- Changes
- 3
- Tracking since
- Oct 2024
- Latest
- Nov 24, 2025
- Net movement
- Classification stable
- 2025
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RobotEra Raises $140 Million Series A+ as Logistics Orders Reach $70 Million
RobotEra announced a Series A+ closing of approximately RMB 1 billion ($140 million), led by automaker-affiliated funds Geely Capital and BAIC Capital, with participation from Beijing Artificial Intelligence Industry Investment Fund.
Full assessment4 claims · 4 technical notes · 2 sources
Where it standsAutonomy LadderIIIIIIIVVLevel IIAssisted AutonomyHuman ReadinessReady NowNew to MarketWaitKnown IssuesNot ratedPre-Consumer Assessment03050717672PromisingWhat happenedThe company disclosed over $70 million in signed 2025 commercial orders, naming Geely, Renault, SF Express, TCL, and Haier as clients. The round marks a transition from R&D-stage capital to production-scale investment; whether the Star1 platform specifically underpins the logistics orders requires confirmation against RobotEra's multi-model product line.
Bottom lineThe Series A+ investor profile and named client list represent a credible step toward commercial scale; the specific deployment mix across Star1, L7, and other RobotEra models is not broken out in public disclosures.
ImpactOn autonomy
- Series A+ capital directed at scaling production and field deployment, not autonomy research
- SF Express named as client; logistics task automation remains the primary documented use case
- ERA-42 VLA model cited as production AI architecture; capability scope unchanged by funding
- Autonomous task execution in unstructured logistics environments not independently verified
On readiness
- Over $70 million in 2025 commercial orders signals transition from pilot to early production scale
- Automotive OEM investors Geely and BAIC bring supply chain infrastructure relevant to manufacturing scale
- SF Express partnership confirms logistics sector traction; deployment unit count by model not broken out
- Consumer purchase channel still absent; pricing remains undisclosed for non-pilot customers
Claim check4 maker claims checked against the record. Open one to read the finding.
Over $70 million in 2025 commercial orders secured
Documented findingDisclosed by company at time of Series A+ announcement; order contracts not independently verified; clients named include Geely, Renault, SF Express, TCL, and HaierNine of the ten largest global tech companies are clients
Documented findingReported in third-party coverage of the round; no client list corroborating this figure was published; treat as unverified company claimOverseas business accounts for roughly 50% of total revenue
Documented findingReported by trade press citing company statements; no audited revenue breakdown was released alongside the funding announcementPlatform transitioning from demonstration to scalable production
Documented findingInvestor composition (automaker-affiliated capital, state investment funds) is consistent with a production-scale pivot; actual unit output for 2025 not yet publicly confirmed at time of announcementEvidence2 sources · all linked
1224 Nov 202527 Nov 2025filed 24 Nov 2025- 1Humanoids Daily24 Nov 2025
- 2The AI Insider27 Nov 2025
Technical notes4 sectionsFunding Round Details
The Series A+ closed at approximately RMB 1 billion ($140 million). Lead investors were Geely Capital and BAIC Capital. Additional participants included Beijing Artificial Intelligence Industry Investment Fund, Beijing Robot Industry Development Investment Fund, Alibaba Group, Haier Capital, and Lenovo. The funding completed November 20, 2025 per company announcement; coverage published November 24, 2025.
Commercial Order Disclosure
Company disclosed over RMB 500 million ($70 million) in 2025 commercial orders, with the largest single order valued at approximately RMB 50 million ($7 million) in the logistics sector. Named clients: Geely, Renault, SF Express, TCL, and Haier. RobotEra operates multiple humanoid platforms including Star1 and L7; order attribution by model was not broken out.
SF Express Partnership Context
SF Express (SF Holding) was named as both an investor participant and commercial client. A separate January 2026 partnership signing with SF Technology formalized a co-develop-and-deploy arrangement targeting sorting, scanning, and warehousing workflows. The January 2026 partnership documentation referenced the L7 and M7 models rather than Star1 specifically.
