Christopher Mailer

Papers

Total Citations

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About

Christopher Mailer is a robotics researcher focused on resilient and dynamic locomotion for autonomous systems. His work centers on two key areas: damage-adaptive control and hybrid actuation for legged robots. In his most-cited paper, "Evolving gaits for damage control in a hexapod robot" (2021, 5 citations), Mailer demonstrated how evolutionary algorithms can enable hexapods to autonomously recover from sensory or actuator damage, a critical capability for robots operating in remote or hazardous environments where repairs are impossible. This contribution addresses a fundamental challenge in field robotics—ensuring continued functionality despite unexpected morphological failures. In "Getting Air: Modelling and Control of a Hybrid Pneumatic-Electric Legged Robot" (2023, 4 citations), he tackled the complex dynamics of pneumatic actuators, developing a tractable model that balances power and compliance for agile behaviors like jumping. This work bridges the gap between theoretical control and practical implementation, advancing the potential for dynamic legged locomotion. Though early in his career, Mailer’s research has already garnered attention for its practical approach to robot resilience and actuation, marking him as a promising voice in adaptive robotics.