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Good news for lazy joggers: scientists are developing an ankle “ exoskeleton ” that makes running easier

Good news for lazy joggers: scientists are developing an ankle `` exoskeleton '' that makes running easier

Good news for lazy joggers: scientists are developing an ankle “ exoskeleton ” that makes running 14% easier than normal athletic shoes

  • The robotic exoskeleton was created by robotics experts from Stanford University
  • Funded by Nike, it was revealed that the device saves energy during the race
  • Reduces energy expenditure by 14% compared to normal running shoes
  • I hope it will one day help people with disabilities get exercise and allow soldiers and emergency services to run faster and longer

Sofa potatoes that try to get in shape could one day be helped throughout their fitness journey by an ankle exoskeleton that makes running easier and less tiring.

The robotic device attaches to the ankles of joggers and has been found in laboratory tests to reduce energy expenditure by 14% compared to standard running shoes.

It was created by robotics experts from Stanford University and funded in part by the sports giant Nike.

The engineers behind the project say that the equipment currently only works on a treadmill and when the device is connected to a machine via cables.

However, they strive to make the exoskeleton portable, light and easy to integrate into future racing equipment.

It is hoped that in the future, technology will help people with disabilities to exercise and allow soldiers and emergency services to function faster and longer.

The engineers behind the project say that the equipment currently only works on a treadmill and when the device is connected to a machine via cables. However, they work to make the exoskeleton portable and light.

The engineers behind the project say that the equipment currently only works on a treadmill and when the device is connected to a machine via cables. However, they work to make the exoskeleton portable and light.

Sofa potatoes that try to get in shape could one day be helped throughout their fitness journey by an ankle exoskeleton that makes running easier and less tiring. The robotic device attaches to the ankles of the joggers and has been found in laboratory tests to reduce energy expenditure by 14%

Sofa potatoes that try to get in shape could one day be helped throughout their fitness journey by an ankle exoskeleton that makes running easier and less tiring. The robotic device attaches to the ankles of the joggers and has been found in laboratory tests to reduce energy expenditure by 14%

Dr. Kirby Witte designed the exoskeleton and has constantly refined and improved its design.

Finally, a version was created which allowed runners on a treadmill to save on average 24% more energy compared to wearing an unpowered device.

The exoskeleton also helped runners save an average of 14% energy compared to regular shoes.

Commercially available assist shoes, such as the controversial Nike Vaporfly marathon shoes, can reduce the metabolic cost of running by 4%.

Study researchers published today in the journal Scientific robotics, examined two methods of mechanical assistance for runners.

The exoskeleton was created by robotics experts from Stanford University and funded in part by the sports giant Nike. It is hoped that in the future technology will help people with disabilities to exercise and allow soldiers and emergency services to function more quickly.

The exoskeleton was created by robotics experts from Stanford University and funded in part by the sports giant Nike. It is hoped that in the future technology will help people with disabilities to exercise and allow soldiers and emergency services to function more quickly.

The shoe, the foot legs, the calf legs and the heel rope help to power the device and facilitate running

Front view of one of the exoskeleton models. Adjustment around the calf can be adapted for more comfort

In the photo, the shoe (1), the struts (2), the calf legs (3) and the heel rope (4). They can be customized to fit the unique shape and size of the wearer’s foot. A large spacer (5) under the strap can be added for more comfort. There is no space (6) between the frame of the exoskeleton and the lateral aspect of the leg to ensure maximum benefit

The first was a motorized ankle assist that provides additional strength to complement the natural movement of the joint.

It has been found to reduce the energy expenditure of carriers and lower their metabolic rate, indicating that they are not working as hard.

Its second characteristic tested in the study was the addition of an additional spring-like thrust on the ankle.

While this slightly reduced energy expenditure, by about 2%, it actually increased the metabolic rate by about 11%.

Researchers hope that by making it easier for people to behave, it will encourage people to lead less sedentary lifestyles.

For example, according to a 2018 study, about 25% of Americans between the ages of 19 and 29 run a race once every 12 months.

For people aged 30 to 49, this figure drops to one in five.

Many people say that concerns about their physical condition and fatigue are the main reason they avoid leaving the house for jogging.

Researchers hope portable technology that makes it easier to get around can encourage more people to be active.

Corresponding author Steve Collins said: “ People are much less likely to be physically active when it is too difficult, and making things a little easier can cause them to do a lot more. ”

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