Robot Videos: Spot, Multimodal AI & More

Robotics Innovation Soars: From Shape-Shifting Robots to Humanoid Helpers

The field of robotics is experiencing a period of rapid advancement, with recent breakthroughs showcasing increasingly sophisticated capabilities in manipulation, locomotion, and adaptability. From multi-robot systems demonstrating seamless collaboration to humanoid robots poised for real-world deployment, the latest innovations are pushing the boundaries of what’s possible. This week’s developments also highlight a growing focus on practical applications, with researchers exploring solutions for logistics, assistance, and even recreation.

IROS 2025: A Future Robotics Gathering

Mark your calendars: the IEEE International Conference on Robotics and Automation (IROS) will be held in Hangzhou, China from October 19-25, 2025. This event promises to be a key gathering for researchers and industry professionals alike.

Multi-Robot Systems Demonstrate Advanced Coordination

A collaborative effort between Caltech’s Center for Autonomous Systems and Technologies (CAST) and the Technology Innovation Institute in Abu Dhabi, UAE, has yielded the X1 multirobot system. A recent demonstration showcased the system’s capabilities, featuring the M4, a multimodal robot developed by CAST, launching in drone mode from a humanoid robot’s back. The M4 then seamlessly transitioned to driving mode and back again, highlighting the potential of integrated robotic systems. “This demonstration underscored the kind of progress that is possible when engineers from multiple institutions truly collaborate,” noted a representative from CAST.

Spot’s Enhanced Manipulation Skills

Boston Dynamics’ Spot robot continues to impress with its dynamic whole-body manipulation skills. Utilizing a combination of reinforcement learning and sampling-based control, Spot autonomously manipulated a 15-kilogram (33-pound) tire, demonstrating impressive strength and coordination. An external motion-capture system and Wi-Fi-linked computer aided in perception and computation. According to observers, “Spot’s arm is stronger than I thought,” and the collaboration between its limbs was described as “pretty wild.”

Figure 03: A Leap Towards General-Purpose Robotics

Figure AI’s Figure 03 represents a significant step forward in the development of deployable humanoid robots. The platform integrates advanced perception, tactile intelligence, and a home-safe design, positioning it for use in both domestic and commercial environments. Designed for the Helix platform, Figure 03 aims to establish a foundation for true general-purpose robotics, capable of transforming daily life and work. However, some observers expressed caution, noting that “the kid and the dog in those clips make me very, very nervous.”

Shape-Shifting Robots Inspired by Venom

Researchers at the University of Bristol have developed a new type of superagile robot capable of changing shape, drawing inspiration from the Marvel antihero Venom. Utilizing electro-morphing gel (e-MG), the robots can bend, stretch, and move in previously unattainable ways through manipulation of electric fields. This innovative material opens up possibilities for robots to adapt to complex environments and tasks.

Quadrupedal Collaboration and the Future of Locomotion

Recent research suggests a growing interest in quadrupedal robots assisting each other to overcome obstacles. One researcher commented, “This is very preliminary of course, but I love the idea of quadrupedal robots physically assisting each other.” Meanwhile, the question of whether we’ve reached “peak dynamic humanoid” is being debated, with Unitree’s advancements fueling the discussion.

Refining Robotic Throwing Techniques

Researchers at LASA are focusing on improving the precision of robotic throwing, not just in terms of landing location, but also final orientation. Their work aims to enable robots to accurately “throw-flip” objects to a desired pose, potentially streamlining logistic operations.

The Appeal of “Ridable” Quadrupeds

While industry-focused quadrupeds receive attention, some researchers express a preference for robots designed for recreational use. “I don’t care all that much about ‘industry-oriented’ quadrupeds. I do care very much about ‘ridable’ quadrupeds,” stated one robotics enthusiast.

Trust and Humanoid Robots: A Question of Safety

Concerns remain regarding the safety of humanoid robots interacting with valuable objects. One observer noted, “I am not yet at the point where I would trust any humanoid around priceless ancient relics.” This highlights the need for robust safety protocols and reliable performance before widespread deployment in sensitive environments.

Insights from Robotics Experts

A Carnegie Mellon University RI Seminar, “A Manipulation Journey,” presented by Professor Emeritus Matt Mason, revisited key projects in manipulation research, offering valuable lessons for the field. Additionally, Christian Hubicki of Florida State University provided a comprehensive overview of humanoid robotics research and news from the past year, while further discussions were held at ICRA@40.

These recent advancements demonstrate the dynamism and potential of the robotics field, promising a future where robots play an increasingly integral role in our lives.