The Origins of Xiaomi Auto

It’s rare not to hear how everything seems more expensive than in recent times. That the curve isn’t a typical slope but exponential, showing spiralling costs.

Those of a certain age will remember buying their first home for under $50k…some even under $20k. Those days seem to be relegated to the history books of all continents. Now, imagine a heterogenous group of science & business types uniting under a common goal.

(Fade in soothing, musical stylings held in the background)

Xiaomi’s Founding Story: Building the Ecosystem

To understand Xiaomi Auto, you must first understand what Xiaomi is at its core. Xiaomi Corporation was founded on 6 April 2010 in Beijing by Lei Jun and six co-founder, a group that included former Google executive Lin Bin, Motorola Beijing R&D director Zhou Guangping, and University of Science and Technology Beijing design professor Liu De. Their shared mission: to deliver high-quality technology at prices that made it accessible to everyone.

Xiaomi launched its first smartphone, the Mi 1, in August 2011, selling 300,000 units in the first 37 hours via online flash sales. The model proved revolutionary; a premium-spec handset at a budget price, sold direct to consumers online with near-zero marketing spend. By 2014, Xiaomi had captured 12.5% market share in China, briefly becoming the country’s top smartphone vendor.

Over the following decade, Xiaomi evolved from a phone company into a sprawling technology ecosystem. Its AIoT (Artificial Intelligence of Things) platform connected televisions, air purifiers, rice cookers, scooters, fitness bands, and thousands of other smart home devices. By 2024, Xiaomi had over 650 million IoT devices connected worldwide, with more than 10 million users owning five or more Xiaomi products. In 2018, Xiaomi went public on the Hong Kong Stock Exchange.

This ecosystem approach, hardware as the entry point, services as the revenue engine set the philosophical foundation for what Xiaomi would eventually do with cars.

The Catalyst: US Sanctions and the EV Decision (January–March 2021)

The trigger for Xiaomi’s automotive ambitions was, paradoxically, an American government action. In January 2021, the outgoing US administration added Xiaomi to a US Department of Defense investment blacklist, citing alleged military ties. (Xiaomi denied the allegations and successfully had the designation reversed in May 2021 after a legal challenge.) But during an emergency board meeting held in response to the blacklist news, a sobering question was raised: what would happen to Xiaomi’s 30,000–40,000 employees if the smartphone business was somehow shut down?

Lei Jun later described this as an existential reckoning. He consulted close friends in the industry, including Nio CEO William Li and XPeng CEO He Xiaopeng, both of whom had already navigated the leap from tech to automotive, and both strongly encouraged him to enter the car business. The consensus was clear: smart electric vehicles were an inevitable convergence of software, hardware, and connectivity, and this was terrain Xiaomi was uniquely positioned to compete on.

On 30 March 2021, at a packed investor presentation that was streamed live, Lei Jun formally announced that Xiaomi would establish a wholly owned subsidiary dedicated to intelligent electric vehicles. He declared this would be “the last great entrepreneurial project of my life,” and pledged a personal and corporate commitment of US$10 billion over the next decade. The announcement generated massive public excitement, and Xiaomi Auto subsequently received approximately 380,000 job applications.

Building the Foundation (2021–2023): Racing to Launch

Xiaomi moved quickly to turn the announcement into reality.

The month: September 2021. Xiaomi Auto officially registered as a company. In parallel, Xiaomi acquired DeepMotion, a US-based autonomous driving and motion-sensing startup, for $77 million, gaining foundational self-driving technology.

The month: November 2021. The Municipal Government of Beijing and Xiaomi signed a cooperation agreement, formally placing Xiaomi Auto’s headquarters, R&D, and manufacturing in the Beijing Economic and Technological Development Zone (Yizhuang district). A two-phase factory plan was announced, with each phase targeting 150,000 vehicles per year for a total capacity of 300,000.

In 2022 Xiaomi held a famous internal “21-day meeting” to finalize product strategy, initially launching and then briefly cancelling a high-performance Ultra variant before restarting the project. The SU7 Ultra was born from this iterative process. The company also began hiring elite automotive talent, including Li Tianyuan, a European-based designer who built his career at BMW, as well as consulting Chris Bangle, BMW’s legendary former chief designer, to advise on the SU7’s proportions.

The month: August 202. Xiaomi’s first trial production SU7 was completed and began intensive winter and summer vehicle testing.

