Max Robotics — Global Service Robot Directory + US Certification

About

Martin Hagara is a robotics researcher whose work spans snake robot locomotion, industrial robot precision, and low-cost sensor design. His most impactful contributions focus on two key areas: enabling snake robots to navigate confined spaces like pipes, and improving the repeatability of industrial manipulators. In his highly cited 2020 paper (39 citations), Hagara developed a unique snake robot with revolute and linear joints capable of planar motion in narrow channels, simulating locomotion patterns in MATLAB. He also challenged conventional assumptions about robot accuracy, demonstrating in a 24-citation study that the direction of approach significantly affects repeatability at target points—a finding with direct implications for manufacturing precision. His 2021 work (21 citations) introduced a compensation method for thermal drift, reducing repeatability differences between cold and warm robot states. Beyond these core contributions, Hagara has designed a low-cost torque sensor for collaborative robots and applied high-speed digital image correlation to 3D motion analysis of mechanical systems. His research bridges fundamental robotics challenges with practical industrial applications, making him a notable figure in both serpentine robotics and precision automation.