Scientists have developed a control framework that enables #Raibo, a legged robot, to perform #parkour-like maneuvers and navigate complex environments autonomously. @kaistpr @HwangboJemin Read more in Science #Robotics: https://t.co/ysr4678lrT https://t.co/35OzhygFJ7
High-speed control and navigation for quadrupedal robots on complex and discrete terrain.
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May 2025 – Nov 2025Where it's discussed
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X / Twitter173 posts
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News14 articles
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YouTube3 videos
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Bluesky2 posts
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Facebook2 posts
AI synopsis
What people are saying
Overall, the discussions reflect strong enthusiasm and recognition of the research’s significance, exemplified by comments like 'Sick' and mentions of robots performing 'parkour-like maneuvers.' The tone is highly positive, emphasizing the novelty and potential applications, with many posts referencing the technical aspects such as neural networks and real-time tracking, indicating high engagement and perceived impact.
Most discussions praise the publication, emphasizing how impressive and innovative the high-speed navigation and parkour abilities of the robots are, with comments like 'Sick' and references to 'autonomous high-speed parkour.'
Users demonstrate high interest by frequently mentioning specific applications like 'robot parkour,' 'complex environments,' and questions about open-sourcing, showing engagement with the technical content.
Many discussions include detailed remarks, references to related robotics research, and excitement about potential future uses, indicating deep involvement and reflection.
The posts highlight significant breakthroughs in robotic agility and autonomous navigation, with phrases like 'game changer,' underscoring the importance and potential influence of this research in robotics and AI.
Abstract in brief
- The paper introduces a hierarchical navigation system for quadrupedal robots that enables high-speed movement across complex and varied terrains by combining an efficient planning module with a precise tracking module.
- The planning module uses sampling-based optimization, heuristics, neural networks, and physics simulations to generate feasible and physically consistent foothold plans, while the tracker accurately steps on these targets, trained under challenging conditions to improve terrain adaptability.
- The approach was tested on the robot Raibo, demonstrating impressive capabilities such as running on vertical walls, jumping gaps, and navigating environments with stairs, ramps, and boxes at high speeds, showcasing high agility and robustness.]
Top posts
Most liked on X and BlueskyScientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers and navigate complex environments autonomously. Learn more in @SciRobotics: https://t.co/WBQHqTgb04 https://t.co/abdVTQ31Wz
A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it runs at high speeds and autonomously over walls and across gaps. https://t.co/WBQHqTgb04 https://t.co/W8KhNPBwRH
A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it runs at high speeds and autonomously over walls and across gaps. https://t.co/WBQHqTgb04 https://t.co/6KN2LcdCKF
Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers and navigate complex environments autonomously. Learn more in @SciRobotics: https://t.co/WBQHqTgb04 https://t.co/UwFIYLzDJe
A new Science #Robotics study describes a control strategy that plots safe footholds and movements for a legged robot as it runs at high speeds and #autonomously over walls and across gaps. https://t.co/ysr4678lrT https://t.co/vt9sOAhBIx
All mentions
High-speed Quadrupedal Robot Navigation on Complex Terrain
This video introduces a hierarchical navigation system enabling quadrupedal robots to move swiftly across complex terrains by combining efficient planning with accurate tracking, demonstrating capabilities such as wall…
Advanced Quadruped Robot Excels in Complex Terrain Navigation
A team of scientists in South Korea developed Raibo, a quadrupedal robot capable of autonomous parkour. Using AI-driven planning and precise tracking, Raibo can run, jump, climb stairs, and navigate complex environments…
Raibo Quadruped Robot Excelling in High-Speed Terrain Navigation
Meet Raibo, a quadrupedal robot capable of high-speed movement across complex terrains, including running on walls and jumping over large gaps. Its neural network-based controller enables precise real-time route…
韓国のベンチャーも頑張っていますね。 この動きは凄いと思います。 High-speed control and navigation for quadrupedal robots on complex and ... https://t.co/pAlNsVFzkn @YouTubeより
RT @SciRobotics: Scientists have developed a control framework that enables #Raibo, a legged robot, to perform #parkour-like maneuvers and…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @SciRobotics: Scientists have developed a control framework that enables #Raibo, a legged robot, to perform #parkour-like maneuvers and…