The month: August 2023. Xiaomi secured a patent for “Xiaomi Titans Metal,” a proprietary non-heat-treatable aluminium alloy for integrated die-casting, a signal of its vertical integration ambitions.

The month: August 2023. China’s National Development and Reform Commission granted Xiaomi a vehicle production permit.

The date: 28 December 2023. Xiaomi publicly unveiled the SU7 at a launch event in Beijing. Display models arrived in Xiaomi stores across China the following day.

Launch Year: The SU7 Goes on Sale (2024)

The formal launch of the Xiaomi SU7 on 28 March 2024 became one of the most watched events in Chinese automotive history. The press conference in Beijing was attended by the CEOs of Nio, XPeng, Li Auto, Great Wall Motor, and BAIC Group, a rare gathering of competitors that reflected both industry respect for Xiaomi and curiosity about its entry.

The SU7 pricing, revealed at the event

• SU7 Standard: 215,900 yuan (~US$30,400)

• SU7 Pro: 245,900 yuan (~US$34,600)

• SU7 Max: 299,900 yuan (~US$42,200)

Within 24 hours, Xiaomi received over 88,000 firm orders. Within 27 minutes of launch, more than 50,000 orders had been placed. The company had initially targeted 60,000 units for the whole of 2024, then rapidly raised that target as demand overwhelmed projections. By November 2024, the 100,000th SU7 had been built in just 230 days. The year closed with 136,854 deliveries, smashing every initial forecast.

July 2024 : Xiaomi Auto gained an independent car-making qualification from the Chinese government, having previously operated under BAIC Group’s manufacturing credentials. That same month, Xiaomi spent 840 million yuan to purchase land for an expanded factory at Beijing Yizhuang New Town.

October 2024 : Xiaomi unveiled the SU7 Ultra, a tri-motor flagship priced at 814,900 yuan. (It later launched in February 2025 at a dramatically reduced 529,900 yuan).

2025 and Beyond: Hypergrowth

Xiaomi’s EV business accelerated dramatically in 2025.

• Total SU7 deliveries surpassed 258,000 units by May 2025

• In 2025, the SU7 Series ranked #1 in sales among sedans in its price segment in China

• The SU7 outsold the Tesla Model 3 in China for the full year 2025: 258,164 units vs. 200,361

• On 26 June 2025, Xiaomi launched its second model, the YU7 SUV, which secured 200,000 pre-orders in 3 minutes and 289,000 orders in one hour, with a 45–62 week waiting list

• In March 2025, Xiaomi raised US$5.27 billion in a Hong Kong share placement to fund continued growth

• Xiaomi opened an EV R&D and Design Center in Munich, Germany in 2025, led by former BMW executive Rudolf Dittrich, preparing for a planned 2027 European market entry, with Germany as the first target

• The company targets total EV deliveries of 550,000 vehicles in 2026, up from over 400,000 in 2025

Safety concern

A significant controversy also emerged in 2025: a fatal crash on 29 March 2025 involving a Xiaomi SU7 carrying three college students while in assisted driving mode prompted an investigation and led Xiaomi to delay the originally planned YU7 reveal at Auto Shanghai. The incident also led to the September 2025 recall of 116,887 standard SU7 models manufactured between February 2024 and August 2025 over a safety defect.

The 2026 model year brought a major mid-cycle refresh of the SU7, with 800V architecture across the entire lineup and updated NVIDIA Thor compute for all trims. The refreshed SU7 was unveiled in March 2026.

Xiaomi’s Core Technologies

Xiaomi Auto’s competitive advantage is built on a stack of proprietary hardware and software technologies, many of which leverage the parent company’s decade of electronics manufacturing experience.

Xiaomi’s XLA EV Platform

In March 2026, the company introduced its next-generation XLA vehicle architecture which along with the MiMo-Embodied foundation model, Xiaomi purports:

“The new platform has been developed to improve how the vehicle interprets its surroundings and responds to changing situations. The system is designed to process information from multiple sources, understand vehicle states more accurately, and make quicker driving decisions when conditions change.”

The Xiaomi XLA platform focuses on cognitive large models for assisted driving, enabling more human-like decision-making in complex traffic scenarios, enhancing driving assistance.

Xiaomi’s Modena EV Platform

In other cases, Xiaomi vehicles rely on the Modena platform, a purpose-built electric vehicle architecture. the Modena platform is Xiaomi’s first electric vehicle, designed for mass production with advanced features like LiDAR and various battery options. Each platform serves different purposes within Xiaomi’s automotive strategy, with XLA enhancing driving assistance and Modena representing their entry into the EV market.

