Andrew Cross

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About

Andrew Cross is a rising robotics researcher whose work focuses on bio-inspired actuation and soft robotics, particularly the design and application of pneumatic artificial muscles (PAMs). His most cited paper, "Analysis of an anchoring muscle for pipe crawling robot" (2023), introduces a novel use of PAMs—elastomeric bladders wrapped in Kevlar braids that expand radially and contract axially when inflated—to create powerful, lightweight anchoring mechanisms for in-pipe inspection robots. This contribution addresses a critical challenge in confined-space locomotion by leveraging PAMs’ high specific work and specific power to generate large axial forces, enabling robots to anchor securely within pipes. Though early in his career, Cross’s work has already garnered attention (4 citations), highlighting its potential impact on industrial maintenance and infrastructure monitoring. His research bridges fundamental actuator mechanics and practical robotic systems, offering a scalable solution for navigating complex environments. Cross’s achievements underscore a commitment to advancing soft robotics, with future work likely to explore energy efficiency and adaptive control in autonomous systems.