Humanoids Weekly
The humanoid robotics industry is rapidly maturing from isolated lab demonstrations into a high-stakes arena of industrial scale, architectural debate, and regulatory friction. This week saw hardware limits shattered and commercial timelines accelerate. Unitree turned heads with its high-flying "Superman" prototype—purportedly eclipsing Usain Bolt’s top sprint speed—while announcing it has produced roughly 18,000 cumulative bipedal humanoids. Meanwhile, the hardware debate reached the fingertips: a public clash between industry leaders ignited over whether tendon-driven systems or direct-drive motors will define the future of high-dexterity manipulation.
At the same time, the battle for full-stack physical AI is mobilizing corporate giants. South Korea's industrial landscape is heating up as both LG and Samsung leverage their massive domestic ecosystems—spanning custom silicon, battery production, internal actuators, and active factory floors—to challenge US and Chinese competitors. LG announced a strategic alliance with NVIDIA around Isaac GR00T for a 2027 unveiling, while Samsung is quietly accelerating internal humanoid development backed by custom world models and a direct-to-CEO robotics division.
The San Mateo County Board of Supervisors has unanimously passed a resolution directing the creation of a comprehensive permitting process for commercial humanoid robots. The proposed ordinance would require humanoids to be "supervised at all times by a trained, on-site human," a mandate that directly challenges the remote-teleoperation business models deployed by startups like Tau Robotics (pictured)
Yet, as mass manufacturing looms, physical and regulatory bottlenecks are emerging as the true gatekeepers of scale. Component makers like Schaeffler and CubeMars are racing to solve actuator costs and dynamic physical compliance, but broader deployment faces headwinds. From sweeping airline and municipal bans targeting large lithium-ion battery fire risks to escalating US import restrictions that are forcing distributors to rebrand as domestic integrators, the path to a global humanoid workforce is proving to be as much about navigating policy and physics as it is about developing smarter foundation models.
Top Stories
Unitree Reclaims the Spotlight with 18,000 Cumulative Bipedal Humanoids Produced
Unitree has announced the cumulative production of roughly 18,000 bipedal humanoid robots as of July 2026, driven largely by its compact G1 model. The milestone explicitly excludes wheeled platforms, framing a direct challenge to rival AGIBOT's multi-form fleet in the volume race. However, sustaining this massive production cadence will require navigating a fractured global market following recent US regulatory import bans.
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Defying gravity and human limits: Unitree's new "Superman" prototype is shown executing a 2-meter standing high jump in the demonstration footage.
Unitree Unveils "Superman" Robot, Claims to Shatter Human Speed and Jump Records
Unitree has showcased a preview of its new "Superman" prototype, claiming the humanoid reaches a top sprint speed of 12.66 m/s and achieves a 2-meter standing high jump. If verified, the platform surpasses the peak running velocity of Usain Bolt, fulfilling a bold prediction made by the company's CEO earlier this year. Developed in just over three months, the athletic machine underscores Unitree's rapid iteration cycle in dynamic bipedal locomotion.
The Physical Bottleneck: Why Actuator Technology is the Next Frontier for Humanoid Robots Sponsored
As artificial intelligence advances, the primary bottleneck for practical humanoid deployment has shifted directly to physical joint hardware. Developers are moving away from traditional rigid industrial robotics toward Quasi-Direct Drive (QDD) architectures and integrated modules like those from CubeMars. These compact actuator solutions deliver the backdrivability, low impedance, and high torque density necessary for safe, dynamic interactions in unpredictable human environments.
Anatomy of a tendon-driven hand: Foundation's prototype reveals dense blue polymer tendon lines routed across the palm and through articulated joints, designed to transfer power from forearm-mounted actuators directly to the fingers.
The Great Dexterity Divide: Why Robotics Leaders Are Warring Over Tendon vs. Direct-Drive Hands
A fierce debate over end-effector architecture has erupted publicly after Figure CEO Brett Adcock called early tendon-driven hands an "engineering mistake," prompting rebuttals defending tendons from Foundation's Andrea Esposito. The industry remains fundamentally split between direct-drive setups favored for precision and predictability, and forearm-actuated tendon designs prized for power and compliance. While companies like 1X, Tesla, and Sharpa pick sides, players like AGILINK are hedging their bets by manufacturing both.
No Fingers, No Problem: X Square Robot’s 1,816-Parcel-Per-Hour Livestream Challenges Figure
Shenzhen-based startup X Square Robot completed a one-hour, unedited live challenge, sorting 1,816 parcels at a greater than 98% success rate. Mirroring recent unscripted endurance marathons from Figure and AGIBOT, the dual-arm demonstration bypassed complex five-finger hands in favor of simple, purpose-built grippers to maximize throughput and commercial cost-efficiency. The Xiaomi-backed company plans to display its full sorting line at the upcoming World Robot Conference.