Production Trajectory
Company stated over 200 humanoids delivered globally as of mid-2025 across logistics, retail, and R&D segments. The Series A+ capital is directed at scaling to thousand-unit production runs; no confirmed delivery schedule for this volume was published at the time of the funding announcement.
- 2024
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Star1 Sets Outdoor Running Speed Record in Gobi Desert Test
RobotEra filmed two Star1 units running across grass, gravel, and paved road in the Gobi Desert, with the sneaker-equipped unit sustaining 3.6 m/s for 34 minutes and breaking the outdoor bipedal speed record previously held by Unitree H1 at 3.3 m/s.
Full assessment4 claims · 4 technical notes · 2 sources
Where it standsAutonomy LadderIIIIIIIVVLevel IIAssisted AutonomyHuman ReadinessReady NowNew to MarketWaitKnown IssuesNot ratedPre-Consumer Assessment03050717672PromisingWhat happenedA trackside support team was present throughout the demonstration. Whether the locomotion generalizes to unsupervised deployments without human staging is the key question to watch.
Bottom lineThe Gobi Desert footage documents real outdoor locomotion at documented speed; a support crew presence and controlled route mean it is a structured manufacturer demo, not an independent field trial.
ImpactOn autonomy
- Star1 demonstrated sustained outdoor running across four terrain types without falling
- Top speed of 3.6 m/s exceeded prior bipedal record of 3.3 m/s set by Unitree H1
- AI-controlled balance adjustments handled transitions between grass, gravel, and road
- Engineering support team present throughout; unsupervised locomotion not demonstrated
On readiness
- Outdoor terrain capability confirmed at a higher fidelity than lab-floor demos
- Demo occurred at an uninhabited test site; no consumer or commercial access pathway announced
- Hardware credibility advanced; no change to commercial availability or pricing status
- Level II classification unchanged; no end-to-end autonomous task completion documented
Claim check4 maker claims checked against the record. Open one to read the finding.
World's fastest bipedal humanoid robot
Documented findingSpeed of 3.6 m/s surpassed the prior outdoor bipedal record of 3.3 m/s by Unitree H1 per third-party reporting; the record applies at the time of the October 2024 testRobot ran freely across challenging desert terrain
Documented findingA trackside support team accompanied both units throughout the 34-minute run; the route and conditions were arranged by the manufacturerDemonstrated advanced AI balance and control
Documented findingAI-controlled limb adjustments are documented in manufacturer materials; the specific algorithms governing the run have not been independently benchmarkedSneaker-equipped unit outperformed barefoot unit
Documented findingHeise Online reporting notes shoes made a significant difference in cushioning and grip; specific speed deltas between the two units were not publishedEvidence2 sources · 1 linked
2118 Oct 202421 Oct 2024filed 21 Oct 2024- 1Heise Online21 Oct 2024
- 2Humanoid Robotics Technology18 Oct 2024named, not linked
Technical notes4 sectionsLocomotion Architecture
Star1 uses high-torque electric motors in its leg actuators paired with an AI control system that adjusts limb position and balance in real time across terrain transitions. The 55-DOF frame (up from an earlier 20-DOF configuration) supports the postural range required for sustained outdoor running.
Test Parameters
Two Star1 units were deployed in Yumen, Gansu Province. One unit wore conventional running shoes; the other did not. Both traversed grassland, gravel, paved road, and slopes. The sneaker-equipped unit reached 3.6 m/s and maintained that speed for 34 continuous minutes. Terrain transitions between surface types occurred without stops or manual resets per available video footage.
Speed Record Context
The previous outdoor bipedal humanoid speed record was 3.3 m/s, set by Unitree H1 in March 2024. Third-party sources note H1’s gait involved minimal foot clearance; Star1’s running gait involves full air time between strides per published footage analysis.
