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Category: Year

”TALON” Mobile Robot

2013-01-10
| No Comments
| 1990s, 2000s, 2010s, Military, Mobile-manipulation robots, Reconnaissance, Rescue

The TALON robot is a small tracked military system, designed by the Foster-Miller company (USA) for wide range of missions (from reconnaissance to combat). It can move through sand, water, and snow as well as climb stairs. The robot weighs less than 45 kg (or 27 kg for the Reconnaissance version). Its cargo bay accommodates…

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Posted in 1990s, 2000s, 2010s, Military, Mobile-manipulation robots, Reconnaissance, Rescue Tagged EOD, Foster-Miller, HAZMAT, IEDD, OCU, SOTAL, SWORDS, TALON, USA, Video, США Leave a comment

Kinetic sculpture of Theo Jansen

2012-12-30
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| 1990s, 2000s, 2010s, Advertising, Art, Automatic, Mobile robots, Research, Walking systems

Since 1990 Theo Jansen, Dutch artist and kinetic sculptor, builds huge structures that resemble skeletons of animals which are able to move under the influence of wind on the sandy beaches.[1][2][3] These structures are known as Strandbeest (Dutch: strand = beach; beest = beast), wind-walking examples of artificial life. Jansen calls them “animals” or “creatures”.[2][3]…

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Posted in 1990s, 2000s, 2010s, Advertising, Art, Automatic, Mobile robots, Research, Walking systems Tagged DraCAEna, Dutch, Jansen's linkage, Kinetic sculpture, Planar mechanism, Strandbeest, Theo Jansen, Video, Wind-walking, Голландия, Голландія, З'єднання Янсена, Кинетическая скульптура, Кінетична скульптура, Планарний механізм, Планарный механизм, Соединение Янсена, Тео Янсен Leave a comment

”Crusher” Ground Combat Vehicle

2012-11-30
| No Comments
| 2000s, 2010s, Ground transportation, Intelligent, Military, Mobile robots, Rescue, Self-propelled systems

“Crusher” is an autonomous off-road Unmanned Ground Combat System developed by researchers at the Carnegie Mellon University’s National Robotics Engineering Center for Defense Advanced Research Projects Agency (DARPA), USA.[1][2][3] Crusher.   [4] The robot can travel over rough terrain, such as vertical walls more than 1.2 m high, wooded slopes, and rocky creekbeds. The “Crusher” has…

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Posted in 2000s, 2010s, Ground transportation, Intelligent, Military, Mobile robots, Rescue, Self-propelled systems Tagged Carnegie Mellon University, Crusher, DARPA, National Robotics Engineering Center, Off-road, USA, Video, Внедорожник, Национальный робототехнический инженерный центр, Національний робототехнічний інженерний центр, Позашляховик, США, Университет Карнеги-Меллон, Університет Карнегі-Меллон Leave a comment

Adaptive Suspension Vehicle

2012-10-31
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| 1980s, Ground transportation, Mobile robots, Research, Semi-automatic, Walking systems

The Adaptive Suspension Vehicle (ASV) is a six-legged robotic system designed for sustained locomotion on unstructured terrain. The ASV project was initiated in January 1981 under the lead of Kenneth McGhee along with Robert Waldron at the Ohio State University (OSU), USA. The machine took its first steps in December 1985. The first outdoor tests…

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Posted in 1980s, Ground transportation, Mobile robots, Research, Semi-automatic, Walking systems Tagged Adaptive Suspension Vehicle, ASV, Ohio State University, OSU, Six-legged, USA, Video, США, Транспортний засіб з адаптивною підвіскою, Транспортное средство с адаптивной подвеской, Университет штата Огайо, Університет штату Огайо, Шестинога, Шестиногая Leave a comment

F-10 Object radio-controlled mine

2012-09-24
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| 1920s, 1930s, 1940s, Military, Other complex robots

In 1923 – 1924, the Special technical bureau for military inventions of special purpose (Ostekhbyuro – local abbreviation) has started the works at creation of the radio-controlled mines in the Soviet Union. The first specimens of devices for manage of detonation of fougasses at distance were given the name “BEMI” – according to first syllables…

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Posted in 1920s, 1930s, 1940s, Military, Other complex robots Tagged BEMI, F-10, House of Ginzburg, Khreschatyk, Kiev, Kyiv, Object radio-controlled mine, Ostekhbyuro, Soviet Union, Ukraine, USSR, Video, БЕМИ, БЕМІ, Будинок Гінзбурга, Дом Гинзбурга, Киев, Київ, Крещатик, Об'єктна радіокерована міна, Объектная радиоуправляемая мина, Остехбюро, Радянський Союз, Советский Союз, СРСР, СССР, Украина, Україна, Ф-10, Хрещатик Leave a comment

”HAL” exoskeleton

2012-08-30
| No Comments
| 1990s, 2000s, 2010s, Exoskeletons, Medicine, Mobile robots, Rescue, Research

