Giacomo Mantriota
Papers
24
Total Citations
319
H-Index
11
About
Giacomo Mantriota is an Italian robotics and mechanical engineering researcher whose work spans mobile robotics, robot manipulation, and advanced control systems. He has made particularly significant contributions to tracked robot design and locomotion, most notably through his development of novel passively articulated suspension systems for off-road and soft-terrain applications, work that has attracted 46 citations and been complemented by rigorous multibody dynamics validation. His research into omnidirectional robots equipped with mecanum wheels has addressed key real-world limitations in industrial settings, including adaptive heading correction and model predictive control for intelligent warehouse navigation. Mantriota's contributions extend meaningfully into agricultural robotics, where his RoboNav system demonstrated that cost-effective, decimeter-grade GPS navigation is achievable for autonomous field robots. His foundational work on suction cup mechanics and jamming systems — including both multi-layer and layer jamming modeling — reflects a sustained interest in soft robotic gripping and variable-stiffness mechanisms, collectively accumulating nearly 50 citations. An early 1995 paper on inertia tensor measurement signals his long-standing engagement with experimental mechanical validation. Across more than two decades, Mantriota has built a research profile defined by practical engineering innovation, interdisciplinary breadth, and rigorous experimental methodology.
Research Focus
Key Achievements
Top Papers
- 1Analysis of an all-terrain tracked robot with innovative suspension system46 citations · 2023
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- 3A theoretical model for multi-layer jamming systems27 citations · 2022
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- 6Layer jamming: Modeling and experimental validation21 citations · 2023
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- 9Measurement of the inertia tensor: An experimental proposal14 citations · 1995
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