Chinese mobility news this week captures three forces reshaping the industry at once: the race toward L3 autonomous driving, the expansion of EV-adjacent robotics businesses, and the growing pressure on legacy global automakers. On September 2, Qijing Auto CEO Liu Jiaming said the brand’s upcoming Qijing GX7 will launch with an L3 autonomous driving architecture ahead of its September 4 presale, positioning the GAC-Huawei-backed SUV as a high-end intelligent new-energy product. At the same time, Faraday Future (FF) said it completed its first Middle East robot delivery on August 28, while Volkswagen Group faces reported plans to shut four German plants between 2031 and 2034 as it battles weak margins and overcapacity.
Qijing GX7 Puts L3 Architecture at the Center
The most important product story is the Qijing GX7, a new full-size smart SUV jointly developed under the strategic partnership between GAC Group and Huawei. Rather than treating software as an add-on, CEO Liu Jiaming argued that next-generation intelligent EVs must be designed from the ground up around autonomous capability.
That matters because Qijing is not merely promising future software upgrades. It says the GX7 starts with an L3-grade underlying architecture, a much tougher engineering standard than today’s mainstream L2 driver-assistance systems.
What makes the GX7 notable
- Presale date: September 4
- Vehicle type: Mid-to-large intelligent SUV
- Brand positioning: High-end intelligent new-energy brand
- Backers: GAC Group and Huawei
- Autonomy stack: Huawei Qiankun ADS 5
- Sensor suite: 1 x 896-line dual-path imaging lidar, 3 x blind-spot lidars, 38 intelligent sensors total
- Cabin tech: First vehicle with HarmonyOS Cockpit 6
- Powertrain: 1.5T range-extender with triple-motor setup
- Combined output: 550 kW
- 0-100 km/h: 3-second class
- Total range: Over 1,500 km
Why L3 Is More Than a Marketing Upgrade
Liu’s comments highlight an increasingly important distinction in China’s EV market: L3 is not just “stronger L2.” It requires a fundamentally different safety and systems architecture.
According to Qijing, both the GT7 and GX7 are built with full-chain redundancy across eight core systems:
- Power supply
- Computing
- Perception
- Positioning
- Communication
- Steering
- Braking
- Human-machine interaction
The key idea is redundancy: one system operates while another monitors in real time, allowing the vehicle to maintain safe control and pull over if a single component fails. That is the kind of hardware-software integration regulators and engineers expect for eventual higher-level automated driving deployment.
Liu also tied the timing to China’s regulatory roadmap, referring to a national standard planned for implementation in July 2027. His stated goal is for the architecture to remain relevant for five years, suggesting Qijing is trying to future-proof the vehicle rather than chase a short-lived feature war.
Qijing GX7 Key Specs
| Category | Qijing GX7 |
|---|---|
| Length x Width x Height | 5099 x 2006 x 1750 mm |
| Wheelbase | 3070 mm |
| Seating/layout | “Wide five-seat” SUV |
| ADAS/Autonomy | Huawei Qiankun ADS 5 |
| Lidar | 1 x 896-line dual-path imaging lidar + 3 supplementary lidars |
| Total sensors | 38 |
| Infotainment | HarmonyOS Cockpit 6 |
| Special cabin feature | One-touch bed mode in 20 seconds |
| Powertrain | 1.5T super range-extender + 3 motors |
| System output | 550 kW |
| Acceleration | 0-100 km/h in the 3-second range |
| Combined range | 1,500+ km |
A Familiar China Formula: Big SUV, Huawei Stack, Long Range
The GX7 also fits a formula that is proving highly effective in China’s premium EV and EREV market:
- Large family-oriented SUVs
- Strong in-car software ecosystems
- Huawei-branded smart driving hardware/software
- Very long real-world usability through range-extender technology
- Performance figures that rival premium BEVs
In that sense, the GX7 is not launching into a vacuum. It enters a brutally competitive segment where buyers increasingly expect:
- Urban NOA-style advanced driving features
- Spacious second-row packaging
- Multi-scene cabin flexibility
- Fast acceleration
- Long-distance travel convenience without charging anxiety
Its 1,500 km-plus combined range claim and 550 kW output are especially tailored to Chinese consumer preferences, where EREV and PHEV solutions remain a powerful bridge between pure electric ambition and practical usage.
Faraday Future Expands Robotics in the Middle East
In a separate but related development, Faraday Future said its EAI robotics business has officially entered the Middle East with its first completed order and delivery.
