Papers
20
Total Citations
1,301
H-Index
13
About
Paul Pounds is a pioneering robotics researcher whose career has been defined by transformative contributions to unmanned aerial vehicle (UAV) design, dynamics, and control. Best known for his foundational work on quadrotor robotics, Pounds began shaping the field as early as 2002 with the development of the X-4 Flyer — one of the earliest custom-built, research-grade quadrotor platforms — moving the discipline decisively beyond repurposed flying toys. His subsequent modeling and control frameworks for quad-rotor systems have become essential references, collectively accumulating over 500 citations across his early papers alone. Pounds has made significant advances in UAV stability analysis, demonstrating how PID controllers behave under payload variations and how aerial vehicles can maintain stability during physical contact with surfaces and objects — critical insights for real-world deployment. His invention of the Triangular Quadrotor configuration introduced a more energy-efficient rotor arrangement that bridges the gap between helicopter efficiency and quadrotor simplicity. He has also explored aerial grasping and low-cost attitude control using biased IMU measurements. With over 1,100 citations across his most influential works, Pounds' research has fundamentally shaped how engineers design, model, and control modern aerial robots.
Research Focus
Key Achievements
Top Papers
- 1
- 2Modelling and Control of a Quad-Rotor Robot214 citations · 2006
- 3Design of a four-rotor aerial robot203 citations · 2002
- 4Towards Dynamically-Favourable Quad-Rotor Aerial Robots119 citations · 2004
- 5Stability of Helicopters in Compliant Contact Under PD-PID Control97 citations · 2014
- 6The Triangular Quadrotor: A More Efficient Quadrotor Configuration91 citations · 2015
- 7Hovering Stability of Helicopters With Elastic Constraints55 citations · 2010
- 8Towards a more efficient quadrotor configuration46 citations · 2013
- 9Practical aerial grasping of unstructured objects29 citations · 2011
- 10Attitude control of rigid body dynamics from biased IMU measurements28 citations · 2007