Takanori KIYOTA

Papers

Total Citations

H-Index

About

Takanori Kiyota is a robotics researcher whose work focuses on developing assistive technologies for hazardous environments, particularly in disaster response and rescue operations. His key research areas include rescue robotics, human-robot interaction, and mechanical systems for emergency support. His most notable contribution is the "3D-free rescue robot system," introduced in a 2006 paper that has garnered 9 citations. This system integrates a moving vehicle with automatic outriggers, a 3D-reaching arm, and a spring balancer—a design aimed at reducing the physical burden on firefighters during rescue activities. By lightening the weight of equipment and supporting natural human movement, Kiyota’s work enhances the safety and efficiency of first responders in challenging, three-dimensional spaces. While his citation count reflects a focused, specialized impact, his research addresses a critical gap in emergency robotics: enabling humans to work alongside machines in unstructured, life-saving contexts. Kiyota’s contributions underscore the importance of ergonomic design in robotics, offering a practical pathway for integrating mechanical assistance into high-stakes rescue missions.