HAL (the Hybrid Assistive Limb) is a powered exoskeleton suit currently in development by Tsukuba University in Japan. There are currently two prototypes: HAL-3 (restoring of the leg function) and HAL-5 (a full-body exoskeleton for the arms, legs, and torso). HAL-5 is currently capable of allowing the operator to lift and carry about five times…

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Posted in 1990s, 2000s, 2010s, Exoskeletons, Medicine, Mobile robots, Rescue, Research Tagged Cyberdyne, HAL, HAL-3, HAL-5, Hybrid Assistive Limb, Japan, Sankai, Tsukuba University, Video, Университет Цукубы, Університет Цукуби, Япония, Японія Leave a comment

”Moon Walker” walking chair

2012-08-23
| No Comments
| 1960s, Ground transportation, Medicine, Mobile robots, Semi-automatic, Walking systems

“Moon Walker” is the eight-legged walking chair, designed by space engineers to aid children with disorders of the musculoskeletal system. Moon Walker walking chair.   [1] The vehicle, was originally designed as a means of transportation on the lunar surface, suddenly became suitable for another purpose. Children, who have lost ability of the free motion due…

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Posted in 1960s, Ground transportation, Medicine, Mobile robots, Semi-automatic, Walking systems Tagged Moon Walker, NASA, USA, Video, Walking chair, Крокуюче крісло, НАСА, США, Шагающее кресло Leave a comment

”Plusjack” Walking harvester

2012-08-11
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| 1990s, 2000s, Ground transportation, Industry, Mobile robots, Research, Semi-automatic, Walking systems

Six-legged walking harvester “Plusjack” was developed in 1999 by the “Plustech” Finnish company (the advanced research and development unit of “Timberjack”, now a “John Deere” company).[1][7] Plusjack Walking harvester.    [5] Harvester has been designed to navigate the difficult terrain (e.g. steep slopes), with the implementation of the principle of applying the minimum damage to…

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Posted in 1990s, 2000s, Ground transportation, Industry, Mobile robots, Research, Semi-automatic, Walking systems Tagged Finland, Forest, Harvester, John Deere, Lusto, Museum, Plusjack, Plustech, Six-legged, Timberjack, Video, Walking, Комбайн, Крокуючий, Лес, Ліс, Финляндия, Фінляндія, Шагающий, Шестинога, Шестиногая, Шестиногий Leave a comment

”Voyager” spacecraft

2012-07-06
| No Comments
| 1970s, 1980s, 1990s, 2000s, 2010s, Adaptive, Astronautics, Intelligent, Mobile robots, Programmable, Research, Self-propelled systems

The «Voyager» program [1] is a United States project for study the distant planets of Solar System, that launched the unmanned space missions, scientific probes «Voyager-1» and «Voyager-2».[2] Spacecrafts of «Voyager» series were created in the JPL (Jet Propulsion Laboratory) of NASA. These space vehicles – autonomous robots, equipped by power plants, rocket engines, computers,…

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Posted in 1970s, 1980s, 1990s, 2000s, 2010s, Adaptive, Astronautics, Intelligent, Mobile robots, Programmable, Research, Self-propelled systems Tagged Centaur, DXF, Earth, Io, Jet Propulsion Laboratory, JPL, Jupiter, NASA, Neptune, S3DxfVQ, Saturn, Scientific probe, Solar System, Space vehicle, Spacecraft, Sun, Titan, Uranus, USA, Vector image, Voyager, Voyager-1, Voyager-2, Векторне зображення, Векторное изображение, Вояджер, Вояджер-1, Вояджер-2, Земля, Ио, Іо, Космический зонд, Космічний зонд, Лаборатория реактивного движения, Лабораторія реактивного руху, НАСА, Нептун, Сатурн, Солнечная система, Солнце, Сонце, Сонячна система, США, Уран, Юпитер, Юпітер Leave a comment

iBOT

2012-07-02
| No Comments
| 2000s, 2010s, Adaptive, Medicine, Mobile robots, Self-propelled systems

The iBOT is a robotic wheelchair developed by Dean Kamen in a partnership between DEKA and Johnson and Johnson’s Independence Technology division. It is a medical technology, made to help people with severe mobility problems.[2] Dean Kamen demonstrates iBOT to President Clinton in the White House.   [3] 1 The iBOT has a number of features…

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Posted in 2000s, 2010s, Adaptive, Medicine, Mobile robots, Self-propelled systems Tagged Dean Kamen, DEKA, iBALANCE, iBOT, Independence Technology, Johnson and Johnson, USA, Video, Дин Кеймен, Дін Кеймен, США Leave a comment
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    • Application ”Inlinko”
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  • Automatic control system «Prudkodum»
  • Information Assistant Robot «Semargl»
  • Domestic robot – assistant «Domrad»
  • Industrial robotic complex «Kolodar»
  • Mobile robotic platform «Hutsulyk-R»
  • Blog about Robotics «Teller»

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