Papers
23
Total Citations
1,111
H-Index
15
About
Robert Siddall is a pioneering roboticist whose work sits at the intersection of biomimicry, aerial-aquatic robotics, and multi-modal locomotion. Best known for developing the AquaMAV — a bioinspired micro air vehicle capable of transitioning between flight and water — Siddall has fundamentally advanced how engineers think about robots operating across multiple fluid environments. His landmark 2014 paper introducing the AquaMAV concept has accumulated 179 citations, with subsequent work on morphing aquatic designs and single-propulsion aerial-aquatic systems demonstrating his sustained leadership in this niche but rapidly growing field. Beyond aerial-aquatic platforms, Siddall has made notable contributions to soft robotics, producing a highly cited study on a soft robotic fish with integrated sensing, and to perching robotics through his adaptive microspine grapple system. His curiosity extends into animal biomechanics, with collaborative studies on gliding geckos and free-falling squirrels revealing how biological inertial strategies can inspire more agile robots. His 2019 work on water-reactive fuel enabling consecutive aquatic jump-gliding hints at a bold vision for truly autonomous, energy-harvesting field robots. With over 880 cumulative citations across his top papers, Siddall represents a creative force shaping the future of environmentally adaptive robotics.
Research Focus
Key Achievements
Top Papers
- 1Launching the AquaMAV: bioinspired design for aerial–aquatic robotic platforms179 citations · 2014
- 2Wind and water tunnel testing of a morphing aquatic micro air vehicle144 citations · 2016
- 3Consecutive aquatic jump-gliding with water-reactive fuel119 citations · 2019
- 4Fast Aquatic Escape With a Jet Thruster90 citations · 2016
- 5Modeling and Control of a Soft Robotic Fish with Integrated Soft Sensing81 citations · 2021
- 6Efficient Aerial–Aquatic Locomotion With a Single Propulsion System64 citations · 2017
- 7A Passively Adaptive Microspine Grapple for Robust, Controllable Perching58 citations · 2019
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