Leapmotor Delivers More Than 100,000 EVs in a Month for the First Time as Global Growth Surges

Leapmotor has reached a defining moment in its rise from ambitious Chinese startup to major global electric vehicle contender, delivering 101,267 vehicles worldwide in July and more than doubling its performance from the same month last year. The result represents a 102 percent year-on-year increase and marks the first time the company has surpassed the 100,000-unit monthly delivery threshold.

The achievement is significant not only for Leapmotor but for China’s rapidly evolving EV sector. The company says it is the first Chinese new-energy vehicle startup to break the six-figure monthly delivery barrier, a milestone that underscores both its accelerating production capacity and growing consumer acceptance.

Five Consecutive Months of Growth

July also extended Leapmotor’s current growth streak to five consecutive months. Deliveries rose 8.45 percent from the 93,376 units recorded in June, indicating that momentum is continuing rather than fading after a strong first half of the year.

The cumulative figures paint an equally impressive picture. From January through July, Leapmotor delivered 457,754 vehicles globally, a 68.42 percent increase compared with the same period a year ago. At its current pace, the brand is positioning itself among the fastest-growing electric vehicle manufacturers in the world.

A Broad Product Offensive in China

Much of that momentum has been driven by an aggressive product rollout in China, where competition in the EV market remains among the fiercest anywhere in the automotive industry.

In June, Leapmotor introduced updated versions of the C10, C11 and C16, while also unveiling the D99, its first MPV. The launch expanded the company’s reach into a family-oriented segment that has become increasingly important as Chinese buyers seek larger and more versatile electric vehicles.

The product push continued in July with refreshed versions of the B01 sedan and B10 SUV. Both models gained long-range variants built around an 800V fast-charging architecture, a technology increasingly associated with premium EVs because it allows significantly faster charging times and improved efficiency.

Leapmotor also opened pre-orders for the new A05 compact EV, a model aimed squarely at one of China’s most contested market segments. Success in the compact category could prove particularly valuable, as it offers access to high-volume buyers and first-time EV customers.

What the 100,000-Unit Milestone Means

Crossing the 100,000-delivery mark is more than a symbolic achievement. It demonstrates that Leapmotor has moved beyond the scale typically associated with emerging EV startups and is now operating at a level that demands comparison with established global manufacturers.

The milestone also gives the company a clearer lead among China’s new-generation EV brands, many of which are still working to achieve sustained profitability and stable production growth. Investors and industry analysts often view delivery consistency as a key indicator of operational health, and Leapmotor’s five-month expansion streak suggests increasing manufacturing stability.

Rapid Expansion Meets Rising Demand

The company’s recent performance reflects a broader trend in the Chinese electric vehicle market, where domestic brands continue to gain share through rapid product development, competitive pricing and advanced charging technology. Leapmotor’s ability to introduce multiple updated models within a short period indicates a development cycle that is becoming increasingly efficient.

Consumer demand appears to be responding positively. The strong July result suggests that the brand is gaining traction not only with early EV adopters but also with mainstream buyers seeking practical electric alternatives across sedan, SUV and MPV categories.

Outlook for Leapmotor in 2026

With nearly 458,000 vehicles delivered in the first seven months of the year, Leapmotor enters the remainder of 2026 with considerable momentum. Continued expansion of its 800V platform, the launch of the A05 and sustained growth in China will be closely watched as indicators of whether the company can maintain its current trajectory.

For now, the numbers speak loudly. A record 101,267 deliveries in July, a 102 percent annual increase and five straight months of growth confirm that Leapmotor has entered a new phase of scale and market relevance. In an industry where growth stories emerge quickly and disappear just as fast, the company’s latest milestone suggests that Leapmotor is becoming one of the most important names in China’s next generation of electric vehicle manufacturers.

Source: Leapmotor

2026 Audi A2 E-tron Review

The Audi A2 is back, and that may be one of the least likely automotive comebacks of the decade.

