A humanoid robot is a robot with a human-like body plan, built to work in spaces designed for people and use tools made for human hands. The full 2026 definition, the main types, real deployment examples, current prices and the rules that already apply.
The Digital Omnibus (Regulation (EU) 2026/1744) moved the AI Act deadlines that govern humanoid robots in the EU. The post-Omnibus timeline: transparency since August 2026, Machinery Regulation from January 2027, embedded high-risk AI by August 2028, and what to demand from vendors now.
Humanoid robots for elderly care reduce loneliness by 59% and could fill a 13.5M caregiver shortage by 2040. See what's real, what's coming, and what it costs.
Humanoid robot pros and cons explained with hard data: $38B market by 2035, $150K to $500K upfront costs, and a decision framework for operations managers.
Cobots hit 64,542 installations in 2024, up 12% YoY. This collaborative robots guide covers costs ($25K-$150K), safety, applications, and ROI. Find the right fit.
How do humanoid robots work? Discover the sensors, AI, actuators and power inside Figure 02 and Tesla Optimus. The $38B market explained. Updated May 2026.
Robot safety training that auditors accept: a complete competency system with written assessments, practical checklists, authorization and re-training triggers.
EU Machinery Regulation 2023/1230 applies from 20 January 2027. A practical checklist covering cybersecurity, AI duties and CE conformity for robot operators.
ISO 10218:2025 explained: what the first revision since 2011 changes for collaborative robots, cybersecurity, US adoption via R15.06 and EU compliance.
ISO 12100 risk assessment for robots: the iterative loop, a 5x5 risk matrix, a humanoid hazard register and residual risk sign-off under ISO 10218:2025.
