China’s EV industry delivered a revealing set of signals on May 11: Xiaomi appears to be preparing an independent extended-range vehicle brand called Xuntian, Li Auto is openly framing its latest chassis tech as groundwork for L3/L4 automated driving, Zeekr is pushing another major OTA upgrade, and the broader market is showing a harsh reality—battery suppliers are capturing more profit than many automakers. Taken together, these developments show where the Chinese auto market is heading next: smarter software, more differentiated sub-brands, stronger cockpit and chassis integration, and an increasingly intense fight for margins both at home and overseas.
Xiaomi’s rumored Xuntian brand points to a new EREV front
According to D1EV, Xiaomi has successfully registered more than 40 trademarks tied to “Xuntian” and “SKYNOMAD”, spanning key transport categories including cars, autonomous vehicles, RVs, and related vehicle classes. Industry observers increasingly believe this is groundwork for a new standalone automotive sub-brand, separate from Xiaomi’s main passenger EV identity.
The strategic logic is clear. Xiaomi’s first EV effort built momentum around its core brand, but China’s fast-growing extended-range electric vehicle (EREV/PHEV-adjacent) segment has been dominated by names such as Li Auto and Aito. A separate brand would give Xiaomi room to target family buyers, long-distance users, and outdoor lifestyle customers without diluting its existing brand positioning.
Reportedly, Xuntian’s first model—internally codenamed Kunlun N3—is expected to launch in the second half of the year. It is said to be an EREV SUV that will not carry the Xiaomi logo, with a boxier silhouette, split lighting, a long wheelbase, and a roof-mounted LiDAR sensor. One of the more intriguing details is a rumored pop-up roof configuration, suggesting an RV/camper-oriented variant.
Reported Xuntian first-model highlights
- Brand focus: EREV models and RV-oriented products
- Positioning: family travel, long-distance driving, outdoor lifestyle
- Powertrain: extended-range electric system
- Battery: reportedly over 70 kWh
- Pure-electric range: estimated 400-500 km
- Sensors: roof-mounted LiDAR visible in test-car sightings
- Connectivity: a Xiaomi in-vehicle wireless terminal was reportedly approved with 5G eMBB and dual-SIM dual-standby support
That last point matters. D1EV reported that a Xiaomi Communications device, model 26109VP30C, received radio approval from China’s MIIT in late April and was identified as an in-vehicle wireless terminal. In practical terms, that suggests Xiaomi is laying the digital infrastructure for a more connected, software-led vehicle architecture.
Why Xiaomi may want a separate brand
A sub-brand would not just be a marketing exercise. It could solve several commercial and product-planning issues at once:
- Segment separation: Xiaomi’s main EV image can remain youthful and performance-tech focused while Xuntian targets larger family SUVs and EREV users.
- Competitive clarity: It would be easier to benchmark directly against Li Auto and Aito.
- Pricing flexibility: A new badge can support different margin structures and channel strategies.
- Lifestyle expansion: The RV angle hints at a higher-value niche beyond standard SUV competition.
In China’s current market, where nearly every major player is chasing either pure EV scale or hybrid/EREV profitability, a Xiaomi move into this space would be one of the year’s most consequential strategic shifts.
Li Auto is turning chassis hardware into a software story
While Xiaomi looks ready to broaden its brand footprint, Li Auto is focusing on a different battlefield: the control layer beneath the car.
Li Auto CEO Li Xiang said the Li L9 Livis features a “full-form” by-wire chassis, emphasizing that unlike traditional chassis systems, it can support OTA upgrades over time. His framing is notable because it turns a typically hidden engineering component into a visible selling point for future intelligence.
According to Li, the technology delivers three core benefits:
- Faster electronic response than mechanical linkages, potentially improving emergency braking performance and safety
- Customizable driving feel, including steering feel, angle calibration, brake feel, and force mapping
- Technical readiness for L3 assisted driving and future L4 automated driving
This is an important shift in how Chinese automakers talk about autonomy. The industry conversation has long centered on sensors, compute, and software stacks. Li Auto is arguing that actuation architecture—how quickly and precisely the vehicle can execute commands—is just as critical.
