bionic butterfly drone

In recent years, the integration of bionics into aerial vehicle design has opened new frontiers in robotics, with the bionic […]

The pursuit of agile, efficient, and low-observable micro aerial vehicles (MAVs) has long driven research in bio-inspired robotics. Among nature’s

In the evolving field of micro aerial vehicles (MAVs), the pursuit of enhanced performance and adaptability has led to a

In recent years, the development of unmanned aerial vehicles (UAVs), particularly drones, has surged across various applications, from surveillance to

As the world moves towards precision agriculture and sustainable farming practices, the integration of advanced technologies becomes paramount. Among these,

The relentless pursuit of advanced aerial platforms has driven engineers beyond the conventional paradigms of fixed-wing and rotary-wing flight. In

In the pursuit of agile, efficient, and highly maneuverable micro aerial vehicles (MAVs), bio-inspired design has emerged as a profoundly

For over three decades, the field of bio-inspired robotics has been captivated by the flight of insects. Among this diverse

In my research, I focus on developing swing actuators using dielectric elastomers (DE) for bionic butterfly drone applications. Dielectric elastomers

The dream of creating machines that fly with the grace and efficiency of nature’s aviators has long driven the field

In the rapidly evolving field of bionic robotics, achieving precise control over complex flight maneuvers has become a central research

The pursuit of miniaturization in flapping-wing micro air vehicles (FWMAVs) often encounters a critical trade-off: achieving sufficient structural integrity while

The field of biomimetics, which seeks inspiration from nature’s sophisticated designs, has profoundly impacted advancements in micro-aerial vehicles (MAVs). Among