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On the 30th, full-stack AI humanoid robot company Roboloss announced that it has successfully implemented high-difficulty dynamic whole-body motion for bipedal humanoids for the first time in Korea.
Through demonstration videos, Roboloss showcased complex movements requiring precise center-of-gravity control and full-body coordination, including windmilling, backflips, and kicking. Dynamic whole-body motion is a core enabling technology that allows robots to simultaneously perform locomotion and manipulation tasks, helping them maintain balance even in highly active situations.
The robot featured in this demonstration is Igris-C, Roboloss’s self-developed humanoid platform. Standing 154 cm tall and weighing 56 kg, it was developed entirely through proprietary technology—from hardware design to control algorithms and AI software.
Igris-C has been supplied to research laboratories at major universities including Kwangwoon University, Kyung Hee University, and Sogang University for educational and research purposes based on its dual-arm manipulation capabilities. Currently, it is undergoing proof-of-concept (PoC) trials in industrial sites facing labor shortages, such as Lotte Global Logistics and shipyards.
Noh Seung-jun, CEO of Roboloss, stated, "Dynamic whole-body motion is a core technology that enables humanoids to perform tasks naturally like humans," adding, "Through continuous technological innovation, we will develop a global-level humanoid platform."
[MoneyToday startup media platform Unicorn Factory]
in FUTURE