Scientists have developed a control framework that enables #Raibo, a legged robot, to perform #parkour-like maneuvers and navigate complex environments autonomously. Read more in Science #Robotics: https://t.co/ysr4678lrT https://t.co/zTq2isnVkq
RT @ScienceMagazine: A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it…
RT @ScienceMagazine: A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it…
RT @ScienceMagazine: A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it…
RT @ScienceMagazine: A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it…
RT @ScienceMagazine: A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it…
RT @ScienceMagazine: A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it…
RT @ScienceMagazine: A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it…
RT @ScienceMagazine: A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it…
RT @ScienceMagazine: A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it…
RT @ScienceMagazine: A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it…
RT @ScienceMagazine: A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it…
RT @ScienceMagazine: A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it…
RT @ScienceMagazine: A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it…
A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it runs at high speeds and autonomously over walls and across gaps. https://t.co/WBQHqTgb04 https://t.co/W8KhNPBwRH
High-speed control and navigation for quadrupedal robots on complex and ... https://t.co/TiVX6efRMg via @YouTube
RT @ScienceMagazine: A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it…
RT @ScienceMagazine: A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it…
RT @ScienceMagazine: A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it…
RT @ScienceMagazine: A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it…
RT @ScienceMagazine: A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it…
RT @ScienceMagazine: A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it…
RT @ScienceMagazine: A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it…
RT @ScienceMagazine: A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it…
A new @SciRobotics study describes a control strategy that plots safe footholds and movements for a legged robot as it runs at high speeds and autonomously over walls and across gaps. https://t.co/WBQHqTgb04 https://t.co/6KN2LcdCKF
RT @Lean_197: これがマリカーワールドですか? https://t.co/lWoD37Sc95
これがマリカーワールドですか? https://t.co/lWoD37Sc95
@kaistpr are you going to open source the code for this? https://t.co/gDG3BypZ5I
HRH (Hell's Robot Hyena) helps Prince Andrew's police chase English for rain rental interest
카이스트에서 개발한 사족보행 로봇입니다. 복잡한 지형도 굉장히 잘 통과합니다. 심지어 벽을 밟고 지나가기도 하는군요. 멋집니다! https://t.co/UD2OhMstmu
RT @ScienceMagazine: Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers an…
RT @ScienceMagazine: Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers an…
RT @ScienceMagazine: Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers an…
RT @ScienceMagazine: Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers an…
RT @ScienceMagazine: Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers an…
RT @ScienceMagazine: Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers an…
Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers and navigate complex environments autonomously. Learn more in @SciRobotics: https://t.co/WBQHqTgb04 https://t.co/UwFIYLzDJe
韩国 #机器狗 的复杂跳跃动作。#AI #韩国 @UnitreeRobotics https://t.co/S0J6SQ3tai
Kim, Oh, Park, Kim, Youm, Jung, Lee, Hwangbo: High-speed control and navigation for quadrupedal robots on complex and discrete terrain https://arxiv.org/abs/2506.02835 https://arxiv.org/pdf/2506.02835 https://arxiv.org/html/2506.02835
Hyeongjun Kim, Hyunsik Oh, Jeongsoo Park, Yunho Kim, Donghoon Youm, Moonkyu Jung, Minho Lee, Jemin Hwangbo High-speed control and navigation for quadrupedal robots on complex and discrete terrain https://arxiv.org/abs/2506.02835
A new Science #Robotics study describes a control strategy that plots safe footholds and movements for a legged robot as it runs at high speeds and #autonomously over walls and across gaps. https://t.co/ysr4678lrT https://t.co/vt9sOAhBIx
RT @SciRobotics: Scientists have developed a control framework that enables #Raibo, a legged robot, to perform #parkour-like maneuvers and…
RT @ScienceMagazine: Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers an…
High-speed control and navigation for quadrupedal robots on complex and ... https://t.co/1NsOhJGSGG via @YouTube
RT @ScienceMagazine: Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers an…
RT @ScienceMagazine: Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers an…
RT @ScienceMagazine: Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers an…
RT @ScienceMagazine: Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers an…
RT @ScienceMagazine: Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers an…
RT @ScienceMagazine: Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers an…
