Войти

A robot snake with magnetic wheels drove through a vertical pipe

2262
0
0
Image source: 日刊工業ビデオニュース / YouTube

Japanese engineers have developed a snake robot with magnets in the wheels. They showed how magnets hold the robot even on vertical surfaces, and the design of several segments allows it to move over obstacles. A video of the tests was published on the YouTube channel of the Nikkan Kogyo Shimbun newspaper.

One of the global goals for which engineers are developing robots and drones is to replace people with them when working in difficult and dangerous conditions. In particular, drones allow you to safely monitor, and sometimes maintain, high-rise structures, work with which always carries some risk. Most often we are talking about contactless work, although there are individual drones that can lean against vertical surfaces to, for example, measure their thickness. But drones spend a lot of energy on keeping in the air and are very limited in the mass of portable instruments and flight time.

A group of engineers led by Motoyasu Tanaka from the University of Electrical Communications has developed and tested a robot that can ride on vertical metal structures and stop without wasting energy. The robot consists of eight sections that can rotate relative to each other. The first and last sections are passive, and in the six central ones there are wheels on the surface of which neodymium magnets are installed. This allows the robot to stay on metal surfaces, and engineers note that the clamping force can be adjusted to the payload of the robot by changing the number of magnets.


The developers showed the potential use of the robot by forcing it to drive on a vertical steel tank. Before the race, the robot lifted the front part and drove even closer, and then took turns doing the same with the other sections. It is noteworthy that during the ride he was able to overcome the ledge connecting the two parts of the tank without falling down.

Earlier we talked about a robot that can walk at any angle due to suction cups. It was adapted to inspect the blades of wind turbines, which are usually inspected by people hanging on cables.

Grigory Kopiev

The rights to this material belong to
The material is placed by the copyright holder in the public domain
  • The news mentions
Страны
Проекты
Do you want to leave a comment? Register and/or Log in
ПОДПИСКА НА НОВОСТИ
Ежедневная рассылка новостей ВПК на электронный почтовый ящик
  • Discussion
    Update
  • 03.04 10:59
  • 8302
Without carrot and stick. Russia has deprived America of its usual levers of influence
  • 03.04 06:05
  • 0
Ответ на "ВКС России получили новые истребители Су-35, но в дальнейшем рост экспорта может сократить внутренние закупки (Military Watch Magazine, США)"
  • 03.04 05:29
  • 0
Ответ на "NI: российский комплекс ПВО С-500 обеспечит России преимущество в СВО"
  • 03.04 05:20
  • 13
Тегеран подготовил ракеты для потенциального ответа США - СМИ
  • 03.04 05:10
  • 20
Russian air defense systems: the first experience of real combat use
  • 03.04 04:42
  • 0
Ответ на "Нарышкин: РФ за время СВО улучшила характеристики востребованных вооружений"
  • 03.04 01:09
  • 1
Ростех создал уникальный пресс для гибки деталей фюзеляжа самолета
  • 03.04 00:16
  • 1
Нарышкин: РФ за время СВО улучшила характеристики востребованных вооружений
  • 02.04 21:46
  • 0
Ответ на "США проигрывают в борьбе за передел мира (Bloomberg, США)"
  • 02.04 17:57
  • 1467
Корпорация "Иркут" до конца 2018 года поставит ВКС РФ более 30 истребителей Су-30СМ
  • 02.04 17:35
  • 0
Польские стенания об оружии. Часть 1
  • 02.04 17:33
  • 0
Тонкая грань мира
  • 02.04 14:41
  • 2
На верфи HII спущен на воду эсминец DDG-129 "Иеремия Дентон" класса "Арли Берк"
  • 02.04 13:59
  • 38
Commander of the US Air Force in Europe on the role of aviation in the fighting in Ukraine
  • 02.04 13:40
  • 33
The Russian plant began producing three-ton superbombs in three shifts. What are they capable of?