San Mateo County Moves to Regulate Humanoid Robots, Threatening Teleoperation Business Models
San Mateo County's Board of Supervisors has unanimously initiated an ordinance to strictly regulate commercial humanoid robots. The proposed rules require continuous on-site human supervision, posing an existential threat to remote teleoperation business models deployed by service startups. In addition to strict hardware vetting and cost-recovery fees for lithium-ion battery fire hazards, businesses will face economic impact assessments and automation retraining fees for displaced workers.
LG to Unveil Next-Gen Humanoid Built on NVIDIA Isaac GR00T in Early 2027
LG and NVIDIA have signed a strategic partnership to co-develop a next-generation bipedal humanoid slated for unveiling in Q1 2027. Built on NVIDIA’s Jetson Thor compute and Isaac GR00T model, the platform will utilize internal "One LG" supply chain components, including actuators from LG Electronics and batteries from LG Energy Solution. LG will gather physical AI training data using wheeled CLOiD robots at its Tennessee manufacturing facility while building out a dedicated 80 MW AI factory in South Korea.
Samsung Accelerates In-House Humanoid Development with Dedicated RX Unit and World Model AI
Samsung Electronics is accelerating development of a proprietary humanoid robot independently from affiliate Rainbow Robotics. Operating under a new direct-to-CEO Robotics eXperience office, the initiative pairs custom electric actuators with physical AI "world models" designed to simulate physical dynamics before execution. Samsung plans to turn its Gumi production site into a real-world data factory to train the system across its internal manufacturing lines.
Figure CEO Brett Adcock Claims Humanoids Are Already Delivering ROI Amid Severe Labor Shortages
Appearing on the My First Million podcast, Figure AI CEO Brett Adcock asserted that the primary hurdle in robotics is intelligence rather than hardware manufacturing. Adcock confirmed the production of Figure’s 1,000th Figure 03 robot, comparing the assembly process to modular consumer electronics rather than automotive manufacturing. He also claimed early enterprise partners are already seeing positive ROI by deploying humanoids to counter severe turnover and industrial labor shortages.
Schaeffler Cracks the Cost Bottleneck: Formed Strain Wave Gearboxes Target 2027 Mass Production
German Tier 1 supplier Schaeffler has validated a high-speed metal-forming manufacturing process for strain wave gearboxes, replacing traditional precision machining. The technique slashes component costs by over 25% and reduces raw material consumption by more than 75%. Mass production is scheduled for 2027, completing Schaeffler's joint actuation lineup alongside its existing planetary gear systems.
From Importer to Integrator: RoboStore Rebrands as Robo Inc. Amid Sweeping US Hardware Bans
In response to recent FCC import restrictions on foreign robotic platforms, major North American distributor RoboStore has pivoted by launching Robo Inc. The firm is opening a 66,000-square-foot facility on Long Island to handle domestic assembly, software integration, and compliance vetting for institutional clients. The move reflects a broader commercial transition away from general-purpose hype toward task-specific, secure enterprise deployments.
No Robots Allowed: All Three Major US Airlines Ban Humanoids Over Battery Fire Risks
American Airlines has officially barred humanoid and animal-like robots from commercial flights, joining United, Delta, and Southwest in establishing fleet-wide prohibitions. The bans target high-capacity lithium-ion battery packs ranging from 800 Wh to 2,500 Wh, which massively exceed the FAA's 160 Wh passenger limit and pose severe thermal runaway fire risks in pressurized cabins. The policy explicitly clarifies that humanoid robots do not qualify as emotional support devices.
The T800 navigates a Luxshare-ICT factory floor while performing a single-arm carry.
Brawlers or Builders? EngineAI’s T800 Navigates the Split Between Factory Work and Combat Sports
EngineAI has presented two starkly contrasting visions of its T800 platform, releasing directed footage of the robot performing factory tasks at a Luxshare facility alongside its debut in a live-streamed fighting league in San Francisco. The Shenzhen startup defends the dual approach by arguing that combat sports serve as an extreme stress test for joint torque and structural durability required in industrial work. While the $25,000 platform targets mass capacity, questions remain regarding its unscripted autonomy.
Galbot Teases ET1 Bipedal Humanoid Ahead of WRC 2026 Debut
Ahead of the World Robot Conference in Beijing, Galbot has previewed the ET1, the company's first fully bipedal humanoid. A cinematic teaser highlighted dynamic athletic coordination by showing the robot executing tennis strokes, expanding on the startup's collaborative LATENT athletic learning framework. The move marks an architectural pivot from Galbot's commercially successful wheeled logistics platforms as the company explores a potential $4 billion Hong Kong IPO.