According to the company, the initial shipment was completed on August 28 and included 6 robots in total:
- 2 humanoid robots
- 4 quadruped robots
FF framed the deal as a “0-to-1” breakthrough for its Middle East robotics push. Founder and Global CEO Jia Yueting said the first delivery has value on three levels:
- Strategic: establishing a Middle East foothold in FF’s global layout
- Commercial: tapping a high-spending customer base and advancing its ecosystem model
- Capital: improving access to AI and embodied-AI related financing and partnerships
The company is now planning several follow-up milestones in September:
- A Middle East launch event for FF EAI robots by late September
- A September 19 new product launch including Master Mini
- An education ecosystem productivity solution 1.0 for robotics
- A September 28 partner招商/partner conference for upstream ecosystem players
Why an EV Company Is Talking About Robots
For readers focused on the Chinese EV industry, FF’s announcement is relevant because it reflects a broader shift: mobility companies increasingly want to define themselves as AI platform businesses, not just automakers.
This trend is already visible across China’s new-energy vehicle sector, where companies are investing in:
- Autonomous driving foundation models
- In-car AI agents
- Embodied AI and robotics
- Shared sensor/computing stacks across vehicles and robots
FF remains a much smaller and more financially constrained player than leading Chinese EV manufacturers, but the strategic logic is familiar. The same perception, computing, control, and AI capabilities built for smart EVs can potentially extend into robotics and industrial applications.
Volkswagen’s Reported Factory Closures Show the Other Side of the EV Transition
If Qijing and FF represent expansion into new intelligent mobility categories, Volkswagen Group represents the pressure facing legacy incumbents.
According to a report cited by D1EV from German outlet WirtschaftsWoche, Volkswagen’s management board plans to propose ending production at four German plants between 2031 and 2034:
- Emden in 2031
- Zwickau in 2031
- Hanover in 2032
- Audi Neckarsulm in 2034
These are not marginal sites. They build core electric models such as:
- Volkswagen ID.4
- Volkswagen ID.7
- Volkswagen ID.3
- Cupra Born
- Audi Q4 e-tron
- ID. Buzz
Volkswagen reportedly expects to sell 8.5 million vehicles globally this year, down from 8.98 million in 2025. CEO Oliver Blume is said to be pushing fresh cost-cutting ahead of a September 4 supervisory board meeting, with a long-term target of lifting the group’s profit margin to 9%. For context, Volkswagen’s Q2 profit margin was just 4.2%.
The labor implications are severe. Union representatives have warned that as many as 140,000 jobs could be at risk, combining previously agreed cuts, possible global restructuring, and the employment impact of the four sites mentioned in the report.
Comparison: Three Signals From One Week of News
| Topic | Company | Key Development | What It Signals |
|---|---|---|---|
| Smart EV product launch | Qijing | GX7 to launch with L3 autonomous architecture | China’s premium EV market is moving from feature competition to system-level autonomy engineering |
| Robotics expansion | Faraday Future | First Middle East robot delivery: 6 units | EV companies are broadening into AI, robotics, and ecosystem businesses |
| Industrial restructuring | Volkswagen | Reported plan to halt production at 4 German plants | Legacy automakers face margin pressure, overcapacity, and a difficult EV transition |
Why This Matters Globally
These three stories, taken together, show how the center of gravity in automotive innovation keeps shifting.
First, Chinese EV brands and their technology partners are compressing development cycles. Qijing’s pitch is not simply that it has a smart SUV coming soon, but that it has engineered the vehicle around an autonomy-ready electrical and electronic architecture from day one.
Second, the boundary between automotive, AI, and robotics is fading fast. Whether or not every such expansion succeeds commercially, the strategic direction is clear: future mobility companies want to own computing platforms, sensors, operating systems, and embodied AI use cases.
Third, established European automakers are under intense strain. While Chinese players are launching new products around Huawei smart driving stacks and long-range electrified platforms, companies like Volkswagen are still wrestling with factory utilization, labor politics, profitability, and tariff exposure.
The Bigger Competitive Picture
For Chinese EV makers, the message is encouraging but also demanding.
The opportunity:
- Consumers are rewarding advanced intelligent features
- Huawei-backed vehicle programs continue to gain attention
- EREV and PHEV formats remain commercially powerful
- Software-defined vehicles can create meaningful brand differentiation
The challenge:
- L3 claims will face growing regulatory scrutiny
- Redundancy and safety validation add significant cost
- The premium SUV segment in China is crowded
- International expansion requires stronger compliance, service, and capital discipline
What to Watch Next
Over the next several weeks, three milestones will be worth tracking:
- Qijing GX7 presale reception on September 4 — especially pricing, trim strategy, and how aggressively Qijing positions its L3-ready architecture against rivals.
- FF’s September Middle East events — to see whether its robotics story gains real commercial traction beyond an initial six-unit delivery.
- Volkswagen’s September 4 supervisory board meeting — which could reveal how deeply Europe’s biggest carmaker intends to restructure its manufacturing footprint.
In short, the global EV race is no longer only about battery range or motor power. It is increasingly about who can best integrate autonomous driving, AI computing, robotics, and profitable industrial scale into a durable business model.