Key characteristics:

• 800V silicon carbide (SiC) high-voltage electrical architecture (the 2026 SU7 refresh pushes the Max to 897V)

• Supports both rear-wheel drive (RWD) and all-wheel drive (AWD) configurations

• Engineered for ultra-fast 5.2C charging rates

• At present, we understand that the XLA platform with be showcased in the SU7 sedan and available in the SU7 range. In the future, it will be available in the YU7 SUV

HYPER ENGINE MOTORS

Xiaomi developed its own electric motor family, the HyperEngine series which showcase innovative technologies like

• Bidirectional full oil cooling technology
• S-shaped oil circuit design
• Staggered silicon steel laminations design

Motor	Type	Output
V6	Permanent magnet synchornous	220 kW
V6s	Permanent magnet synchornous	275 kW
V6s Plus	V	288 – 320 kW
V8s	High-performance permanent magnet	Used in SU7 Ultra

The HyperEngine V8s, co-developed with CATL, is the centrepiece of the SU7 Ultra’s tri-motor system. These scored a global EV motor record boasting a maximum RPM of 27,200, a 425kW output, and generating 635N·m peak of torque. The V6s Plus made its debut in the YU7 and was subsequently integrated into the 2026 SU7 refresh.

Super Integrated Die-Casting (9100-Ton Machine)

One of Xiaomi’s most important manufacturing breakthroughs is its proprietary “Super Integrated Die-Casting Technology.” Xiaomi’s die-casting machine achieves a clamping force of 9,100 tons, surpassing Tesla’s 9,000-ton machines in the United States and 6,000-ton machines in Shanghai. This technology won Xiaomi’s internal Million Dollar Technology Award in January 2024.

The process consolidates what would traditionally be hundreds of separate components into a small number of large die-cast aluminium parts, reducing weight, manufacturing complexity, and cost. For the SU7, this is applied to the rear underbody assembly.

Xiaomi also developed “Xiaomi Titans Metal” a proprietary non-heat-treatable aluminium alloy specifically formulated for large-scale die casting, patented in August 2023.

At full capacity, Xiaomi’s EV Hyperfactory in Yizhuang produces one vehicle every 76 seconds. The factory moved from groundbreaking to completion in just 14 months, an execution pace that has attracted visits from executives at Mercedes-Benz, BMW, and Ferrari.

NVIDIA Thor Compute Platform

All 2026 SU7 models and all YU7 models come standard with NVIDIA Drive AGX Thor processors running at 700 TOPS (tera operations per second) an 8x improvement in compute power over the original SU7 Standard’s 84 TOPS. This provides the computational backbone for Xiaomi’s full HAD (Hyper Autonomous Driving) system.

The sensor suite on the YU7 and updated SU7 includes:

• 1× Hesai AT128 LiDAR (standard on all trims)

• 4D millimeter-wave radar

• ALD-coated anti-glare cameras

• 12 ultrasonic sensors

Xiaomi HAD (Hyper Autonomous Driving)

Announced in November 2024 by Lei Jun, Xiaomi HAD is the company’s end-to-end intelligent driving system, trained on an internal dataset of 10 million driving clips. Capabilities:

• City NOA (Navigate on Autopilot) full city-road autonomous navigation, standard on all 2026+ models

• Highway NOA hands-free highway driving

• Memory parking and car summoning

• End-to-end AI model that handles driving and parking in one unified system

The system is reported to be rapidly approaching Tesla FSD in real-world performance, according to reviewers.

HyperOS — The Human × Car × Home Ecosystem

Xiaomi’s automotive ambition is inseparable from HyperOS, its unified operating system launched in 2023 that spans smartphones, tablets, smart home devices, wearables, and cars. In the vehicle context, HyperOS enables:

• Seamless handoff between phone and car for navigation, media, and calls

• Smart home control from the car (adjusting lights, temperature, appliances)

• Adaptive personalization, the system learns stress levels and adjusts ambient lighting or music accordingly

• Cross-device UWB (Ultra Wideband) digital key: Open the car, frunk, and trunk from an Apple Watch or Xiaomi phone

• Full Apple CarPlay integration (a rare cross-ecosystem move)

• Xiaomi AI Assistant for voice control

The company’s stated strategy “Human × Car × Home” positions the vehicle as a node in a broader lifestyle ecosystem rather than a standalone product.

