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Mobile robots might have limitations in mobility when moving in various and unstructured environments if only single locomotion is possible. Insects perform various locomotion mode and select appropriate locomotion mode depending on the situation. In robots, multi-modal robots that integrating locomotion modes have been developed, which have attempted to expand locomotion domain or reduce the cost of transport.

The locomotion that integrates jumping and crawling expands the environment to reach or overcome compared to the single locomotion. However, simple addition of jumping and crawling module cause the whole system to be heavy. To maintain appropriate jumping height, the jumping module is required to have much increased amount of stored-energy. Therefore, we developed a jumping module that can store a lot of energy, store as much energy as desired, and release it any time. This jumping module was integrated with a lightweight Dash crawler, and this jump-crawler is called JumpRoACH. This robot can control its trajectory by adjusting both its crawling speed and its jumping take-off speed.


Related papers and patents

Gwang-Pil Jung, Carlos S. Casarez, Jongeun Lee, Sang-Min Baek, So-Jung Yim, Soo-Whan Chae, Ronald S. Fearing, and Kyu-Jin Cho, "JumpRoACH: A Trajectory-Adjustable Integrated Jumping-Crawling Robot," IEEE/ASME Transactions on Mechatronics, 2019. [PDF]

Gwang-Pil Jung, Carlos S. Casarez, Sun-Pill Jung, Ronald S. Fearing and Kyu-Jin Cho, “An Integrated Jumping-Crawling Robot using Height-Adjustable Jumping Module,” in IEEE International Conference on Robotics and Automation (ICRA), 2016, pp. 4680-4685. [PDF]

Active clutch mechanism and jumping robot having the same (Korean Patent Application number 10-2016-0036037)

Related papers and patents

GwnagPil Jung.jpg

· E-mail : ceaser97 at
· Affiliation : Professor at Seoul Nat'l Univ. of Science and Tech. (서울과학기술대학교)


Gwang-Pil Jung

Related papers and patents


· E-mail : yhjelee at
· Research Topic : Bio-inspired robots

Ph.D. Candidate

Jongeun Lee

Related papers and patents


· E-mail : bsm6656 at
· Research Topic : Bio-inspired robots & Origami-inspired robots

Ph.D. Candidate

Sang-Min Baek


· E-mail : yimsj94 at
· Research Topic : Bio-inspired Robots

M.S. Candidate

Sojung Yim


· E-mail : justices at
· Research Topic : Bio-inspired Robots

M.S. Candidate

Soo-Hwan Chae

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