When the original Audi A2 arrived at the turn of the millennium, it was a bold engineering statement rather than a commercial success. Its aluminium spaceframe construction, radical aerodynamics and unusually spacious cabin made it one of the most fuel-efficient small cars of its era, but buyers never fully embraced it and Audi reportedly struggled to make money from it. Two decades later, the A2 has become a cult classic among enthusiasts who appreciate uncompromising design.

Now Audi has revived the nameplate for the electric age. The new Audi A2 E-tron was not conceived as a nostalgic retro project in the mould of the Mini or Renault 5. Instead, Audi’s engineers set out to create a compact EV smaller than the Q4 E-tron and as aerodynamic as possible. The surprise is that, when you optimise a hatchback for efficiency, you naturally arrive at something remarkably A2-shaped.

A design driven by aerodynamics

The new A2 E-tron’s proportions reveal how strongly aerodynamics dictated the brief. A short, bluff front end flows into a smooth, monolithic body, minimising changes in airflow direction. The teardrop profile is truncated at the rear for practicality, while the split rear window improves visibility without sacrificing aerodynamic performance.

This is not a direct visual copy of the original A2, but the resemblance is unmistakable because both cars were shaped by the same engineering priorities.

Audi has also resisted the temptation to make the new car a technological moonshot. Unlike the all-aluminium original, the A2 E-tron is built on the Volkswagen Group’s latest MEB electric platform, a decision that keeps costs under control and allows it to serve as an indirect replacement for the discontinued A1 and Q2.

New battery technology and a more efficient motor

The latest MEB architecture brings significant upgrades. Most notable is the switch to lithium-iron-phosphate (LFP) chemistry for the mid-range battery option. Unlike traditional nickel-manganese-cobalt packs, the LFP battery can be routinely charged to 100 percent without the same long-term degradation concerns, making it particularly attractive for daily use.

Audi has also adopted Volkswagen Group’s new APP350 permanent-magnet motor, which has been engineered for lower energy losses. Thinner internal components, lower-viscosity lubricants and a separate oil pan reduce drag within the drivetrain, improving overall efficiency.

In effect, the A2 E-tron is Audi’s premium interpretation of the Volkswagen ID 3, but with a stronger emphasis on refinement, design and aerodynamic optimisation.

Rivals: Renault Megane, Volvo EX30 and Mini Countryman E

Audi has not yet published full dimensions, but the A2 appears similar in size to the ID 3. That places it in the heart of the compact electric hatchback market, where its key rivals include the Renault Megane E-Tech, Volvo EX30, Mini Countryman E and Cupra Born.

With BMW and Mercedes-Benz still lacking direct electric equivalents to the 1 Series and A-Class, Audi has an opportunity to establish the A2 as a genuine premium compact EV.

Interior: more Audi than Volkswagen

Although the cabin remains partially disguised, it is clear that the A2 borrows heavily from Audi’s latest models rather than from the ID 3. The digital screens, steering wheel and distinctive column-mounted controls feel closer to a Q3 than to Volkswagen’s hatchback.

The layout is intuitive and the materials feel solid, but the cabin lacks some of the tactile richness associated with classic Audis. Physical buttons are scarce, and the thick screen bezels look less sophisticated than the rest of the design.

Audi has introduced knitted-look fabric across the dashboard and door tops, echoing a trend seen in recent Minis. The overall ambience is intentionally understated, though it does not obviously feel more luxurious than a Renault Megane E-Tech.

The manually adjustable cloth seats are excellent, however, and the driving position is spot on: upright enough to preserve the original A2’s practicality, yet low enough to feel like a conventional hatchback.

Rear passengers benefit from generous headroom and acceptable knee room, although the high battery floor forces a slightly awkward seating position. Boot capacity has not been confirmed, but it is expected to be close to the Cupra Born’s 385 litres.

Efficiency first: 300 miles from a 58kWh battery?

