Humanoid Raises $152M at $1.35B Valuation, Becomes Europe's First Pure-Play Humanoid Robotics Unicorn

The humanoid robotics race now has a European contender. Humanoid, a London-based startup founded to build industrial robots that work alongside humans in manufacturing environments, has raised $152 million in a Series A round at a $1.35 billion post-money valuation. The announcement, made July 21, makes the company Europe’s first pure-play humanoid robotics unicorn — a distinction that reflects both the company’s own trajectory and the continent’s accelerating ambitions in physical AI.

Prime Movers Lab led the round, with Schaeffler, Bosch, Fubon Financial Holding Venture Capital, and Paris-based Aglaé Ventures participating as co-investors. The funding brings Humanoid’s total capital raised to $270 million. The company plans to deploy the proceeds toward its technology roadmap, manufacturing partnerships, and commercial expansion across European and North American factory floors.

Building Robots for Industry, Not Hollywood

Humanoid’s HMND 01 Alpha is not the bipedal, fully-dexterous humanoid that dominates the imagination when people picture “robots.” The company’s current commercial product is a wheeled bimanual mobile manipulator — a platform that combines two articulated arms capable of industrial manipulation with a mobile base that can navigate factory environments without the complexity and failure modes of two-legged locomotion.

This is a deliberate architectural choice. Full bipedal locomotion is technically extraordinary but commercially immature: the energy requirements are high, the fall recovery systems are complex, and the dynamic stability of a biped walking on factory floors introduces reliability risks that industrial customers are not willing to absorb at scale. Wheeled platforms, by contrast, can be deployed in real manufacturing environments today, operate reliably for extended shifts, and carry payloads that bipedal systems of similar size cannot match.

The bimanual design — two synchronized arms working together — is the more interesting technical differentiator. Tasks that require coordinating both hands simultaneously, such as assembling components that require holding while fastening, are precisely the tasks that traditional industrial robots struggle with and that human workers perform intuitively. Humanoid’s manipulation system is built around machine learning-based motion planning and haptic feedback that allows the arms to adapt to variations in part placement and assembly tolerances in real time.

The company’s Beta version, targeting Q4 2026 launch, is expected to add enhanced dexterity specifications and improved sensing capabilities based on Alpha deployment feedback from commercial partners.

The Schaeffler Deal: Industry’s Largest Humanoid Commitment

The most significant element of this funding announcement is not the valuation or the investor roster — it is the commercial partnership with Schaeffler, the German precision engineering and automotive component giant.

Humanoid and Schaeffler have signed what the company describes as “the industry’s largest publicly announced commercial agreement” for the deployment of humanoid robots in manufacturing environments. The agreement covers thousands of Humanoid robots across Schaeffler’s global manufacturing network, with initial deployment beginning in European facilities before expanding to plants in Asia and the Americas.

The scale of this commitment is noteworthy for several reasons. First, Schaeffler is not a technology company testing a proof-of-concept — it is a €20+ billion revenue industrial manufacturer with 85,000 employees and 100+ production facilities that has concluded humanoid robots can meaningfully reduce production costs and address workforce constraints in its core manufacturing operations.

Second, the scope of “thousands of robots” puts the Schaeffler agreement in a different category from the pilot deployments and limited trials that characterize most humanoid robotics commercial announcements. Companies like Agility Robotics and Boston Dynamics have announced factory deployments, but most are measured in dozens to hundreds of units. A commitment measured in thousands, if executed, would represent meaningful volume production and revenue at a scale that validates the business model.

Third, the strategic participation of Schaeffler as an investor in the same round as the commercial agreement signals alignment that goes beyond a typical vendor relationship. Schaeffler is betting on Humanoid’s long-term success in a way that a pure customer relationship would not.

Bosch’s participation as both an investor and presumably a future deployment customer follows similar logic. Bosch, like Schaeffler, operates an enormous global manufacturing footprint and has been aggressively exploring automation technologies to address rising labor costs and increasing production complexity.

Europe’s Physical AI Moment

Humanoid’s milestone arrives at a moment when European technology investment is increasingly focused on what practitioners call “physical AI” — the application of machine learning and autonomous systems to the material world, as opposed to software products and services.

Europe has historically lagged the United States and China in software AI investment, but the continent’s strength in advanced manufacturing, precision engineering, and automotive production creates a natural advantage for physical AI applications. Companies like Siemens, KUKA, ABB, and Fanuc have built deep industrial automation capabilities over decades; the question is whether European startups can add the AI and machine learning layer that transforms these capabilities into adaptive, learning robotic systems.

Humanoid’s founding team, drawn from robotics research, machine learning, and industrial engineering backgrounds, represents precisely the kind of interdisciplinary combination required for physical AI products. The company’s partnerships with NVIDIA — whose Omniverse simulation platform and Jetson compute hardware underpin many of the most sophisticated robotics development environments — and SAP, whose enterprise resource planning systems manage manufacturing workflows at Humanoid’s target customers, suggest a degree of ecosystem integration that standalone robotics startups often struggle to achieve.

The Competitive Landscape

Humanoid enters the market at a moment of extraordinary activity in humanoid robotics globally. In the United States, Figure AI, 1X Technologies (backed by OpenAI), Agility Robotics (now operating in Amazon warehouses), and Boston Dynamics are all raising capital and executing commercial deployments. In China, Unitree Robotics recently completed a ¥4.5 billion IPO on the Shanghai STAR market, and Beijing Humanoid Robot Innovation Center has government backing for mass deployment.

The humanoid robotics market is large enough — the addressable manufacturing automation opportunity is estimated at well over $1 trillion globally — to support multiple successful companies. But the differences in technical approach, target industries, and geographic focus will likely determine which companies build defensible market positions and which struggle to differentiate.

Humanoid’s focus on the European market, where manufacturing wages and workforce constraints create acute automation demand, and its emphasis on wheeled-bimanual form factors suitable for immediate industrial deployment, represent a coherent market entry strategy. The company is not trying to win the humanoid robot science fair; it is trying to build the robot that Schaeffler can deploy across a hundred factories.

The Path to Beta and Beyond

The Q4 2026 Beta launch is the next major milestone. Alpha deployments have provided real-world feedback on manipulation capabilities, sensor reliability, software robustness, and the practical challenges of integrating robots into factory workflows that were designed around human workers. Beta is expected to address the most significant limitations identified in those deployments.

Beyond Beta, the company’s longer-term roadmap includes fully bipedal variants — the HMND 02 platform is believed to be in development — that would address use cases requiring navigation through spaces designed for humans, including stairs, narrow corridors, and irregular surfaces. But the commercial timeline for bipedal deployment in demanding industrial environments remains measured in years, not quarters.

For now, Humanoid’s $1.35 billion valuation is a bet on two things simultaneously: the technical feasibility of deploying wheeled bimanual manipulators at scale in European manufacturing, and the willingness of industrial customers like Schaeffler and Bosch to commit to robotic deployments at a speed and scale that previous generations of automation technology could not achieve.

The Schaeffler agreement suggests at least one major manufacturer has decided the bet is worth making. The $152 million in fresh capital gives Humanoid the resources to prove them right.