Inspired by frog tongue mechanisms, this innovative system combines biomechanical principles found in nature with engineering to capture, transport, and safely stack space debris in a single, integrated structure.
At the heart of the mechanism is a sticky, flexible limb resembling a frog's tongue. This flexible tongue can capture debris such as metal fragments, microsatellites, or fuel residue floating freely in space with high precision. Two curved arms surrounding the tongue provide directional control during capture and prevent small particles from dispersing into the environment.
The system also includes a stabilizer, a lever mechanism, a connecting tube, and a collection bin. These components allow captured debris to be transferred to the collection bin in a controlled manner and stacked. These features make the mechanism stand out as a nature-based technology that integrates both capture and storage functions.
Yazıcı provided the following information regarding the system's development process:
“We were inspired by the fast, flexible, and targeted tongue movements frogs use during hunting. By combining these biomechanical principles with aerospace engineering, we have created a sustainable and effective model for space debris removal.”
This patented invention is considered a significant milestone not only in reducing space debris but also in protecting orbital safety and strengthening space sustainability strategies. Experts state that the mechanism is suitable for use in active missions by ESA, NASA, and private space technology initiatives in the future.
