J. Tormo-Barbero

Papers

Total Citations

210

H-Index

About

J. Tormo-Barbero is a leading researcher in bio-inspired aerial robotics, specializing in the design and control of flapping-wing robots, or ornithopters. Their work focuses on enabling autonomous flight, perching, and interaction in complex, cluttered environments—capabilities that traditional propeller-driven drones struggle to achieve. Tormo-Barbero’s major contributions include the design of the high-payload flapping-wing robot E-Flap (97 citations), a lightweight platform that demonstrates safe, collision-tolerant flight without propellers, making it ideal for operation near humans. They have also pioneered autonomous perching on branches (86 citations), a critical maneuver for extending ornithopter mission duration and versatility, and systematically studied tail designs for bird-scale robots (24 citations) to improve stability and control in under-actuated systems. Their work has garnered over 210 citations, reflecting its impact on both robotics and biology. By merging principles from avian flight with engineering constraints, Tormo-Barbero is advancing the next generation of aerial robots that are quiet, safe, and capable of navigating the natural world—paving the way for applications in environmental monitoring, search-and-rescue, and beyond.