B. Drennan

Papers

Total Citations

104

H-Index

About

B. Drennan is a pioneer in bio-inspired robotics, specializing in the design and development of miniature autonomous systems. Their research focuses on creating compact robots that mimic biological locomotion, particularly the walking and jumping kinematics of insects like crickets. Drennan’s major contributions include the invention of a cricket-inspired microrobot—a self-contained, two-inch-cube machine that uses braided pneumatic actuators (McKibben artificial muscles) for movement, powered by an onboard compressor. They also developed a novel hybrid robot that combines rear legs for propulsion with front wheels for support, achieving efficient, autonomous mobility in a tiny form factor. This work has garnered significant attention, with their most cited paper, "Design of a cricket microrobot" (2002), accumulating 47 citations, and related studies earning 29 and 28 citations respectively. Drennan’s achievements are notable for advancing the field of micro-robotics, demonstrating how biological principles can solve engineering challenges in miniaturization and self-sufficiency. Their research remains influential for students and engineers exploring autonomous, insect-inspired locomotion systems.