HyperVision Panoramic Display

First introduced in the YU7, the HyperVision system replaces a traditional instrument cluster with a 1.1-metre-wide panoramic display that integrates three Mini LED screens below the windshield. Reviewers describe it as the most immersive in-car display interface currently available, and it has not yet been brought to the SU7 — a frequently cited gap in the 2026 refresh.

Battery Technology and Charging Partners

Xiaomi sources batteries from two suppliers depending on model/variant:

• CATL (learn more in PIR issue 3): NMC (nickel-manganese-cobalt) Qilin battery, used in all Max variants; supports the fastest charging speeds

• BYD FinDreams: LFP (lithium iron phosphate) battery, used in standard and Pro variants

All current Xiaomi vehicles support 5.2C ultra-fast charging, enabling 620 km of range recovery in 15 minutes, among the fastest in the industry.

PRODUCT segmentation

Buyer Profile	Recommended Model	Key Reason
Aficionados who value visual drama	SU7	Flagship full size 4dr fastback
Urban buyers prioritizing style	YU7	Fastback coupe SUV
Those needing seeking the latest in Xiaomi’s tech	SU7 Ultra	Flagship premium offering
“Fun, fun, fun on the autobahn.”	YU7 GT	To have it all

The Xiaomi product lineup

Model 1: Xiaomi SU7 ; The Flagship Sedan

The SU7 (Speed Ultra 7) is a full-size four-door fastback sedan. The design was influenced by consultations with BMW’s former chief designer Chris Bangle, resulting in a fastback silhouette with a 0.195 Cd drag coefficient, matching the Porsche Taycan and rivalling the Tesla Model S (0.208 Cd).

Dimensions

• Length: 4,997 mm | Width: 1,963 mm | Height: 1,440 mm

• Wheelbase: 3,000 mm

• Boot: 517L + 105L frunk

Exterior

Flush door handles, vented front fenders to release wheel-well air pressure, aerodynamic side skirts. 19- and 21-inch wheel options.

Interior: 16.1-inch central touchscreen (Qualcomm Snapdragon 8295 processor), dual 12.3-inch instrument cluster, Nappa leather seats (Pro/Max), heated and ventilated front seats, HUD.

SU7 Standard (Gen 1 / Gen 2 — 2024/2026)

Specifications	Gen 1 (2024)	Gen 2 (2026)
Motor	Single rear (HyperEngine V6)	Single rear (V6s Plus)
Power	220kW / 295 hp	235kW / 315 hp
Torque	400Nm	400Nm
Drivetrain	RWD	RWD
Battery	73.6 kWh	73.6 kWh
Voltage	400V	752V
Range (CLTC)	700 km / 435 mi	720 km / 447 mi
0- 100 km/h	5.28 s	5.1 s
Top speed	210 km/h	210 km/h
DC charging	67 kW (2.6C)	(3.5C (faster)
10-80% charge	-25 mins	-20 mins
LiDAR	No (gen 1)	Yes (gen 2)
ADAS computer	84 TOPS (gen1)	700 TOPS NVIDIA Thor
Price in China	¥215900 ($30400 USD)	Slightly higher

Model 2: Xiaomi SU7 Ultra — The Track Weapon

The SU7 Ultra is Xiaomi’s halo product: a road-legal, four-door performance electric sedan benchmarked against the Porsche Taycan Turbo GT and designed to lap the Nürburgring Nordschleife faster than any production four-door car.

Nürburgring Record: On 1 April 2025, the SU7 Ultra (driven by Vincent Radermecker) recorded 7:04.957 on the Nordschleife, the fastest road-legal production four-door vehicle ever to complete the circuit, beating the Porsche Taycan Turbo GT. A subsequent lap of 6:22.091 became the third fastest certified time overall, behind only the Porsche 919 Hybrid Evo and the Volkswagen ID.R race car. The SU7 Ultra also set the Shanghai International Circuit production car lap record (2:09.944) in February 2025.

