Space Sandals Appearance: Astronaut Daily Motion Data Can Be Detected

This space

Not only can the pressure be detected, but also the pressure from side to side or from the front to the rear can be detected.

Sport is a very important activity for human beings, which is the same for astronauts far from space.

However, the movement of space is completely different from that on the earth with gravity, but this does not mean that people living at the international space station do not need to exercise. Two.

In order to maintain their physique, they also need to do some physical exercises.

In order to enable astronauts in ISS to get moderate and high quality exercise, the US Space Agency recently developed a ForceShoe.

It can detect the pressure exerted by astronauts from all directions to these shoes.

It is understood that when astronauts do a lot of exercise in space, their bones and muscles will be negatively affected by the fact that there is no gravity around them.

To solve this problem, NASA has developed a device called ARED, which uses vacuum cylinders to provide resistance for astronauts, which is equivalent to the earth's gravity.

It will be used by astronauts for daily exercise. It will also provide astronauts' motion data for researchers and work out a more perfect sports plan.

It is reported that the ForceShoe will be divided into three stages. First, extract the pressure data of the astronauts in designated joints during the movement process, and then verify the technology in the process of use. Finally, if the test is effective, it will be used in other human research projects in the future.

In the future, astronauts will be able to use ARED and ForceShoe to move in space.

NASA explains that these space sandals are somewhat like bathroom scales, but they are much more advanced than ordinary bathroom scales. They can not only detect pressure, but also detect pressure from side to side or from front to rear.

Next, NASA will test a number of sports activities, including weightlifting, squatting, two muscle bending, and so on.