For decades, the quest for better aerodynamics has been a game of tiny gains and massive computing power. Every crease, vent, and contour on a modern vehicle is painstakingly refined through complex simulations that model how air flows around a car at speed. The process works, but it isn’t exactly quick. Now Nissan believes quantum computing could dramatically accelerate that development cycle.
The Japanese automaker announced that it has successfully demonstrated the use of a quantum computing algorithm for vehicle aerodynamic simulations in collaboration with technology company Quemix Inc. According to Nissan, the research marks the world’s first successful application of a quantum algorithm to automotive aerodynamic analysis, opening the door to simulation times measured in minutes rather than days.
That’s a significant claim. Traditional computational fluid dynamics (CFD) analyses often require enormous processing resources, with some aerodynamic simulations taking roughly a full day to complete. Nissan’s research suggests that future quantum-enabled systems could reduce that workload to mere minutes, potentially transforming how engineers develop everything from sports cars to EVs.
Rather than relying solely on a quantum computer, Nissan and Quemix developed a hybrid architecture that combines quantum and classical computing. In this setup, the quantum computer handles the most computationally demanding calculations while a conventional computer performs supporting tasks. The result is a system designed to leverage the strengths of both technologies while minimizing their respective weaknesses.
To validate the concept, the companies conducted aerodynamic simulations involving complex vehicle geometries using a quantum computer simulator. The results reportedly reproduced airflow behavior with a level of accuracy comparable to existing classical computing methods.
The breakthrough addresses a longstanding challenge in the field. Modern aerodynamic analysis frequently relies on techniques such as the Lattice Boltzmann Method (LBM), a proven but computationally intensive approach. Previous attempts to apply quantum computing to fluid dynamics have been limited by technical barriers and the difficulty of adapting existing algorithms to quantum hardware. Nissan says its newly developed hybrid method provides a practical pathway around those obstacles.
The implications extend well beyond drag coefficients and wind tunnels. Faster simulations could allow engineers to evaluate more design variations in less time, accelerating development cycles and potentially leading to more efficient vehicles. For electric vehicles in particular, where aerodynamic efficiency directly affects driving range, even small improvements can have a meaningful impact.
The project also reflects Nissan’s broader push toward digital engineering. The company is already investigating quantum computing applications in material science, mobility services, and energy management systems for electric vehicles. Aerodynamic analysis now joins that growing list of potential use cases.
Nissan and Quemix have jointly filed a patent covering the technology, and both companies say they intend to continue developing the system toward real-world implementation. While quantum-powered vehicle design remains some distance from everyday engineering practice, the latest results suggest the technology may be moving from theoretical promise to practical tool.
The next generation of Nissan models probably won’t come with a quantum processor under the hood. But if this research reaches production-level application, the shape of those vehicles may very well have been perfected by one.
The Navara Pro Plug-in Hybrid and Primera EV signal a new export strategy as Nissan turns China into a launchpad for its next generation of global products.
For decades, Japanese automakers exported vehicles from home markets to the rest of the world. Nissan is now turning that formula on its head.
At the 10th Philippine International Motor Show (PIMS), Nissan officially launched its new “From China” export strategy, revealing two all-new models destined for markets beyond China: the Navara Pro Plug-in Hybrid pickup and the Primera EV sedan. While full technical specifications remain under wraps, the significance of these vehicles extends far beyond their individual product stories.
The unveiling marks the first visible step in Nissan’s plan to leverage China not only as one of the world’s largest automotive markets, but also as a critical development and export hub for future global products.
A New Electrified Chapter for the Navara
Leading the charge is the all-new Navara Pro Plug-in Hybrid, a pickup that aims to blend Nissan’s long-established off-road credentials with electrified performance.
From the first images, the truck adopts a muscular, upright stance that leaves little doubt about its intended mission. The styling is unapologetically tough, with bold surfacing and a commanding presence designed to appeal equally to commercial users and lifestyle-focused buyers.
More importantly, the introduction of a plug-in hybrid powertrain represents a major shift for Nissan’s pickup lineup. As emissions regulations tighten and consumer expectations evolve, electrification is increasingly making its way into segments once considered immune to the trend. The Navara Pro appears to be Nissan’s answer to that reality.
Although power, battery capacity, and electric range figures have yet to be announced, Nissan describes the model as combining its 4×4 heritage with electrified capability—suggesting that efficiency gains won’t come at the expense of utility.
The Primera Name Returns—This Time as an EV
Sharing the spotlight was the all-new Primera EV, reviving one of Nissan’s most recognizable passenger-car nameplates for the electric era.
