Singapore University of Technology and Design unveils albatross hybrid aerial‑marine robot
The IEEE Spectrum Robotics Video Friday roundup showcases ALBATROSS, a hybrid aerial‑marine robot created by the Singapore University of Technology and Design. The platform can be dropped from the sky, autorotate into water without a parachute, self‑right after landing, and then repurpose its rigid wings as sails for wind‑powered navigation. By letting the same physical structures handle…
Key points
- SUTD developed ALBATROSS, a hybrid aerial‑marine robot that autorotates into water and sails using its wings
- The robot combines rapid aerial deployment with energy‑efficient marine sensing, eliminating separate descent and propulsion systems
- Video Friday also featured tactile‑sensing robots from Sharpa, Boston Dynamics’ Atlas plans, and a fruit‑fly brain‑to‑robot system
The video collection also highlights other recent robotics advances: Sharpa introduced three tactile‑sensing products (D01, W02, AE01) at IROS; Boston Dynamics discussed new plans for its Atlas humanoid; CLIMB Lab presented a compliant footpad for hopping robots; ETH Zurich’s RSL showed mobility from ANYmal; a Canadian high‑school student, Daniel Zhu, built a self‑constructing robot arm for disaster response; XPENG teased more human‑like robots; and IT Imperial linked a fruit‑fly connectome to a Unitree G1 humanoid, creating a closed‑loop visual‑motor system. The roundup underscores a growing trend toward multifunctional, low‑energy robotic platforms for sensing, manipulation and exploration.
Video Friday: Albatross Falls, Spins, Self-Rights, and Sails Away
IEEE Spectrum Robotics · 2 October 2026
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