Specifications	Gen 1 (2024)	Gen 2 (2026)
Motor	Single rear (HyperEngine V6s)	Single rear (V6s Plus)
Power	220kW / 295 hp	upgraded
Drivetrain	RWD	RWD
Battery	94.3 kWh	96.3 kWh
Voltage	400V	752V
Range (CLTC)	830 km / 516 mi	902 km / 560 mi
0- 100 km/h	5.7 s	5.5 s
Top speed	210 km/h	210 km/h
10-80% charge	–	–
Price in China	¥245900 ($34600 USD)	Slightly higher

The SU7 Ultra was also the first Chinese-branded vehicle to be featured in the Gran Turismo 7 video game, announced in June 2025.

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Model 3: Xiaomi YU7 — The SUV That Shook Tesla

The YU7 is Xiaomi’s first SUV and its second vehicle overall. Revealed on 22 May 2025 and launched on 26 June 2025, it was developed over 539 days of real-world road testing across 296 cities, covering 6.49 million kilometres. Deliveries began on 6 July 2025.

Built on the same Modena platform as the SU7, the YU7 is positioned as a direct rival to the Tesla Model Y and its pricing, range, and specification demolish the comparison in almost every metric. CEO Lei Jun made the direct comparison explicit at the launch event.

Dimensions

• Length: 4,999 mm | Width: 1,996 mm | Height: 1,600–1,608 mm

• Wheelbase: 3,000 mm (larger than the Model Y’s 2,890 mm)

• Boot: 693L + 141L frunk + total 1,970L storage

• Seating: 5 passengers

Design

Fastback coupe-SUV silhouette with a 0.245 Cd drag coefficient, inward-folding electric door handles with ambient lighting, active grille shutters, 19- to 21-inch wheel options, and 9 exterior colour options including “Gemstone Green” inspired by Colombian emeralds.

Interior Technology

• 1.1m-wide HyperVision panoramic display (three combined Mini LED screens, the widest in-car display currently available)

• 6.68-inch rear passenger touchscreen

• 25-speaker Dolby Atmos sound system

• 4.6-litre built-in refrigerator

• Front seats recline to 123° (“zero-gravity” mode) with massage function

• Rear seats electrically adjust to 135°

• 13.7L lockable glove box, 5.2L rear drawer, 36 total storage compartments

• Nappa leather upholstery

• Dual 80W USB charging ports

• Full Apple CarPlay + Apple Watch vehicle control

• UWB digital key

Specification	YU7 Standard	YU7 Pro	YU7 Max
Motor	single motor rear	dual motor AWD	dual motor AWD
Front motor	–	220 kW / 295 hp	220 kW / 295 hp
Rear motor	235 kW / 315 hp	145 kW / 194 hp	288 kW / 386 hp
total power	235 kW / 315 hp	365 kW / 489 hp	508 kW / 681 hp
Total torque	528 Nm	690 Nm	866 Nm
Battery	96.2 kWh LFP (BYD)	96.2 kWh LFP	96.2 kWh LFP (BYD)
Voltage	800V SiC	800V SiC	800V SiC
Range (CLTC)	835 km / 519 mi	770 km / 479 mi	760 km / 472 mi
0-100 km/h	5.88 sec	4.27 sec	3.23 sec
Top Speed	240 km/h	240 km/h	253 km/h
Charging	5.2C	5.2C	5.2C
10-80% charge	–	–	12 mins
15 min charge adds	–	–	620 km
LiDAR	Yes (standard)	Yes (standard)	Yes (standard)
ADAS chip	NVDIA Thor (700 TOPS)	NVDIA Thor	NVDIA Thor
China launch price	¥233300	¥279900	¥329900

Sales: 200,000 pre-orders in 3 minutes; 289,000 in one hour; 62-week delivery wait as of July 2025.

Model 4: Xiaomi SU7 Ultra L (2026 — Upcoming)

Spy shots of a long-wheelbase SU7 prototype appeared in August 2025, with the internal codename MS11-L. Described by automotive journalists as similar in proportions to the Porsche Panamera Executive (a China-exclusive long-wheelbase Panamera). Expected launch is 2026. This is part of a planned three-model expansion of the SU7 family.

Model 5: Xiaomi YU7 GT (2026 — Upcoming)

This is the car which set the first-ever driverless Nurburgring lap. This YU7 GT equipped with the Track Package, lapped the 20.8km circuit in 10 minutes and 29.48 seconds with no human control. Previewed by CEO Lei Jun at the Beijing Auto Show in April 2026 and confirmed for a late May 2026 debut, the YU7 GT is positioned as a “sports car-level SUV” the GT standing for Gran Turismo, “suitable for long-distance travel.”