Gone is the practical family sedan of the 1990s and early 2000s. In its place is a sleek, technology-focused electric sedan designed to compete in a rapidly expanding segment where connectivity and digital experiences are becoming as important as horsepower and handling.
Nissan says the Primera EV emphasizes premium comfort, advanced cabin technology, and enhanced connectivity. The exterior follows contemporary EV design trends, featuring clean surfaces and a streamlined silhouette aimed at maximizing both aerodynamic efficiency and visual sophistication.
While details regarding battery size, driving range, and performance remain undisclosed, the Primera’s positioning suggests Nissan sees it as more than a mainstream commuter. Instead, it appears intended to showcase the company’s next-generation approach to premium electric mobility.
Why China Matters
The real story behind both vehicles may be where they come from.
Nissan confirmed earlier this year that China would play a central role in its future product strategy, serving as both a development center and an export base for vehicles destined for international markets. The Navara Pro Plug-in Hybrid and Primera EV are the first tangible evidence of that plan.
The move reflects the growing influence of China’s automotive industry, which has rapidly become one of the world’s leading sources of EV technology, battery development, software integration, and manufacturing efficiency. For global manufacturers, leveraging those strengths has become increasingly important in the race to remain competitive.
“As a lead market, China plays a dual role for Nissan, both as a strong market in its own right and a critical source of global competitiveness,” said Guillaume Cartier, Nissan’s chief performance officer. “This unveiling signals the beginning of our ‘From China’ export strategy.”
Nissan isn’t simply introducing two new vehicles. It’s introducing a new way of building and exporting them.
The Navara Pro Plug-in Hybrid demonstrates how electrification is reaching even traditionally conservative vehicle categories, while the Primera EV signals Nissan’s intent to compete more aggressively in the global electric sedan market. Together, they represent the opening chapter of a broader product offensive that will see China-developed vehicles reaching customers far beyond Chinese borders.
For Nissan, success will ultimately depend on how competitive these models prove once the specifications are revealed and the vehicles reach showrooms. But one thing is already clear: the company’s next generation of global products won’t necessarily be engineered in Japan first.
Increasingly, they’ll be born in China and exported to the world.
Škoda’s new electric flagship arrives with seven seats, nearly 400 miles of claimed range, and enough practicality to make a Swiss Army knife look under-equipped.
Who doesn’t appreciate a car that tells you exactly what it is?
The Smart Fortwo was a smart car for two. The Hyundai Coupe was, well, a coupe. And now Škoda gives us the Peaq—a name that leaves little room for interpretation. It’s the biggest, most luxurious, and most expensive model the Czech automaker has ever produced. No marketing gymnastics required.
Of course, naming conventions get a little confusing when the Peaq arrives alongside the much smaller Epiq, but that’s a problem for Škoda’s branding department. The important part is that the Peaq represents the brand’s most ambitious electric vehicle yet, and after getting behind the wheel of a prototype ahead of its official reveal, it’s clear Škoda isn’t interested in merely participating in the growing electric SUV segment. It wants to lead it.
Modern Solid, Maximum Presence
Scheduled for its full debut on June 23 in southeastern France, the seven-seat Peaq will become the fourth member of Škoda’s expanding EV lineup. Measuring nearly 193 inches long (4.9 meters), it’s around 10 inches longer than the Enyaq and more than 4 inches longer than the combustion-powered Kodiaq.
The styling introduces Škoda’s latest “Modern Solid” design language on its largest canvas yet. Preview sketches reveal a striking front end defined by the brand’s illuminated Tech-Deck Face, distinctive T-shaped LED lighting signatures, thick rear pillars, and a dramatic front fascia that Škoda designers describe as “volcano-shaped.”
While our heavily camouflaged prototype kept some secrets hidden, its proportions closely mirror those of the Vision 7S concept that previewed both the Peaq and Škoda’s new design direction. The result is cleaner, bolder, and more confident than previous Škoda SUVs without resorting to unnecessary visual theatrics.
As Karl Neuhold, the designer responsible for the exterior, explains, the goal was to create a vehicle with “clean lines, balanced proportions and distinctive elements.” Translation: fewer gimmicks, more substance.
Bigger Than a Kodiaq, Smarter Than Before
Underneath sits an extended version of Volkswagen Group’s familiar MEB electric architecture. Think Enyaq, but stretched and optimized for family-hauling duty.
Three powertrains are expected. Entry-level “60” models will pair a 59-kWh battery with a 201-hp rear-mounted motor. Above that sits what is likely to become the sweet spot of the range: a rear-wheel-drive version with 282 horsepower and an 86-kWh battery offering more than 380 miles of claimed range.
