A humanoid robot is a robot of human-like build — bipedal locomotion, an anthropomorphic gripping hand with many degrees of freedom, a sensor head, in part articulated facial expression. The outward similarity to the human figure is a production decision, not a statement about being: it grounds no qualification as a person.
Typology of the 2026 Landscape
The sector can be typed by origin, intended use, and typical manufacturing scale (as of January 2026; names are deliberately anonymized):
US industrial humanoids: Manufacturers from the Silicon Valley milieu and the high-volume automotive sector are bringing third-generation bipedal systems into series production, with announced target figures of 50,000–100,000 units per year and production plans reaching into the low single-digit millions per year. Core technical features: 22+ degrees of freedom per hand, biomimetic tendon systems, around 50 actuators. First productive pilot deployments in warehouses and automobile assembly are documented.
US household humanoids: Several manufacturers are marketing humanoid household robots to end customers from spring 2026, at a price point of around USD 20,000. Primary functions: object transport, housework routines, voice interaction.
Chinese humanoids: Mass production with an aggressive pricing policy (from around USD 13,500 for compact models). In March 2025, a first public multi-robot collaboration in an electric-vehicle plant. Characteristic features: open-source VLA models (Vision-Language-Action) and high degrees of freedom (31+).
Asian specialist humanoids: Focus on rehabilitation, care, and emotional-signal classification. Build heights of 170–182 cm, emotion-recognition modules.
Ontological Classification
Humanoid form is an accidental feature (in the sense of the doctrine of the accident). It does not modify the being of its bearer. Personal ontology demonstrates:
- Outward figure ≠ nature: A machine in human figure remains a machine. The uniqueness of the person is rooted in prote energeia, not in morphology.
- Functionally equivalent behavior ≠ person-behavior: What the humanoid displays is deutera energeia without prote energeia — simulated action without an acting self. That is precisely the structure of the philosophical zombie.
- Anthropomorphization distorts the encounter: The more human-like the form, the stronger the uncanny-valley effect (Mori 1970) and the greater the danger that users impute personal quality where there is none. This is precisely the new oblivion of the person described in the AI consciousness debate.
The Emotion-Recognition Point
Some humanoid systems advertise “emotion recognition.” What is sold as affectivity is the classification of biometric signals: image processing of facial expression, pitch analysis, gesture recognition. This is neither affectivity in Hildebrand’s sense nor empathy in Stein’s sense — it is categorized sensor data with no feeling subject behind it.
Ethical Guidelines
- Humanoid robots may not be endowed with personal status (neither legally nor rhetorically).
- Their application is to be measured against the personalist norm: they should serve the person, not replace her.
- Ultimate responsibility remains personal, with the manufacturer, the operator, and the regulating legislator.
- Child-appropriate design requires particular care: anthropomorphic toys and learning companions must not blur the distinction between someone and something in the child’s development.
Ontological Classification
Superordinate terms: robot, artificial agent
Distinct from: person
Typical degrees of autonomy: human-in-command (predominantly), occasionally human-on-the-loop
Chapter assignment: Chapter 5: Oblivion of the Person
See also
- Robot
- Care Robot
- Degree of Autonomy
- AI Consciousness Debate
- AI Ethics
- Chinese Room Argument
- Philosophical Zombie
- Affectivity
- Deutera Energeia
- Prote Energeia
- John Searle
- Hubert Dreyfus
- Joanna Bryson
- Robert Spaemann
Sources: Generated by querying the Personhood ontology. Bexten 2017, pp. 85–110; supplementary research “Roboter_KI_Recherche_Personsein” (April 2026) with a systematic mapping of the 2026 humanoid landscape (market analysis in anonymized form).
Further sources:
- Mori, Masahiro (1970/2012): “The Uncanny Valley.” Translated by K. F. MacDorman and N. Kageki. IEEE Robotics & Automation Magazine 19(2), pp. 98–100.
- Morgan Stanley Research (2025): Humanoid 100 — Global Report 2025.
- International Federation of Robotics (2024): World Robotics 2024 — Service Robots.
- Goldman Sachs Global Investment Research (2024): Humanoid Robots — Sizing the Market.
- Brooks, Rodney A. (2017): “The Seven Deadly Sins of AI Predictions.” MIT Technology Review, October 2017.
- Hildebrand, Dietrich von (1969): Die Idee der sittlichen Handlung — Sittlichkeit und ethische Werterkenntnis. Wissenschaftliche Buchgesellschaft (German).
- Searle, John R. (1980): “Minds, Brains, and Programs.” Behavioral and Brain Sciences 3(3), pp. 417–457.