James J. Potter
Papers
2
Total Citations
102
H-Index
2
About
James J. Potter is a leading researcher in the control and dynamics of aerial robotic systems, with a specific focus on enhancing the safety and precision of helicopter sling-load operations. His work addresses a critical challenge in rotorcraft aviation: the dangerous, excessive swinging of suspended payloads that can degrade vehicle control and cause collisions. Potter’s major contributions lie in pioneering the application of input-shaping techniques to suppress load swing in real-time. His 2011 paper, *"Reducing swing of model helicopter sling load using input shaping"* (47 citations), established the foundational framework for this approach. He then advanced the field with his 2014 study, *"Input-Shaping and Model-Following Control of a Helicopter Carrying a Suspended Load"* (55 citations), which demonstrated the synergistic benefits of combining input-shaping with model-following control to dramatically improve overall flight performance and stability. These highly cited works have directly influenced the development of safer, more productive unmanned aerial vehicle (UAV) operations for heavy-lift logistics and disaster relief. Potter’s research provides a critical bridge between theoretical control theory and practical, high-stakes aviation applications.
Research Focus
Key Achievements
Top Papers
- 1
- 2Reducing swing of model helicopter sling load using input shaping47 citations · 2011