Hardware Context
Star1 stands 171 cm and weighs approximately 65 kg. The onboard compute is rated at 275 TOPS per manufacturer specification. ERA-42 end-to-end model governs locomotion control; specific firmware version for the October 2024 test has not been published.
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RobotEra Closes $42 Million Pre-Series A to Advance Star1 Commercialization
RobotEra announced a pre-Series A round of close to 300 million yuan, led by Crystal Stream Capital, Vision Plus Capital, and Alibaba, with state-backed Chengdu Orinno Capital and follow-on participation from Lenovo Capital among others.
Full assessment4 claims · 4 technical notes · 2 sources
Where it standsAutonomy LadderIIIIIIIVVLevel IIAssisted AutonomyHuman ReadinessReady NowNew to MarketWaitKnown IssuesNot ratedPre-Consumer Assessment03050717672PromisingWhat happenedManufacturer materials released alongside the announcement described Star1 as having passed multiple product-level tests meeting market deployment standards. No consumer purchase channel or confirmed pricing was disclosed.
Bottom lineThe pre-Series A establishes a credible funding arc for Star1; the manufacturer's own deployment-readiness claims are not supported by independent test documentation as of this announcement.
ImpactOn autonomy
- Manufacturer stated Star1 passed product-level tests meeting market deployment standards
- End-to-end neural network learning cited for both mobility and manipulation tasks
- 55-DOF upgrade from prior 20-DOF configuration confirmed in funding materials
- No independent third-party verification of autonomous task capability published alongside announcement
On readiness
- Institutional backing from Alibaba and Lenovo Capital signals sustained development runway
- Funding proceeds directed at R&D and commercialization acceleration per company statement
- No consumer retail channel announced; business demo bookings remain the access path
- Deployment timeline and confirmed pricing not disclosed in funding materials
Claim check4 maker claims checked against the record. Open one to read the finding.
Star1 has passed multiple product-level tests meeting market standards for deployment
Documented findingManufacturer statement per funding announcement materials; no independent certification body or third-party test report citedEnd-to-end learning enables mobility and manipulation tasks
Documented findingCapability documented in manufacturer technical materials and supported by demo footage; task generalization outside structured conditions not independently verifiedBroad investor consortium validates commercial trajectory
Documented findingRound included Alibaba, Lenovo Capital, and state-backed Chengdu Orinno Capital; investor participation confirms capital access but not product readiness or delivery timelineFunds will accelerate commercialization of general-purpose humanoid robots
Documented findingCompany stated proceeds target R&D and talent acquisition; no shipment schedule or commercial pricing published at time of announcementEvidence2 sources · 1 linked
1216 Oct 202418 Oct 2024filed 16 Oct 2024- 1Robotics Tomorrow16 Oct 2024
- 2Humanoid Robotics Technology18 Oct 2024named, not linked
Technical notes4 sections
Funding Round Details
The pre-Series A closed at approximately 300 million yuan ($42.17 million). Lead investors were Crystal Stream Capital, Vision Plus Capital, and Alibaba Group. Additional participants included Chengdu Orinno Capital (state-backed), Lenovo Capital, Golden Resources, Jinding Capital, Wing Capital, and Tiancheng Capital.
Star1 Technical Highlights Cited
Funding materials described the Star1 as featuring 55 degrees of freedom, up from an earlier 20-DOF configuration. Joint torque is rated at 400 N·m with actuation speeds of up to 25 rad/s. The control architecture uses an end-to-end neural network described as a language-visual-action model converting multimodal inputs into joint commands. No specific firmware version or model revision was designated in the announcement.
Deployment Claim
Manufacturer materials stated Star1 had passed multiple product-level tests meeting market standards for deployment. No third-party certification body, test protocol name, or documented test environment was cited alongside this claim.
Proceeds Allocation
Per company statement, funds are directed toward R&D breakthroughs in embodied intelligence and acceleration of commercialization of general-purpose humanoid robots, plus talent acquisition and technology consolidation.