro-inspired Nissan design
Positioning below the Nissan Micra
Expected UK starting price of around £17,000
Official unveiling on September 23
Nissan has yet to confirm the complete technical specifications, equipment levels, charging capabilities and final pricing.
Nissan Pixo Could Become a Key Affordable EV
The return of the Pixo name marks a significant transformation for Nissan’s smallest European model.
The original Pixo was designed around low purchase prices and simple city-car transportation. Its successor will retain the compact urban mission but replace the conventional powertrain with electric propulsion and add considerably more technology and design ambition.
With Renault Twingo underpinnings, an expected 80-hp electric motor and a 27.5-kWh battery, the Pixo could offer a straightforward formula for urban EV buyers. Its expected range of approximately 155 miles should be sufficient for the daily needs of many city drivers, while a potential £17,000 starting price would make it one of the more accessible new electric cars in Europe.
The biggest unanswered question is whether Nissan can deliver that combination of affordability, range and distinctive design without pushing the final price significantly higher.
We will know much more when Nissan officially reveals the new Pixo on September 23.
Dacia is doubling down on electric mobility with the second-generation Spring, a comprehensively redesigned electric city car that aims to make EV ownership more accessible without abandoning the Romanian brand’s trademark focus on simplicity, practicality and value.
The New Dacia Spring is the first of four all-electric models the automaker plans to launch by 2030, following the company’s strategic roadmap unveiled in March. While it retains the familiar Spring name, almost everything else has changed for the second generation, including its proportions, platform, technology, interior and electric powertrain.
Since its original launch in 2021, the Dacia Spring has become one of Europe’s most successful affordable EVs, with more than 210,000 examples sold across more than 40 countries. Dacia says the model has introduced a significant number of customers to electric mobility for the first time.
The new Spring is designed to continue that mission, but with substantially more technology and a more mature driving experience.
New Dacia Spring Gets a Completely New Design
The biggest visual change for the second-generation Dacia Spring is its size and stance.
Built on Renault Group’s new RG-EV small platform, the new Spring is 18 centimeters wider than its predecessor. The increased width gives the small electric car a considerably more planted and robust appearance while also creating additional space inside the cabin.
Dacia has deliberately kept the exterior design simple and geometric. Rather than relying on excessive styling details, the Spring uses structured surfaces, strong horizontal elements and functional bodywork to create its distinctive appearance.
At the front and rear, black trim elements visually connect the headlights and taillights. These strips emphasize the car’s increased width and incorporate Dacia‘s modern lighting identity, which is inspired by the brand’s Link emblem.
The roof is visually separated from the body by another black element featuring a geometric pattern. That same pattern appears inside the cabin, creating a visual connection between the exterior and interior design.
Customers can choose from four exterior colors:
Agave
Schist Grey
Diamond Black
Glacier White
The overall result is recognizably Dacia, but the new Spring has a more substantial presence than the outgoing model.
A More Spacious and Modern Interior
The interior of the New Dacia Spring follows the same philosophy as the exterior: remove unnecessary complexity and concentrate on features that drivers actually use.
A horizontally oriented dashboard helps create the impression of additional width, while also positioning the main information within easy view of the driver.
The instrument cluster now uses a 7-inch digital display, while higher-specification versions receive a 10.1-inch central multimedia touchscreen.
The cabin also includes a range of storage solutions, reinforcing the Spring’s role as a practical everyday vehicle rather than a technology showcase.
Dacia has also paid attention to driving position adjustability. Depending on specification, the driver’s seat can slide and adjust in height, while the backrest reclines. The steering wheel is adjustable for both height and reach.
The upholstery uses bluish tones that complement the dashboard details and the Agave exterior color.
80-hp Electric Motor Produces 175 Nm of Torque
Under the hood, the New Dacia Spring uses a 60 kW electric motor, equivalent to approximately 80 horsepower, producing 175 Nm of torque.
Dacia quotes a 0-to-100 km/h acceleration time of 12.1 seconds and a top speed of 130 km/h.
Those figures aren’t intended to make the Spring a performance car. Instead, they are designed to provide sufficient acceleration for urban driving while allowing the small EV to comfortably integrate into faster traffic and highway journeys.
The compact dimensions and electric drivetrain should be particularly well suited to city environments, where instant torque and easy maneuverability matter more than outright acceleration.
27.5-kWh LFP Battery Delivers Up to 250 km of Range
The New Dacia Spring is equipped with a 27.5-kWh usable LFP battery.
According to Dacia, the car can achieve up to 250 km of WLTP combined range on a single charge.
For the typical Spring owner, that could mean charging only once a week. Dacia’s research into first-generation Spring owners found that they drive an average of approximately 34 km per day, at an average speed of around 34 km/h.
The company also says that approximately 75 percent of charging takes place at home.
Those figures explain why Dacia has prioritized affordable and convenient charging rather than simply chasing a larger battery. For the Spring’s intended urban and suburban customers, a relatively small battery can provide enough range for normal daily use while keeping weight, cost and energy consumption under control.