Audi’s first drive programme focused squarely on efficiency. The test car used the new APP350 motor, a 58kWh usable LFP battery and optional sport suspension, which lowers the ride height to reduce aerodynamic drag.

The route through Denmark and southern Sweden was hardly a thrilling proving ground, but it produced an eye-catching 5.4 miles per kWh. If that figure proves repeatable, the A2 could realistically deliver around 300 miles of real-world range from a relatively modest battery, comfortably ahead of many similarly sized rivals.

Even with more enthusiastic driving, efficiency in the high-fours appears achievable, which would still be an outstanding result for a compact premium EV.

Audi has also given drivers extensive control over energy recuperation. Steering-wheel paddles and the drive selector allow everything from full coasting to strong one-pedal driving, making it easy to tailor the car to personal preference.

Ride comfort: avoid the sport suspension

The pursuit of efficiency has introduced some compromises. The optional sport suspension fitted to the test car was exceptionally firm, to the point of becoming tiring even on the excellent roads of southern Sweden.

Body control is impressive and the chassis never feels brittle, but the ride is simply too harsh for a car whose mission is relaxed long-distance efficiency. For UK roads in particular, the standard suspension is likely to be the wiser choice.

Road noise from the Bridgestone Turanza 6 tyres was also noticeable. Dry-road grip was respectable, and the rear-mounted motor gives the steering a clean, uncorrupted feel, but refinement is not yet class-leading.

Is the new Audi A2 worthy of the name?

Enthusiasts will inevitably point out that the new A2 is not the radical engineering experiment that made the original famous. Audi was never going to approve another unprofitable aluminium showcase car, and judging the newcomer by that standard misses the point.

The more relevant question is whether Audi has created a distinctive premium EV rather than merely rebadging an ID 3. On first acquaintance, the answer appears to be yes. The A2 E-tron has its own visual identity, its own cabin atmosphere and a clear focus on aerodynamic efficiency that echoes the spirit of the original.

A definitive verdict will require more time on a wider variety of roads and in different powertrain versions, but the early signs are encouraging. The new A2 feels recognisably Audi in its design, driving position and engineering priorities, and its efficiency is genuinely impressive.

Ironically, this electric reboot is likely to be more commercially successful than the petrol and diesel A2 ever was. Whether it will inspire the same loyal following over the next twenty years is another question entirely.

Source: Audi

Hennessey Blackbird

American hypercar specialist Hennessey has unveiled the Hennessey Blackbird, its third all-new model and the spiritual successor to the Venom F5. Rather than chasing headline power figures alone, the Texas-based manufacturer says the new flagship has been developed around a single principle: maximum man-machine connection.

That philosophy immediately sets the Blackbird apart from the increasingly digital hypercar landscape. It combines a high-revving naturally aspirated V8, an exposed six-speed manual gearbox and a minimalist cockpit with performance targets that place it firmly among the world’s elite supercars.

Hennessey is targeting 800-850bhp, 0-60mph in under 3.0 seconds and a top speed of 220mph, figures that position the Blackbird as a serious rival to the most exotic European machinery while offering a far more analogue driving experience.

Lightweight carbon construction keeps the Blackbird under 1360kg

A key part of the Blackbird’s performance strategy is weight reduction. Hennessey claims a dry weight of less than 1360kg (3000lb), achieved through a bespoke carbonfibre monocoque and full carbonfibre bodywork.

For context, that would make the Blackbird exceptionally light for a modern hypercar with this level of performance. The combination of relatively modest mass and naturally aspirated power promises a responsiveness and immediacy that are becoming increasingly rare in the segment.

Ilmor-developed naturally aspirated V8 revs to 9000rpm

At the heart of the Hennessey Blackbird is a newly developed naturally aspirated V8 created in partnership with Ilmor Engineering, the renowned motorsport firm with deep roots in NASCAR and IndyCar.

