水黽的運動機理，研究了一款可以在水上行走，跳躍的仿生機器人重68毫克，

水黽的運動機理，研究了一款可以在水上行走，跳躍的仿生機器人重68毫克，身長僅有2公分的微型機器，4條足足有5公分的腿雖然密度遠大於水，卻能穩穩停在水面上，而且這架機器人讓能夠從水面跳起達 14.2 公分高，超過自體身長 7 倍，完美重現自然界水黽的跳躍實力。

結果 (英文) 1:

Water strider movement mechanism, a study can walk on water, jumping bionic robots
weight 68 mg, micromachines only 2 cm length, 5 cm in a full four legs
, although much greater than the density of water, was able to stabilize stable parked on the water and let it stand robot can jump up to 14.2 cm high from the surface, more than seven times the length from the body, perfectly reproduce nature, water striders jump strength.

結果 (英文) 2:

The motion mechanism of the otter, a bionic robot that can walk and jump on the water, has been studied.
Weighs 68 mg, a mini-machine that is only 2 cm long and has 4 legs of 5 centimeters.
Although the density is much greater than the water, it can be firmly parked on the surface of the water, and the robot allows it to jump up to 14.2 cm from the surface of the water, more than 7 times the length of the body, perfectly reproduce the jump strength of the natural otters.

結果 (英文) 3:

The movement mechanism of Water Strider is studied. A bionic robot that can walk and jump on water is studied
It weighs 68 milligrams. It's only two centimeters long. Four legs are five centimeters long
Although its density is much higher than that of water, it can stop stably on the water surface, and the robot can jump up to 14.2cm from the water surface, 7 times longer than its own body length, perfectly reappearing the jumping strength of natural water strider.