RT @ScienceMagazine: Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers an…
RT @ScienceMagazine: Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers an…
RT @ScienceMagazine: Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers an…
RT @ScienceMagazine: Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers an…
RT @ScienceMagazine: Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers an…
RT @ScienceMagazine: Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers an…
RT @ScienceMagazine: Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers an…
RT @ScienceMagazine: Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers an…
RT @ScienceMagazine: Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers an…
RT @ScienceMagazine: Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers an…
Scientists have developed a control framework that enables Raibo, a legged robot, to perform parkour-like maneuvers and navigate complex environments autonomously. Learn more in @SciRobotics: https://t.co/WBQHqTgb04 https://t.co/abdVTQ31Wz
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
https://t.co/aRxBiwhuyz
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
The robot dogs are getting good at parkour. Cool stuff from the Korean Advanced Institute of Science and Technology. https://t.co/NfOnkJyYJy
すごい、コルレオのイメージビデオみたい High-speed control and navigation for quadrupedal robots on complex and ... https://t.co/zijw0S0721 @YouTubeより
https://t.co/2cOzxrUJfd Sick
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
https://t.co/XLspQVrMyc
High-speed control and navigation for quadrupedal robots on complex and ... https://t.co/crgKw1HlVg @YouTubeより
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @TechXplore_com: #A four-legged #Robot demonstrates autonomous high-speed parkour, using #NeuralNetwork-based planning and real-time tra…
RT @TechXplore_com: #A four-legged #Robot demonstrates autonomous high-speed parkour, using #NeuralNetwork-based planning and real-time tra…
High-speed control and navigation for quadrupedal robots on complex and ... https://t.co/cTXEoKSJSH
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @TechXplore_com: #A four-legged #Robot demonstrates autonomous high-speed parkour, using #NeuralNetwork-based planning and real-time tra…
RT @TechXplore_com: #A four-legged #Robot demonstrates autonomous high-speed parkour, using #NeuralNetwork-based planning and real-time tra…
#A four-legged #Robot demonstrates autonomous high-speed parkour, using #NeuralNetwork-based planning and real-time tracking to navigate complex, unpredictable environments with precision. @SciRobotics https://t.co/6BpXFLWKdW https://t.co/gDWpLvFcXS
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
parkour robots!! https://t.co/lIwNWPpp7i
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @SciRobotics: Scientists have developed a control framework that enables #Raibo, a legged robot, to perform #parkour-like maneuvers and…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @SciRobotics: Scientists have developed a control framework that enables #Raibo, a legged robot, to perform #parkour-like maneuvers and…
RT @stonekaiju: Robot parkour via Rialab Kaist… https://t.co/hbIC67QunM https://t.co/8PqRZOgvId
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @ZappyZappy7: 複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigatio…
RT @SciRobotics: Scientists have developed a control framework that enables #Raibo, a legged robot, to perform #parkour-like maneuvers and…
Robot parkour via Rialab Kaist… https://t.co/hbIC67QunM https://t.co/8PqRZOgvId
RT @SciRobotics: Scientists have developed a control framework that enables #Raibo, a legged robot, to perform #parkour-like maneuvers and…
RT @SciRobotics: Scientists have developed a control framework that enables #Raibo, a legged robot, to perform #parkour-like maneuvers and…
RT @SciRobotics: Scientists have developed a control framework that enables #Raibo, a legged robot, to perform #parkour-like maneuvers and…
RT @SciRobotics: Scientists have developed a control framework that enables #Raibo, a legged robot, to perform #parkour-like maneuvers and…
RT @SciRobotics: Scientists have developed a control framework that enables #Raibo, a legged robot, to perform #parkour-like maneuvers and…
RT @SciRobotics: Scientists have developed a control framework that enables #Raibo, a legged robot, to perform #parkour-like maneuvers and…
RT @SciRobotics: Scientists have developed a control framework that enables #Raibo, a legged robot, to perform #parkour-like maneuvers and…
RT @SciRobotics: Scientists have developed a control framework that enables #Raibo, a legged robot, to perform #parkour-like maneuvers and…
Scientists have developed a control framework that enables #Raibo, a legged robot, to perform #parkour-like maneuvers and navigate complex environments autonomously. @kaistpr @HwangboJemin Read more in Science #Robotics: https://t.co/ysr4678lrT https://t.co/35OzhygFJ7
Legendary Jemin https://t.co/v7HyWTeSwJ https://t.co/DJnEZ8s0xY
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