Hennessey is targeting a 9000rpm red line, a figure more commonly associated with racing engines than road-going American supercars. Power is sent exclusively to the rear wheels through an open-gate, exposed-linkage six-speed manual transmission, making the Blackbird one of the few upcoming hypercars to retain a traditional manual gearbox.

The decision is deliberate. Hennessey says the driver should remain fully engaged in every aspect of the experience, from clutch modulation to gear selection and throttle control.

Analogue driving experience in a digital hypercar era

Electronic systems have not been abandoned entirely. The Blackbird features active suspension, anti-lock braking and traction control, but these technologies are intended to support rather than dominate the driving experience.

Inside, the cabin is a clear statement of intent. Exposed carbonfibre, visible pedal linkages and a bank of traditional dials replace the large digital displays now common in modern supercars. Even the steering wheel is free from buttons and switches.

Infotainment is handled via a smartphone mount rather than a built-in touchscreen, while a traditional ignition key replaces the now ubiquitous start button. The gearlever occupies the visual centrepiece of the floating centre console, reinforcing the car’s mechanical focus.

Hennessey design director Nathan Malinick said the company wanted to avoid creating a car that feels technologically obsolete after only a few years.

“A big concern with our customers is driving something that is dated the minute that it lands,” Malinick told Autocar. “You could still drive this in 75 years and not have a blank and unusable screen that is now broken and no one can find parts to.”

Malinick cited the cockpit of the Ferrari 250 GTO as one of his all-time inspirations, a clue to the Blackbird’s emphasis on timeless functionality.

Inspired by the Lockheed SR-71 Blackbird spy plane

The Blackbird’s name and styling pay tribute to the legendary Lockheed SR-71 Blackbird reconnaissance aircraft. Hennessey has secured the rights to use the Blackbird name, and the aviation influence extends well beyond branding.

The body features sharp creases alongside the sidepods that echo the SR-71’s fuselage, while the active rear stabilisers are modelled on the aircraft’s tail fins. These elements tilt up to 71 degrees at speeds above 71mph to help maintain aerodynamic stability and downforce.

Hennessey has also referenced another iconic aircraft in the quad exhaust layout, which nods to the Bell X-1, the rocket-powered aircraft that became the first to break the sound barrier in 1947.

Built for 800-mile days, not just track sessions

Perhaps the most surprising aspect of the Hennessey Blackbird is its emphasis on long-distance usability. Unlike many hypercars that prioritise lap times above all else, the Blackbird has been engineered first and foremost as a road car.

Hennessey says the development programme focused heavily on refinement, visibility and luggage space, with the goal of enabling owners to comfortably cover more than 800 miles in a single day.

The cabin is roomier than that of the outgoing Venom F5, and the luggage compartment is said to accommodate two full-size carry-on bags. That makes the Blackbird unusually practical for a vehicle capable of more than 220mph.

A McLaren W1 alternative for enthusiasts who want a manual gearbox

With a starting price of $2.5 million before taxes, the Blackbird occupies the same financial territory as the latest ultra-exclusive hypercars, including the McLaren W1. Hennessey is clearly targeting buyers who want something fundamentally different from the hybrid-assisted, screen-dominated approach taken by many contemporary rivals.

The Blackbird offers a rare combination of naturally aspirated power, manual transmission, lightweight construction and genuine touring capability. In today’s market, that combination is arguably more unusual than extreme horsepower.

Hennessey Blackbird production starts in Texas in 2029

Production of the Hennessey Blackbird is scheduled to begin in Texas in 2029, with just 71 customer cars planned. The limited production run mirrors the exclusivity expected at this price point and reinforces the Blackbird’s positioning as a collectible long-term asset as much as a high-performance automobile.

Hennessey also expects the model to enjoy a lengthy production life, with future derivatives and special editions likely. For now, however, the company insists its attention is focused entirely on delivering the Blackbird itself.

Source: Hennessey

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