Why by-wire matters
For higher levels of automated driving, the vehicle needs:
- Faster command execution
- More precise steering and braking control
- Redundancy and upgradeability
- Better integration between ADAS software and chassis systems
That puts by-wire systems in the same strategic category as domain controllers and smart operating systems: essential enablers of the software-defined vehicle.
Zeekr’s OTA 7.2 shows how Chinese brands keep moving after delivery
If Li Auto is making the case for upgradeable hardware foundations, Zeekr is showing how that philosophy looks in daily ownership. D1EV reported that the Zeekr 9X and refreshed Zeekr 001 have started receiving OTA 7.2, bringing upgrades across assisted driving, parking, visualization, cabin AI, and safety.
Some of the standout additions include:
Assisted driving updates
- Manual toll booth handling with ETC/manual lane preference
- Curbside stop at navigation destination
- Forward height-clearance warning for roof cargo risks
- Low-speed exploration assist in narrow or complex roads
- Real-time driving visualization for toll stations, bus lanes, and roadworks
- Bad weather guard with speed adaptation in heavy rain or fog
- Improved SOS emergency stop assistance
Parking and cabin upgrades
- Offset parking options
- Rear-first exit maneuvers
- Map-free campus roaming
- Gesture-based summon exit
- New voice functions, including custom wake words and memory for frequent addresses
- “Rainy night mode” that can automatically suggest window closing, blind-spot camera views, defogging, and mirror heating
This is exactly why OTA capability has become central to the premium EV value proposition in China. Carmakers are no longer selling a fixed product; they are selling a platform whose convenience, safety, and digital polish can keep improving.
The hidden enabler: cockpit virtualization goes mainstream
Behind these highly visible feature battles, the less glamorous but equally important story is happening in the software stack. At the 2026 Beijing Auto Show, cockpit technology supplier Qianchuan Technology said its virtualization cockpit solution, built on MediaTek’s Dimensity automotive chip platform, supported the public debut of more than 20 production models from multiple domestic and international automakers.
Those vehicles are expected to begin deliveries from Q2 2026.
The company’s pitch speaks directly to current industry priorities: smarter cockpits are no longer judged only on flashy UI design, but on reliability, safety, compliance, and hardware efficiency.
Qianchuan’s reported technical claims
| Area | Reported benefit |
|---|---|
| Compute efficiency | Single-chip multi-system concurrency with dynamic resource scheduling |
| Cost | More than 20% lower hardware cost versus traditional multi-chip solutions |
| Performance | Around 35% overall performance improvement |
| Development speed | New model cycle reduced from roughly 18 months to under 10 months |
| Safety | Nebula Hypervisor aligned with ISO 26262 ASIL D requirements |
This matters because China’s leading EV brands increasingly want to consolidate functions onto fewer chips while still keeping infotainment, instrument cluster, safety partitions, and connected services isolated and secure. Virtualization is one of the key technologies making that possible.
In other words, the premium user experience seen in brands like Xiaomi, Li Auto, NIO, XPeng, and Zeekr increasingly depends on infrastructure that consumers will never notice directly.
The market reality: carmakers are fighting for share, suppliers are taking profit
For all the excitement around new brands and smarter vehicles, the financial picture remains brutal. D1EV reported that 10 listed passenger-car companies generated a combined RMB 17.497 billion in net profit in the first quarter, while battery giant CATL alone posted RMB 20.738 billion.
That means one battery supplier earned more than the combined profits of 10 major automakers.