Dacia Spring Charging Times
One of the major improvements is the range of charging options available for the new electric Dacia.
The standard vehicle comes with a 6.6-kW AC onboard charger. Using a conventional domestic socket, charging from 15 to 80 percent takes approximately nine hours.
With a heavy-duty socket, the same charging process takes about 5 hours and 40 minutes, while a 7-kW wallbox reduces the time to approximately 2 hours and 55 minutes.
Dacia also offers a fast-charge package that adds an 11-kW AC charger and a 50-kW DC fast charger.
With the appropriate infrastructure, charging from 15 to 80 percent takes:
1 hour 55 minutes using an 11-kW three-phase wallbox or 22-kW charging point
28 minutes using a 50-kW DC fast charger
That makes the New Spring considerably more versatile for drivers who occasionally need to travel beyond their normal daily routine.
Built in Europe
Another important change is where the new Spring is produced.
The New Dacia Spring is built in Europe at Renault Group’s Novo Mesto plant in Slovenia.
It is also the first Dacia model to benefit from Renault Group’s latest development programs, which are designed to shorten vehicle development cycles to less than two years while reducing development costs.
That approach fits neatly with Dacia’s broader philosophy: focus on what customers need, eliminate unnecessary complexity and use technology efficiently rather than simply adding features for the sake of it.
Small Dimensions Remain a Major Advantage
Despite becoming wider, the Spring remains designed around urban mobility.
Its 4.95-meter turning radius makes it easy to maneuver through tight city streets and parking spaces. Automatic electric parking brake functionality and reversing sensors are standard across the range.
The Journey trim adds a reversing camera as standard, further simplifying low-speed maneuvering.
The combination of compact dimensions, electric propulsion and a small turning circle makes the Spring particularly well suited to crowded urban environments.
New Dacia Spring Gets Improved Driver Assistance Technology
The second-generation Spring also receives modern driver-assistance technology.
One of the more interesting features is Dacia’s My Safety function. Rather than requiring drivers to individually change multiple assistance-system settings every time they start the car, My Safety allows certain ADAS settings to be customized more conveniently.
This is an example of Dacia’s approach to technology: introduce modern equipment, but make it straightforward to operate.
Smartphone Connectivity Takes Center Stage
Dacia has also developed a relatively simple approach to multimedia and connectivity.
On the Expression version, Media Control works together with the driver’s smartphone. Steering-wheel controls allow basic media and phone functions to be managed, while the Dacia Media Control application provides access to additional features.
A dedicated phone holder is integrated into the upper central portion of the dashboard, allowing the smartphone to act as an important part of the car’s infotainment system.
The holder also supports portrait orientation, giving drivers more flexibility in how they use their device.
The Journey version takes a more conventional approach with Media Nav Live, featuring a 10.1-inch touchscreen and wireless Apple CarPlay and Android Auto compatibility.
The system also includes eight years of connected navigation, with real-time traffic information and continuously updated European maps.
Additional connected functions include charging scheduling, cabin pre-conditioning, vehicle tracking and access to connected services.
The New Spring Is Designed Around Real-World EV Use
Perhaps the most important aspect of the New Dacia Spring isn’t any individual specification. Instead, it is the way the car has been designed around the actual habits of its target customers.
Dacia’s research indicates that Spring owners generally use their cars for relatively short daily journeys, with home charging accounting for the majority of charging sessions.
That makes the decision to use a relatively small 27.5-kWh battery logical.
Rather than building a heavier and more expensive electric vehicle with a huge battery, Dacia has concentrated on delivering enough range for everyday driving while maintaining the affordability and simplicity that made the original Spring successful.
The 250-km WLTP range, 60-kW motor and multiple charging options give the new model considerably more flexibility, while its compact footprint remains appropriate for city driving.
New Dacia Spring Is a Major Step Forward for Affordable EVs
The second-generation Dacia Spring represents a substantial transformation rather than a simple model update.
It is wider, more modern, more technologically advanced and built on Renault Group’s new RG-EV small platform. At the same time, Dacia has deliberately avoided turning the Spring into an unnecessarily complicated or expensive electric car.
With 80 hp, 175 Nm, a 27.5-kWh LFP battery, up to 250 km of WLTP range and DC fast charging capability, the new Spring is positioned as an accessible EV designed around everyday transportation.
Its European production, improved cabin, larger infotainment screen, enhanced driver-assistance technology and more sophisticated charging options should also broaden its appeal beyond the customers who simply wanted the cheapest possible way into electric mobility.
For Dacia, the New Spring is more than a second-generation city car. It is the first visible step in the brand’s broader plan to introduce four new all-electric vehicles by 2030.
And if Dacia can preserve the affordability that defined the original Spring while delivering the substantially improved technology and usability of this new generation, the Spring could remain one of Europe’s most important entry points into electric mobility.
