China’s EV market delivered two very different but equally telling updates this week: Changan Mazda launched a refreshed EZ-60/CX-6e with roof-mounted LiDAR and urban/highway Navigation-on-Autopilot capability, while BYD’s second-generation Seagull surfaced with a major hardware rethink that includes rear-wheel drive, a front trunk, and independent rear suspension. Together, the moves show how fast the Chinese EV market is pushing advanced driver assistance and better vehicle architecture into increasingly mainstream price bands.
Mazda EZ-60/CX-6e: LiDAR Arrives to Close the Smart-Driving Gap
Mazda’s updated EZ-60 in China — sold internationally as the CX-6e — is the bigger immediate commercial story. Changan Mazda introduced the 2027 model year update roughly one year after the original launch, adding four new LiDAR-equipped variants to strengthen the midsize SUV’s competitiveness in a market where assisted driving has become a major purchase driver.
The headline upgrade is a roof-mounted Hesai ATX LiDAR sensor with a claimed maximum detection range of 200 meters. It works with:
- 3 millimeter-wave radars
- 11 high-definition cameras
- 12 ultrasonic radars
Mazda says this enables “advanced L2” functionality across more than 200 assisted-driving scenarios, with:
- Highway navigation assist from 0-130 km/h
- Urban navigation assist from 0-80 km/h
- Automated lane changes and overtaking
- Ramp entry and exit assistance
- Service-area access assistance
- Intersection and roundabout handling
- U-turn capability in urban settings
- Remote, automated, and path-following parking
CnEVPost reports the forward detection range exceeds 250 meters, while the parking system can recognize more than 300 parking-space types. Mazda also says the vehicle includes 25 active safety functions, with memory parking planned in a future OTA update.
Pricing: Aggressive for China, Especially Versus Europe
One of the most striking parts of the EZ-60/CX-6e story is pricing. In China, the model remains aggressively positioned even after the LiDAR upgrade.
Mazda EZ-60/CX-6e pricing in China
| Version | Price Type | Price Range |
|---|---|---|
| Full lineup | Limited-time price | 113,900 - 166,900 yuan |
| Full lineup | Official guide price | 119,900 - 172,900 yuan |
| LiDAR premium | Over standard trims | +12,000 yuan |
Key trim references mentioned by local reports include:
- EREV Pro LiDAR: 151,900 yuan
- BEV Max LiDAR: 172,900 yuan
CarNewsChina notes that LiDAR-equipped trims begin at 145,900 yuan ($21,700), depending on variant positioning and promotional pricing references. The broader takeaway is clear: Mazda is bringing LiDAR-based smart driving into a price bracket that remains highly competitive by both Chinese and global standards.
That competitiveness becomes even more obvious when compared with overseas pricing and key rivals:
| Model | Market | Starting Price |
|---|---|---|
| Mazda CX-6e / EZ-60 EV | China | 139,900 yuan ($20,800) |
| Mazda CX-6e LiDAR trims | China | from 145,900 yuan ($21,700) |
| Tesla Model Y | China | 263,500 yuan ($39,300) |
| Mazda CX-6e | UK | GBP 42,990 (~$57,000) |
The China-market CX-6e undercuts the Tesla Model Y by a very wide margin on entry pricing, even if the two models are not direct one-to-one competitors in every dimension. It also highlights the enormous regional price gap between Chinese and European EV markets.
Shared Chinese EV DNA Under the Skin
The EZ-60 is also a reminder of how foreign brands are adapting to China by leaning on local platforms and supply chains. The SUV is based on Changan’s EPA1 platform and is closely related to the Deepal S07.
That matters for two reasons:
- It allows Mazda to move faster in China’s highly competitive new-energy vehicle market.
- It gives Mazda access to proven local EV/EREV architectures and smart-cockpit/ADAS ecosystems.
CarNewsChina notes that the Deepal S07 already offers Huawei’s Qiankun ADS on some top versions, though Mazda has not disclosed whether the EZ-60’s LiDAR system is directly tied to that stack. What is clear is that Mazda could no longer afford to leave a “smart driving” gap unaddressed in China’s midsize SUV segment.
Powertrains: BEV and EREV Continue Side by Side
The update does not radically change the EZ-60’s underlying propulsion package, but the specifications remain solid for the segment.
Mazda EZ-60/CX-6e key specs
| Spec | BEV | EREV |
|---|---|---|
| Drive layout | Single-motor RWD | Single-motor RWD + 1.5L range extender |
| Motor output | 190 kW (255 hp) | 190 kW (255 hp) |
| Battery | 77.94 kWh LFP | 31.73 kWh battery |
| EV range | 585-600 km CLTC | 200 km CLTC pure electric |
| Top speed | 185 km/h | 185 km/h |
| Fast charging | 3C, 30-80% in 15 min | Not highlighted in source |
There is one minor discrepancy between sources on the range extender’s output: CarNewsChina cites a 72 kW 1.5-liter naturally aspirated engine, while CnEVPost lists 70 kW. That likely reflects differing reporting conventions or final certification data, but the broader positioning is unchanged: the EREV is aimed at buyers who want EV-like driving with less charging anxiety.