Profit snapshot from the report
| Company/Group | Q1 Revenue | Q1 Net Profit | Notable detail |
|---|---|---|---|
| CATL | RMB 129.131 bn | RMB 20.738 bn | Revenue up 52.45%, profit up 48.52% |
| BYD | RMB 150.225 bn | RMB 4.085 bn | Sold 700,500 vehicles; overseas passenger car/pickup sales 321,200 |
| Chery | RMB 65.870 bn | RMB 4.170 bn | Reported top net profit among the 10 automakers |
| Geely | RMB 83.776 bn | RMB 4.166 bn | Sales reached 709,400 |
| SAIC Motor | RMB 138.52 bn | RMB 3.026 bn | Large scale, lower profitability |
| Seres | RMB 25.75 bn | RMB 0.754 bn | Revenue up 34.46% |
The broader passenger-car industry’s sales profit margin was reported at only 3.2%, well below the average for downstream industry.
Why margins are under pressure
- Incentive and tax-policy adjustments reduced some near-term demand support
- Raw material prices for copper, aluminum, and chips have remained elevated
- More than 10 NEV brands reportedly reduced end-user discounts or effectively raised prices by RMB 2,000 to RMB 10,000 in 2026
- Overseas business can lift profitability, but FX volatility is a growing risk
This is the deeper context for everything else in the market. Carmakers are being forced to differentiate through software, branding, and product niches because pure price competition is crushing returns.
China EVs are still expanding globally
Even amid domestic margin stress, Chinese automakers are still looking outward. One notable item from the source roundup is that Chery has been linked to a new EV project in Japan through a joint venture involving AUTOBACS SEVEN and other partners. The first EV under that new brand is reportedly planned for 2027 and aimed at the mainstream market, with advanced driver-assistance features.
Separately, the data in the profit discussion underlines how central overseas growth has become. BYD’s overseas passenger vehicle and pickup sales reached 321,200, up more than 50%, and accounted for roughly 45% of volume in the cited report.
That combination—export growth plus local partnerships—suggests China’s EV industry is moving beyond simple shipping scale. It is increasingly experimenting with multi-brand global positioning, localized distribution, and technology-led market entry.
Leadership shifts and the competitive reset
Another sign of a changing market is executive turnover. Volvo Cars announced that longtime China chief Yuan Xiaolin will step back from day-to-day management, with Duan Jianjun taking over as President and CEO of Volvo Cars Greater China.
Leadership changes at a major global brand’s China operation are significant because they reflect how quickly the competitive environment is evolving. Every automaker operating in China now faces the same question: how do you compete when local EV players update faster, iterate software more aggressively, and increasingly control both the user experience and ecosystem integration?
Why This Matters
These stories may seem separate—Xiaomi trademarks, Li Auto chassis comments, Zeekr OTA notes, supplier profit data—but they point to one common conclusion: China’s EV race is entering a deeper systems phase.
The next winners will not be decided by battery range alone. They will be shaped by:
- Brand architecture: using sub-brands to target specific powertrains and users
- Software-defined hardware: from cockpit virtualization to by-wire chassis control
- OTA execution: improving vehicles after delivery with meaningful real-world features
- Supply-chain leverage: protecting margins in a brutally competitive environment
- Global expansion: turning domestic scale into international relevance
For Western observers, this is also a reminder that Chinese EV competition is no longer just about low-cost manufacturing. It is increasingly about integration speed, product planning agility, and the ability to connect hardware, software, and services into a coherent ownership experience.
What comes next
In the near term, the biggest watchpoint is whether Xiaomi formally unveils Xuntian and confirms an EREV SUV strategy. If that happens, it would mark a major escalation in the battle for China’s family SUV segment, putting Xiaomi into more direct competition with Li Auto and Aito.
At the same time, expect more automakers to talk openly about the hardware foundations of autonomy—especially by-wire systems, centralized compute, and virtualization layers—as these become easier for consumers and investors to understand.
The bigger picture is straightforward: China’s EV market is not slowing its innovation tempo, even if profitability remains elusive. If anything, the pressure on margins is accelerating the shift toward higher-value software, smarter architectures, and sharper segmentation. That is where the next phase of competition will be won.