At the top of the lineup, the dual-motor 90X adds all-wheel drive and bumps output to 295 hp.
Fast charging peaks at an impressive 195 kW, helping the Peaq remain competitive against rivals like the Peugeot E-5008 while significantly undercutting premium alternatives such as the Kia EV9, Hyundai Ioniq 9, and Volvo EX90. Pricing is expected to land between £50,000 and £60,000 in the UK.
And yes, when asked about a future vRS performance version, Škoda executives responded with knowing smiles and a carefully chosen “anything is possible.” We’ll take that as a very strong maybe.
The Most Technological Skoda Yet
Beyond its size, the Peaq introduces a long list of firsts for the brand.
There’s one-pedal driving. Vehicle-to-load charging. An electrochromic panoramic roof. Magnetic wireless phone chargers. A reclining “Relax” seat package complete with a fold-out table. A premium Sonos audio system. Even the flush door handles are electrically deployable and feature a self-extracting function if frozen.
Inside, the centerpiece is a new 13.6-inch portrait-oriented touchscreen—the first vertical display fitted to a Škoda. The layout is logical enough: navigation and camera functions occupy the upper section within easy sightlines, while climate and shortcut controls remain lower down for easier reach.
It works well, though the vertical orientation comes with one casualty: Škoda’s wonderfully tactile Smart Dials, which don’t fit beneath the screen. That’s a shame because they remain one of the cleverest infotainment solutions in the industry.
Room for Seven—Sort Of
The stretched wheelbase pays immediate dividends inside.
Compared with the Kodiaq, second-row passengers gain over two inches of additional legroom, while third-row occupants benefit from a meaningful increase in available space. Adults won’t be volunteering for cross-country journeys back there, but children will have little reason to complain.
Cargo capacity remains a strong suit. Even with all seven seats in place, there’s 299 liters of storage available. Fold the third row and capacity expands to a substantial 935 liters. There’s also a small 35-liter front trunk, though realistically it will spend most of its life housing charging cables.
Which is exactly what most owners will want.
Surprisingly Agile for Something This Large
Out on the roads around Italy’s Lake Como, the Peaq immediately feels familiar—in the best possible way.
Essentially, it drives like a larger Enyaq.
That means composed handling, sensible chassis tuning, and a degree of maneuverability that seems at odds with its dimensions. The rear-wheel-drive version’s turning circle measures just 9.9 meters—actually tighter than a Volkswagen Golf’s—and it shows. Tight urban streets and crowded parking areas present surprisingly little challenge.
Steering is nicely weighted and responsive enough to disguise some of the vehicle’s considerable mass. Ride quality remains a standout. Despite the absence of air suspension, the prototype absorbed broken pavement and rough surfaces with impressive composure, even while riding on 20-inch wheels.
Adaptive dampers are available, offering 14 different settings between Comfort and Sport. Unsurprisingly, the middle setting proves best. Sport introduces unnecessary nervousness, while Comfort becomes a touch too relaxed. The default calibration strikes the most natural balance.
Plenty of Power, Plenty of Sense
Our test vehicle used the 282-hp rear-drive setup, and it feels entirely adequate.
Škoda claims a 0–62 mph time of 7.1 seconds, though the more impressive achievement is how smoothly the power is delivered. Rather than launching occupants into the headrests at every green light, the Peaq accelerates with a linear, progressive character that feels mature and well judged.
In a market increasingly obsessed with eye-watering power figures and sub-five-second acceleration times, that restraint is refreshing.
The rear-drive model also appears likely to offer the best balance of performance, range, and refinement. The entry-level version may struggle under full passenger loads, while the all-wheel-drive flagship sacrifices some efficiency for gains many buyers may rarely exploit.
Early Verdict
Škoda views the Peugeot E-5008 as the Peaq’s most direct competitor, and it’s easy to see why. The electric seven-seat SUV market remains surprisingly thin, populated mostly by expensive premium offerings and a growing number of Chinese challengers.
If the finished production car remains faithful to what we’ve experienced here, the Peaq could quickly establish itself as one of the segment’s benchmark offerings.
It’s spacious, thoughtfully engineered, packed with genuinely useful technology, and drives with the calm confidence that has become a Škoda trademark.
Most importantly, it doesn’t try too hard to reinvent the family SUV formula. Instead, it simply executes it exceptionally well.
For a company whose motto is “Simply Clever,” that feels entirely appropriate.
