Zeekr Hits 800,000 Deliveries as China EVs Evolve

China’s electric vehicle industry delivered a dense wave of signals on June 16: Zeekr said its cumulative global deliveries have surpassed 800,000 units in less than five years, Leapmotor founder Zhu Jiangming argued that China’s shift toward pure EVs is accelerating even as PHEVs and EREVs retain a role, and new national EV safety standards are set to take effect on July 1. At the same time, the broader mobility technology stack is getting smarter, with Alibaba launching its first full Qwen-Robot embodied AI model family and suppliers highlighting better motor testing tools for next-generation EVs, robots, and industrial systems. Together, these developments show how the Chinese EV market is no longer just about selling more cars—it is increasingly about software, safety, manufacturing capability, and global scale.

Zeekr’s 800,000 Milestone Underscores Premium EV Momentum

Zeekr’s latest delivery milestone is one of the clearest indicators that China’s premium battery-electric segment is maturing fast. The brand said it has now delivered more than 800,000 vehicles globally since the first Zeekr 001 deliveries began in October 2021, making it the first Chinese premium pure-EV brand to reach that level within five years.

The pace matters as much as the total:

• May 2026 deliveries: 34,377 vehicles
• Year-on-year growth: 81.8%
• 2026 Jan-May deliveries: 143,201 vehicles
• Progress toward 300,000 annual target: 48%
• Markets entered globally: 50+
• Average transaction price in China: over RMB 360,000
• Year-on-year increase in average transaction price: 52.4%

That last number is especially important. In China’s hyper-competitive EV market, rising volume is common; rising volume while maintaining a premium price position is much harder. Zeekr says its average selling price now exceeds that of traditional luxury brands including BMW and Audi in the Chinese market.

Zeekr model performance at a glance

Zeekr also highlighted a broadening portfolio across key body styles:

• Zeekr 009: nearly 70,000 cumulative deliveries, and reportedly the best-selling MPV in China above RMB 400,000 for two consecutive years
• Zeekr 9X: over 60,000 cumulative deliveries, with a seven-month run at the top of China’s RMB 500,000 large SUV segment by sales and reputation rankings
• Zeekr 7X: over 160,000 cumulative deliveries
• Zeekr shooting-brake family: nearly 380,000 cumulative deliveries

Globally, Zeekr says the 009 has led the luxury pure-electric MPV segment in markets including Hong Kong, Thailand, and Malaysia, while the 7X has ranked highly in premium midsize SUV categories in Australia, Hong Kong, and Malaysia.

Leapmotor Says Pure EVs Are Gaining Ground—But Hybrids Stay Relevant

While Zeekr represents the premium BEV push, Leapmotor’s latest comments reveal how Chinese automakers are thinking about drivetrain strategy more broadly.

After launching updated C10, C11, and C16 models, Leapmotor founder Zhu Jiangming said the electrification trend in China will accelerate further, with pure EV market share continuing to expand. He pointed to a striking near-term figure: China’s new-energy vehicle penetration rate reached 66.7% last week, or roughly two-thirds of the market.

Zhu’s core argument is that many users of plug-in hybrid electric vehicles (PHEVs) and extended-range EVs (EREVs) increasingly realize they rarely use gasoline. In his view, that weakens the long-term appeal of carrying both an engine and a small battery—especially if frequent charging of a smaller pack becomes inconvenient.

Still, he did not predict the end of PHEVs or EREVs. Instead, he argued for long-term coexistence:

• BEVs will keep gaining share in urban and well-served charging markets
• PHEVs/EREVs remain practical where charging is less convenient
• Cold-weather regions such as Northeast and Northwest China still present real use cases for hybridized solutions

This is a more nuanced view than the “BEV wins everything” narrative. It also reflects current Chinese market realities: pure EVs are strengthening, but energy diversity remains a rational response to uneven charging access, climate conditions, and regional demand.

Powertrain outlook in China

Leapmotor also used the moment to emphasize that its product lineup is now more complete across multiple price bands. Zhu said newer A-series and D-series launches have performed strongly, helping Leapmotor appeal to customers who may also be cross-shopping brands such as XPeng and BYD.

New EV Safety Rules Raise the Bar in China

One of the most consequential developments in the background of this week’s news is regulatory rather than commercial. From July 1, China will implement two mandatory national standards:

• GB18384—2025: Electric Vehicle Safety Requirements
• GB38031—2025: Power Battery Safety Requirements for Electric Vehicles

The most notable change is the requirement for a physical disconnection between the high-voltage circuit or drive system and the rechargeable energy storage system. That is a meaningful step beyond software-only approaches.

The new rules also formally define a “one-click power-off” device as a physical disconnection mechanism. In practice, that should improve accident response by making emergency power isolation faster and more reliable for first responders and vehicle occupants.

Key implications include:

• Better emergency handling after collisions
• Reduced dependence on software logic alone during safety-critical events
• Likely higher compliance costs for automakers and suppliers
• Stronger consumer confidence in EV battery and high-voltage system safety

For a market that is already the world’s largest for EVs, tougher standards are a sign of maturity. China is moving from rapid expansion to more institutionalized quality control.

AI and Robotics Are Moving Closer to the Vehicle Industry

Another major theme in the latest news is that the Chinese EV ecosystem is becoming inseparable from AI.

