Makoto Takeuchi
Papers
2
Total Citations
4
H-Index
2
About
Makoto Takeuchi is a robotics researcher whose work focuses on developing autonomous systems for arboricultural maintenance, specifically street tree climbing robots designed to replace human workers in dangerous, high-altitude pruning tasks. His key research areas include robotic grasping mechanisms, force control, and field robotics for infrastructure maintenance. Takeuchi’s major contributions center on the design and control of the WOODY-2 robot, a dual-grip climbing platform that can ascend tree trunks and adjust its grasping power in real time. His 2009 and 2010 papers, each cited twice, detail the implementation of strain gauge sensors on the robot’s grips to enable precise force modulation—a critical innovation for safe, adaptive climbing on irregular surfaces. While his citation count is modest, Takeuchi’s work addresses a practical, high-impact problem: reducing occupational hazards for tree pruners. His development of a force-adjusting control assistant technique represents a foundational step toward reliable, human-safe robotic tree maintenance, demonstrating how even niche robotics research can directly improve workplace safety and automation in specialized domains.
Research Focus
Key Achievements
Top Papers
- 1
- 21A2-D07 Development of Street Tree Climbing Robot WOODY-22 citations · 2009