Hexi Baoyin
Papers
6
Total Citations
180
H-Index
4
About
Hexi Baoyin is a visionary researcher at the intersection of soft robotics and space exploration, pioneering novel solutions for extreme environments. His work spans two seemingly disparate domains—biomimetic soft robots and space debris mitigation—unified by a focus on adaptive, untethered systems. Baoyin’s most impactful contribution is the **MagWorm**, a biomimetic magnet-embedded worm-like soft robot (2020, 121 citations), which achieves fast, untethered crawling by leveraging magnetic actuation, a breakthrough for soft robotics. He extends this expertise to space with the **Soft Robotic Perspective and Concept for Planetary Small Body Exploration** (2021, 20 citations), proposing compliant robots for asteroid and comet surfaces where traditional rovers fail. On the sustainability front, Baoyin introduces the **Debris Engine** (2015, 5 citations), a thruster that repurposes space debris as propellant, and the **Flexible Controlled Expandable Net** (2025, 2 citations) for capturing multiple irregular debris. His earlier work on **dynamic modelling of space webs** (2011, 28 citations) laid groundwork for orbital structures. Baoyin’s dual focus on soft, adaptive mechanisms and space sustainability positions him as a key innovator, inspiring students to explore how bio-inspired design can solve grand challenges in robotics and spaceflight.
Research Focus
Key Achievements
Top Papers
- 1MagWorm: A Biomimetic Magnet Embedded Worm-Like Soft Robot121 citations · 2020
- 2Dynamic modelling and analysis of space webs28 citations · 2011
- 3Soft Robotic Perspective and Concept for Planetary Small Body Exploration20 citations · 2021
- 4Debris Engine: A Potential Thruster for Space Debris Removal5 citations · 2015
- 5Kinetic and Dynamic Modeling of Single ActuatorWave-Like Robot4 citations · 2019
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