Alibaba has launched the Qwen-Robot family, described as the first complete embodied AI series within its Qwen model lineup. The three-part architecture includes:

• Qwen-RobotManip: a VLA manipulation model for physical operation
• Qwen-RobotNav: a VLN mobility model for autonomous navigation
• Qwen-RobotWorld: a world model for environmental understanding and decision-making

Alibaba’s framing is notable because it mirrors the way automakers increasingly think about intelligent vehicles: not simply as transport devices, but as embodied systems that must sense, move, act, and predict in real-world environments.

For the EV industry, the relevance goes beyond humanoid robotics. Similar AI capabilities can eventually feed into:

• In-cabin assistants
• Automated parking and low-speed maneuvering
• Factory robotics and flexible manufacturing
• Warehouse logistics for auto supply chains
• Mobile service and charging robots

This broader AI momentum is also visible in financing. According to The Information, DeepSeek has reportedly completed a funding round of more than US$7 billion, valuing the company at over US$50 billion, potentially the largest single-round financing in China’s AI sector to date. Reported participants include Tencent, CATL, JD.com, NetEase, and IDG Capital, with CATL’s presence particularly interesting from an automotive perspective.

That connection matters: battery giants, internet platforms, and automakers are increasingly investing across each other’s domains. In China, EV competition is no longer confined to hardware. The next advantage may come from owning more of the intelligence stack.

The Supply Chain Story: Better Motors, Better Testing, Better Cars

The Chinese EV story is often told through flashy launches and delivery numbers, but the less glamorous testing layer is just as important.

A recent industry update highlighted Tongxing Intelligent’s motor performance testing system, designed for both performance evaluation and durability validation. Using its TSMaster software platform plus high-precision torque and speed measurement, the system can collect, analyze, and visualize data in real time.

Its functions include:

• Monitoring input electrical parameters such as voltage, current, and electric power
• Measuring output mechanical parameters including torque, speed, and mechanical power
• Calculating real-time conversion efficiency
• Automatically generating motor characteristic curves such as:
  • Torque-speed (T-N) curves
  • Efficiency maps

The system is designed to support a wide range of applications:

• EV drive motors
• Actuator motors linked to autonomous driving systems
• Starter motors
• Robot joint motors
• PMSM and servo motors
• Three-phase induction motors
• BLDC motors
• E-motorcycle power units
• Electric tool motors
• Gear reducer testing

For EV readers, this matters because improved motor testing directly affects:

• Efficiency optimization
• Thermal management validation
• Durability and warranty performance
• NVH refinement
• Drive system calibration speed

As Chinese automakers move further upscale and global, supplier-side validation capability becomes a competitive differentiator. You cannot build premium EVs at scale without better testing infrastructure behind the scenes.

Industry Pressure Is Still Intense

For all the impressive growth, the market remains brutally competitive.

Recent company updates underline that reality:

• NIO founder Li Bin said 2026 is the hardest year he has experienced in the car business
• The updated Onvo L60 launched at RMB 192,800 to RMB 222,800, a cut of RMB 14,100 versus the previous version
• Li said the model still carries gross margin, but rising supply-chain costs are making the situation difficult
• Li Auto announced a new executive equity incentive package worth over RMB 2 billion in market value, showing how high-growth EV makers are still using stock-based compensation to retain key leadership

These details are reminders that scale does not eliminate pressure. Price competition remains fierce, supply-chain costs are volatile, and the race to fund software, ADAS, battery development, and overseas expansion is expensive.

Global Implications

The most important takeaway from this cluster of news is that China’s EV industry is becoming more complete and harder to dismiss as a low-cost manufacturing story.

Several trends stand out:

1. Premiumization is real
   Zeekr’s 800,000-unit milestone and RMB 360,000-plus average transaction price show that Chinese brands are not only winning on affordability, but increasingly on premium positioning.

2. BEVs are strengthening, but drivetrain pluralism remains
   Leapmotor’s comments reflect a sophisticated market reality: battery-electric vehicles are gaining share, yet PHEVs and EREVs will continue to serve specific user groups.

3. Regulation is becoming a competitive tool
   China’s tougher EV safety standards should improve quality perception domestically and may support export credibility over time.

4. AI is becoming part of the auto stack
   From Alibaba’s Qwen-Robot to DeepSeek’s giant funding round, Chinese mobility players are increasingly linked to the country’s broader AI ecosystem.

5. Industrial capability matters as much as brand power
   Advanced motor testing, battery validation, and manufacturing automation are becoming critical enablers of long-term competitiveness.

This combination—scale, software, safety regulation, and supply-chain depth—is what makes Chinese EVs so strategically important globally.

What Comes Next

In the months ahead, watch three things closely.

First, see whether Zeekr can maintain both volume growth and premium pricing as rivals from NIO, XPeng, BYD, Li Auto, and Huawei-backed brands intensify competition. Second, pay attention to whether China’s new safety regulations force visible design changes in battery packs, high-voltage architecture, and emergency isolation systems. Third, monitor how AI platforms such as Qwen and DeepSeek begin to influence in-vehicle intelligence, manufacturing, and robotics tied to the auto supply chain.

China’s EV market is still expanding, but it is also entering a more demanding phase. The winners will not just be the brands that sell the most cars—they will be the ones that best integrate electrification, intelligence, safety, and industrial execution.