BYD Seagull: A Small EV Makes a Big Engineering Leap
If Mazda’s update shows how ADAS is moving deeper into the mainstream, the next-generation BYD Seagull shows how even entry-level EVs in China are being re-engineered beyond simple facelift logic.
According to MIIT filings, Autohome reporting, and newly surfaced reveal images, the second-generation Seagull adopts a completely different hardware layout:
- Rear-wheel drive instead of front-wheel drive
- Rear-mounted electric motor
- Independent multi-link rear suspension instead of a torsion beam
- Wider 205/60 R16 tires
- New front trunk enabled by the layout change
The outgoing Seagull used a front-mounted 55 kW motor. The new model reportedly upgrades to a 95 kW rear motor, raising output significantly and pushing top speed to 150 km/h.
BYD Seagull: old vs new
| Item | First-gen Seagull | Second-gen Seagull |
|---|---|---|
| Drive layout | Front-wheel drive | Rear-wheel drive |
| Motor output | 55 kW | 95 kW |
| Rear suspension | Torsion beam | Independent multi-link |
| Front trunk | No | Yes |
| Top speed | Lower | 150 km/h |
| Wheelbase | — | 2,650 mm |
For a small EV in China’s sub-100,000 yuan segment, those are unusually ambitious changes. Dedicated front trunks are still rare in this class, and multi-link rear suspension is not the norm at the bottom end of the market.
More Premium Hardware for an Entry-Level Hatchback
The redesign also suggests BYD is trying to move the Seagull beyond “cheap city car” expectations without abandoning its core affordability appeal.
Notable design and cabin changes include:
- A flat-bottom two-spoke multifunction steering wheel
- Floating central touchscreen
- Physical toggle switches beneath the air vents
- Wireless phone charger
- Vertically stacked dual cupholders
- Semi-hidden mechanical door handles
- Split taillights and a larger roof spoiler
Even more importantly, some versions may offer a roof-mounted LiDAR pod for BYD’s DiPilot 300, also marketed as God’s Eye B, an advanced Level 2 driver-assistance package.
That matters because it shows Chinese brands are trying to democratize smart-driving hardware even in compact, budget-oriented EVs. BYD has not yet confirmed charging specs, but market speculation has linked higher trims to the brand’s second-generation Blade Battery and Flash Charging technology.
Competitive Context: Why These Two Launches Belong in the Same Story
At first glance, a Mazda midsize SUV and a BYD city hatchback seem unrelated. In reality, they reflect the same market forces reshaping China’s EV sector.
Common themes emerging in China’s EV market
- LiDAR is moving downmarket. It is no longer reserved for luxury EVs or startup halo models.
- Advanced driver assistance is becoming a core selling point. Buyers increasingly compare NOA capability the way they once compared horsepower or range.
- Platform efficiency matters. Mazda is using Changan architecture to stay relevant; BYD is redesigning a budget car with premium layout choices.
- Hardware differentiation is accelerating. Rear-wheel drive, multi-link suspension, and frunks are becoming more visible marketing tools.
The BYD Seagull’s similarities to Geely’s EX2/Xingyuan are also notable. Both reportedly use:
- Rear-wheel drive
- Independent rear suspension
- Front trunks
- 2,650 mm wheelbases
That suggests an emerging competitive template for next-generation Chinese small EVs.
Why This Matters Globally
For global readers, the most important takeaway is that China’s EV market is compressing technologies once associated with premium segments into much lower price bands.
Mazda’s China-made EZ-60/CX-6e demonstrates that even a legacy foreign automaker must now compete on software-defined features like urban NOA, parking intelligence, and sensor fusion — not just brand equity or ride quality. Meanwhile, BYD’s Seagull shows that entry-level EV buyers in China are increasingly being offered hardware layouts that would once have been unthinkable at this end of the market.
This has several global implications:
- European and Japanese automakers may face even more pricing pressure as Chinese-developed vehicles add more technology per dollar.
- ADAS expectations in export markets are likely to rise as Chinese EVs expand overseas.
- Vehicle architecture innovation is no longer confined to premium EV startups.
- The gap between China-market and overseas pricing will remain a major strategic issue for global brands.
What Comes Next
For Mazda, the next question is whether the LiDAR-equipped EZ-60/CX-6e can materially improve sales and whether similar smart-driving upgrades will spread to the EZ-6 sedan. The company has clearly recognized that in China, being “electrified” is not enough — a competitive EV also needs a credible intelligent-driving story.
For BYD, the second-generation Seagull could become one of the clearest examples yet of how China’s low-cost EV segment is moving upscale in engineering terms. Official confirmation of battery chemistry, charging speed, trim walk, and pricing will be critical, especially if BYD wants to preserve the Seagull’s reputation for value while adding more expensive hardware.
The broader lesson is simple: in China’s EV market, the technology trickle-down is happening fast. LiDAR, smarter parking, rear-wheel drive, and more sophisticated chassis setups are no longer future promises — they are rapidly becoming the new baseline.
