Xiaomi EV factory auto-assembly pilots
unknown · unverified
- No deployment-specific evidence recorded.
Watch changes · Evidence history · Cited research export · Plan a pilot
Each pillar is scored 0–100 from published specs, then weighted into the HMX. Compare it only with other humanoid robots — each category uses its own reference scales. See the full methodology →
Shown at Xiaomi's April 2026 investor day with hands shrunk to human scale and a liquid-cooled thermal system; claimed 90.2% success rate in auto-assembly pilots.
Legacy mentions are unverified. A partnership or announcement is not proof of an active deployment. Evidence labels do not change HMX v2 scoring.
Xiaomi EV factory auto-assembly pilots
unknown · unverified
Evidence is attached to each value. Robot-wide source links do not verify every field. A source about an older value cannot support the current specification.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
CyberOne V2 is a humanoid robot from Xiaomi in China, and it is at the prototype stage. It scores 49.5 on the Humanoid Metric, ranking 80th of 156.
On the leaderboard it sits between Dataa Robotics XR4 (Xiaozi) (HMX 49.5) and EngineAI PM01 (HMX 49.2).
Against the 156 humanoid robots ranked, its clearest strength is manipulation & dexterity (57.5 against a median of 41.3) and its clearest weakness is mobility & locomotion (0.0 against 34.8).
On autonomy, it has demonstrated autonomy under human supervision, not unsupervised work. 1 deployment claim is on record, none yet backed by a customer, the press or the vendor.
Its specifications carry a medium-confidence grade from 2 cited sources, as of 2026-07.
Task capability is not inferred from hardware specifications or general autonomy labels. Find robots for a task →
No task-specific evidence recorded. Capability remains unknown.
Machine-readable: HIS Layer 0 manifest · what's this?
Xiaomi has not published a price for the Xiaomi CyberOne V2, and none is estimated here.
Published specifications: degrees of freedom 27. Not published: payload, speed, runtime, degrees of freedom per hand, height and weight.
The Xiaomi CyberOne V2 has demonstrated autonomy under human supervision, not unsupervised work. The grade reflects demonstrations, not marketing claims.
On the HMX, the Xiaomi CyberOne V2 scores 49.5 and the Dataa Robotics XR4 (Xiaozi) 49.5. The Xiaomi CyberOne V2 leads on manipulation & dexterity and ecosystem & viability; the Dataa Robotics XR4 (Xiaozi) leads on hardware & engineering and commercial readiness & deployment.
The Xiaomi CyberOne V2 is made by Xiaomi, in China.