A mysterious moment during Figure AI's Figure 03 humanoid robot livestream — where the robot abruptly stops — went viral on r/singularity with over 3,500 upvotes. Viewers debated whether it showed teleoperators changing shifts or an internal AI model transition.
Humanoid Robots May 2026: Touch Learning and Manned Mecha
Current state
CMU and Bosch's Touch Dreaming boosts humanoid dexterity by 90.9%, and Unitree unveils the world's first mass-produced manned mecha GD01 — the week's standout humanoid robot stories
What changed recently
- Figure 03 Livestream's Strange Pause Sparks Debate: Teleoperator Swap or AI Glitch?
- Chinese Embodied AI Startup Vbot Raises $73M Pre-A to Scale Humanoid Production
- Chinese Humanoid Maker Robotera Raises $200M+ as 1,000-Unit Deliveries Begin
Key tensions
Signals to watch
- Momentum and new coverage around “humanoid-robots”
- Momentum and new coverage around “robotics”
- Momentum and new coverage around “china”
Timeline
Chinese embodied AI startup Vbot raised $73M in Pre-A funding led by Oriental Fortune Capital to expand production and develop full-size humanoid robots. Having shipped 500 AI robot dogs, the company targets 2,500+ monthly units by June 2026.
Chinese humanoid robot startup Robotera raised over $200M led by SF Group, with Alibaba, IDG Capital, Lenovo, and Haier participating. The company has begun delivering 1,000 units across 10 logistics centers operated by China Post and SF Group in Q2 2026.
UK-based Humanoid on May 13 signed a binding phased deployment agreement with Schaeffler to place up to 2,000 wheeled humanoid robots across global manufacturing sites by 2032, starting with two German plants in late 2026.
Chinese robotics company Unitree has unveiled the GD01, the world's first mass-produced manned mecha. A human pilot can board and operate the large-scale robotic suit - the first time the science fiction concept has crossed into commercial mass production.
Carnegie Mellon University and the Bosch Center for AI developed HTD (Humanoid Transformer with Touch Dreaming), which trains robots to anticipate future tactile signals. Across five dexterous real-world tasks, HTD achieved 90.9% higher success rates over vision-only baselines.