VinRobotics makes global debut of “Make In Vietnam” humanoid robot at leading global tech events
Media OutReach Newswire 
From late May to early June 2026, VinRobotics introduced the VR-H3 humanoid robot to international experts and the public across a series of global technology and robotics events, including ICRA 2026, the outdoor robotics festival Festival der Roboter 2026 held as part of ICRA 2026, Vietnam Robot Tech Day 2026, a technology diplomacy event co-organized by VinRobotics and the Embassy of Vietnam in Austria, as well as COMPUTEX 2026 in Taipei.
Across all events, VR-H3 attracted attention for its stable operation in open environments and crowded exhibition spaces, agile mobility, and ability to perform flexible and dexterous manipulation tasks, highlighting the practical potential of humanoid robots in both everyday life and industrial environments.
VR-H3 is the third-generation humanoid robot built by VinRobotics, featuring core technologies developed entirely in-house by Vietnamese engineers, including the mechanical structure, real-time computing and communication electrical/electronic (E/E) architecture, power distribution platform, battery system, and full-body AI control technology. Equipped with more than 31 actuators and two onboard edge computers, VR-H3 can perceive its surroundings, interact with humans, lift payloads of up to 6–8 kilograms, transport objects, and perform assembly operations.
As part of the events, alongside showcasing the VR-H3 humanoid robot, VinRobotics also participated in technical talks featuring leading global industry names such as Google DeepMind, NVIDIA, and Boston Dynamics. A key highlight of VinRobotics’ presentations was its integrated technology ecosystem surrounding the VR-H3 platform, spanning from humanoid robotic systems to core enabling technologies such as robotic hands and high-performance actuators independently researched and developed by Vietnamese engineers. These presentations drew strong interest from industry experts, expanding VinRobotics’ connections within the global technology ecosystem while reinforcing the potential of Vietnamese enterprises in core AI and robotics technologies.
On this occasion, VinRobotics also announced its strategy to gradually open-source selected foundational robotics technologies to contribute to the broader development of the global technology community. This initiative aims to create an open knowledge ecosystem where researchers, developers, and engineers can learn, collaborate, and accelerate the growing presence of robotics technologies developed by Vietnamese engineers within the global embodied AI wave.
Mr. Ngo Quoc Hung, Chief Executive Officer of VinRobotics, said: “Bringing VR-H3 to international technology forums is not only an opportunity for VinRobotics to showcase the capabilities of Vietnamese engineers, but also a real-world testing process to further refine humanoid robot platforms designed for practical applications and real-life operating environments. We believe humanoid robots and embodied AI will soon become an integral part of both daily life and industrial operations, and Vietnam is fully capable of becoming an active contributor to this technological wave with products developed by Vietnamese engineers.”
At a time when the robotics industry continues to be led primarily by major technology powers such as the United States, China, and Japan, VinRobotics’ presence across multiple international forums highlights the increasingly visible role of Vietnamese technology enterprises in the global race for robotics and embodied AI.
Hashtag: #VinRobotics
The issuer is solely responsible for the content of this announcement.
About VinRobotics
Founded in November 2024, VinRobotics is a technology company under Vingroup, focusing on the research, development, and application of humanoid robots and autonomous robotic platforms. With the vision of becoming a world-leading company in robotic workforce technologies, VinRobotics aims to develop advanced technology solutions that enhance productivity, improve quality of life, and contribute to building a sustainable and prosperous future.