Specifications	Details
Front motor	288 kW / 386 hp
Rear motor	450 kW / 603 hp
Total power	738 kW / 990 hp
Battery	101.7 kWh (same as YU7 Max)
Range (CLTC)	Up to 705 km
Top Speed	300 km/h

Manufacturing: The Xiaomi EV Hyperfactory

Xiaomi’s Beijing factory (Yizhuang) is the physical manifestation of its manufacturing philosophy. Key facts:

• Moved from groundbreaking to production in just 14 months

• At full capacity, produces one vehicle every 76 seconds

• Operates Phase 1 (150,000/year) and Phase 2 (150,000/year, construction began August 2024, targeted July 2025 completion) for a combined 300,000-unit annual capacity

• The factory uses Xiaomi’s 9,100-ton die-casting machine, the world’s largest by clamping force

• Factory has become a major industrial tourism attraction, receiving diplomatic delegations from 18+ countries in late 2024 alone, including government officials from Argentina, Egypt, Germany, Singapore, and Jamaica

• Executives from Mercedes-Benz, BMW, and Ferrari have visited for exchange visits

Part 5: Competitive Analysis

Xiaomi SU7 vs. Premium EV Sedans

Model	Horsepower (hp)	Range (km) CLTC/WLTP	0 – 100 km/h (sec)	Price (China, apprx)
Xiaomi SU7 (Standard)	295	720	5.28	¥215900 ($30400)
Xiaomi SU7 (Max)	664	835	2.78	¥299900 ($42200)
Tesla Model 3 RWD	264	634 (CLTC)	6.1	¥235500 ($33100)
Tesla Model 3 LR AWD	358	713 (CLTC)	4.4	¥259500 ($36500)
Porsche Taycan RWD	408	678 (WLTP)	5.4	¥800000
BWM i5 eDrive 40	340	582 (WLTP)	6.0	¥500000+
Nio ET5	360	710 (CLTC)	4.3	¥298000
XPeng P7+	313	710 (CLTC)	5.7	¥209000

Model	Power (hp)	Top speed (km/h)	Range (km)	Price
Xiaomi SU7 Ultra	1548	350	630 (CLTC)	¥529900 ($73000)
Porsche Taycan Turbo GT	1093	3025	630 (WLTP)	$230000
Tesla Model S Plaid	1020	322	652 (EPA)	$90000
Lucid AIr Sapphire	1234	330+	687 (EPA)	$249000
Rimac Nevera	1914	412	490 (WLTP)	$2.4M

The SU7 Standard comprehensively undercuts the Tesla Model 3 in China, 15,600 yuan cheaper, more range (720 vs. 634 km CLTC), more power (315 vs. 264 hp), and faster charging. The SU7 Max’s 2.78-second 0–100 sprint, 800+ km range, and sub-¥300,000 price is effectively unmatched in global automotive, the closest competitors (Porsche Taycan Turbo S, BMW M5, Mercedes-AMG EQS) cost two to three times as much. The result: SU7 outsold Model 3 in China in 2025 by a margin of 58,000 units.

 Xiaomi SU7 Ultra vs hypercar EVs

In our view the SU7 Ultra is extraordinary value for its performance tier. At US$73,000, it offers comparable performance to the Porsche Taycan Turbo GT (which costs over three times as much), more range, and a certified Nürburgring Nordschleife lap time of 7:04, faster than the Taycan on the same track.

The Tesla Model S Plaid is the closest in price but is significantly slower in every performance metric. The Lucid Air Sapphire is marginally faster in 0–100 but costs over three times the price and has no track pedigree to compare. The SU7 Ultra’s record Nürburgring time makes it the most credible performance EV per dollar on the planet.

Xiaomi YU7 vs. Premium SUVs

	Power (hp)	Range (km)	0 – 100 km/h (sec)	Price (China)
Xiaomi YU7 (Standard)	315	835	5.88	¥235500 ($ 35360)
Xiaomi YU7 (Max)	681	760	3.23	¥329900 ($ 46000)
Tesla Model Y RWD	–	593 (CLTC)	5.9	¥263500 ($ 36700)
Tesla Model Y LR AWD	–	719(CLTC)	4.3	¥313500 ($ 43700)
Li Auto i6	–	720(CLTC)	–	¥259800
BYD Tang L EV	–	670(CLTC)	–	¥249800
XPeng G6	351	755(CLTC)	3.9	¥209900

Assessment: The YU7 Standard is cheaper than the Tesla Model Y, larger (4,999 mm vs. 4,797 mm), has substantially more range (835 km vs. 593 km CLTC), includes LiDAR and NVIDIA Thor compute as standard, and features the HyperVision panoramic display, a package that would cost more than double in any Western equivalent. The YU7 Max (681 hp, 3.23-second 0–100) competes with nothing in this price bracket globally. 289,000 first-hour orders, more than many European brands sell in a year, underscored its market impact.

