Jump stabilization and landing control by wing-spreading of a locust-inspired jumper

Avishai Beck, Valentin Zaitsev, Uri Ben Hanan, Gabor Kosa, Amir Ayali, Avi Weiss*

*Corresponding author for this work

Research output: Contribution to journalArticlepeer-review


Bio-inspired robotics is a promising design strategy for mobile robots. Jumping is an energy efficient locomotion gait for traversing difficult terrain. Inspired by the jumping and flying behavior of the desert locust, we have recently developed a miniature jumping robot that can jump over 3.5 m high. However, much like the non-adult locust, it rotates while in the air and lands uncontrollably. Inspired by the winged adult locust, we have added spreading wings and a tail to the jumper. After the robot leaps, at the apex of the trajectory, the wings unfold and it glides to the ground. The advantages of this maneuver are the stabilization of the robot when airborne, the reduction of velocity at landing, the control of the landing angle and the potential to change the robot's orientation and control its flight trajectory. The new upgraded robot is capable of jumping to a still impressive height of 1.7 m eliminating airborne rotation and reducing landing velocity. Here, we analyze the dynamic and aerodynamic models of the robot, discuss the robot's design, and validate its ability to perform a jump-glide in a stable trajectory, land safely and change its orientation while in the air.

Original languageEnglish
Article number066006
JournalBioinspiration and Biomimetics
Issue number6
StatePublished - 10 Oct 2017


  • bio-inspired design
  • jumping and gliding robot
  • locust inspired robot
  • mechatronic system


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