Taiga Sasaki

Papers

Total Citations

H-Index

About

Taiga Sasaki is a leading researcher in field robotics, specializing in the design and control of hybrid locomotion systems for rough-terrain navigation. His work centers on integrating tracked mobility with multi-legged manipulation, creating robots that are not only robust traversers but also capable of complex handling tasks. Sasaki’s major contributions include the development of novel quadruped and hexapod tracked platforms. His 2015 paper on a quadruped tracked robot (9 citations) pioneered the concept of using legs as manipulation arms while driving, enabling hybrid working motions. He later advanced this with a hexapod design (2017, 6 citations), significantly improving stability and object-carrying capabilities during locomotion. A key achievement is his 2021 work (5 citations), which introduced a gap-width detection system allowing a hexapod tracked robot to autonomously traverse wide gaps while holding a payload—a critical capability for disaster response and logistics. Though his citation counts are modest, Sasaki’s impact is notable for its practical, systems-level innovation; his robots demonstrate a rare synthesis of mobility and dexterity, directly addressing real-world challenges in unstructured environments. His work continues to inspire new generations of field robots that can both travel and work.