Agile Samara Glider dSAW
One actuator. Two ways to descend.
A samara-inspired robot that glides, dives, and recovers using a single control surface.
RESEARCHER & ROBOTICIST
Aerial Innovation Research LabTemasek Laboratories @ SUTDSingapore University of Technology and Design
I’m Shane. I design robots that move differently—
through the air, across water, and beyond convention.
ONE PLATFORM. THREE POSSIBILITIES.
Dual-purpose wings slow the fall through passive autorotation.

A low centre of gravity helps the platform right itself on water.

The same wings become sails for autonomous surface sensing.

MY RESEARCH THEME
A falling seed. A sail in the wind. The flick of a fish’s tail. My research turns these natural mechanisms into robots with minimal actuation—combining mechanical design, dynamics, and control to make autonomous systems more capable.
More about my work ↗SELECTED WORK
A samara-inspired robot that glides, dives, and recovers using a single control surface.
A reusable radiosonde inspired by falling maple seeds. Global Sustainability Winner, 2024.
RESEARCH OUTPUT
SCIENCE ROBOTICS
S.K.H. Win, D. Sufiyan, B.L. Suhadi, L.S.T. Win, X. Cai, W.J. Ang, S. Foong
IEEE TRANSACTIONS ON ROBOTICS
S.K.H. Win, L.S.T. Win, D. Sufiyan, G.S. Soh, S. Foong
BIOINSPIRATION & BIOMIMETICS
S.K.H. Win, L.S.T. Win, D. Sufiyan, S. Foong
RECENT ACTIVITY
Shane’s work on ALBATROSS is featured on Popular Science!
Shane’s research titled ‘ALBATROSS: A bio-inspired, aerially deployable, autonomous sailing sensor platform’ is published in Science Robotics! Read it here!
Shane receives Research Quality Award from Temasek Labs @ SUTD for excellence in research for 2025!
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