China’s CENTAUR Robot Shows ‘Super Strength’
A new video highlights China’s CENTAUR humanoid integrating foundation‑model style perception with high‑power actuation to deliver what commentators call ‘super strength’ for industrial and hazardous tasks — showing whole‑body coordination and multimodal sensing in action reported.
Southern University of Science and Technology (SUSTech) researchers published “Design, Modeling, Control, and Evaluation of a Wearable Centaur Robot for Load‑Carriage Walking Assistance” in the International Journal of Robotics Research (IJRR) [article DOI: 10.1177/02783649261418155]journals.sagepub.com, and the university posted a news release on the prototype on Feb 16, 2026.mee.sustech.edu.cn The prototype pairs two independent three‑degree‑of‑freedom robotic legs and a small robotic torso to a human via a passive softening elastic backplate, creating a human‑Centaur quadruped configuration explicitly described in the IJRR paper.journals.sagepub.com In the authors’ load‑carriage experiment (n = 5), the Centaur achieved a mean load‑sharing ratio of 52.22% ± 15.52% and reduced users’ net metabolic cost by 35.16% ± 4.95% while carrying a 20 kg pack (≈28.8% ± 4.03% of participants’ body weight).journals.sagepub.com The control design uses a compliance‑based interaction model and a novel “loco‑interaction” controller to decouple the human and wearable dynamics, while the team reports adaptive force coordination to improve lateral gait stability versus a conventional backpack.journals.sagepub.com “Super strength” claims in popular clips conflate two lines of work: the SUSTech wearable Centaur targets human augmentation for load carriage, whereas the CENTAURO disaster‑robot platform from IIT/European partners is a large hybrid wheeled‑legged manipulator designed for high‑power tasks (demonstrated with ~60 kg payload capability and XBotCore control).journals.sagepub.com SUSTech and media outlets position use cases in logistics, emergency rescue, and soldier load carriage, but the IJRR paper itself notes a small human trial (n = 5) and a wide inter‑subject variance in load sharing (±15.52%), underscoring the prototype stage and the need for larger field tests.journals.sagepub.com