Xiaomi Auto vs. Chinese EV Peers

Metric	Xiaomi	Tesla China	BYD	Nio	XPeng
Founded (auto)	2021	2003	BYD cars from 2003	2014	2014
First Chinese delivery	2024	2014	2003	2018	2018
Annual deliveries (2025)	400000	500000 (China)	4.27M (global)	221000	190000
Flagship sedan	SU7 Max (664hp)	Model S Plaid	Han EV	ET7	P7+
Flagship SUV	YU7 Max (681hp)	Model X	Tang L	ES8	G9
In-house motor	Yes (HyperEngine)	Yes	Yes	Yes	Yes
In-house ADAS chip	No (NVDIA Thor)	Yes (FSD chip)	No	No	No
Ecosystem integration	Deep (HyperOS)	Limited(app)	Moderate	Moderate	Limited
Nurburgring record	Yes (SU7 Ultra, 4dr)	No	No	No	No

Part 6: Challenges and Controversies

Autonomous Driving Safety

On 29 March 2025, a fatal crash involving an SU7 carrying three college students occurred while the vehicle was operating in assisted driving mode. The incident prompted Xiaomi to delay the YU7’s originally scheduled reveal at Auto Shanghai, undertake internal safety reviews, and subsequently recall 116,887 standard SU7 models in September 2025. The incident highlighted the industry-wide debate over the marketing of Level 2 assisted driving features.

Production Scaling

Xiaomi’s initial 2024 delivery target of 60,000 units was wildly conservative but the subsequent rush to scale production caused significant delivery delays and customer frustration. Wait times for the YU7 reached 62 weeks at launch, and some SU7 customers waited months beyond quoted dates. This is a common challenge for any new automaker, but Xiaomi’s massive order intake exacerbated the gap between demand and supply.

Global Expansion Challenges

EU anti-subsidy tariffs on Chinese-made EVs, announced following a European Commission investigation in 2024, add cost to any potential European exports. Xiaomi’s planned 2027 German market entry will need to navigate these tariff barriers, potentially through local manufacturing partnerships, though no specific plan has been announced as of mid-2026.

China-Only for Now

Despite enormous interest globally, all Xiaomi Auto vehicles are currently sold exclusively in China. The 2027 Europe entry (with Germany first) is the stated plan, but no pricing, homologation timelines, or dealer arrangements for other markets have been confirmed.

Financial Performance of Xiaomi

The Xiaomi Corporation reported total 2024 revenue of 365.9 billion yuan a 35% year-on-year increase, with EVs contributing a meaningful and growing share. The smart EV segment’s contribution to overall Xiaomi Group revenue grew rapidly through 2024 and 2025 as deliveries scaled.

Key financial milestones

Why Xiaomi Auto Matters

Xiaomi Auto represents something genuinely new in the automotive industry. In under three years from founding, it designed, engineered, and manufactured a vehicle that:

• Outsold Tesla’s most popular sedan in the world’s largest EV market

• Set the fastest four-door lap time ever recorded at the Nürburgring

• Launched an SUV that garnered 289,000 orders in one hour at a price undercutting Tesla

The company leveraged a decade of consumer electronics manufacturing expertise, an existing 650-million-device ecosystem, and a brand identity trusted by hundreds of millions of smartphone users to compress what normally takes traditional automakers a decade into roughly 36 months.

Its greatest advantages are software integration (HyperOS ecosystem), manufacturing efficiency (the 76-second production cycle), component innovation (9,100-ton die-casting, Titans Metal alloy, HyperEngine motors), and pricing discipline inherited from its smartphone heritage of maximum specs at minimum margin.

Its greatest challenges remain safety credibility, global market access, production scaling, and building the after-sales service infrastructure expected of a premium automotive brand. But as a benchmark for how fast the automotive industry can move when technology-native companies enter it with full intent, Xiaomi Auto has already permanently changed the conversation.

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