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Discussions emphasize the impressive adaptability of the robot, with examples such as its ability to switch between flat and spherical shapes to traverse mountains and water, and comments like 'potential for exploration and disaster response' highlight perceived high impact. The tone is generally positive and exploratory, reflecting genuine interest and recognition of the research's importance.
Most discussions show support and recognition of the robot's innovative capabilities, with some referencing its potential uses in exploration and disaster zones.
The topic clearly engages the community, highlighting curiosity about its adaptive functions and practical applications.
Users are actively discussing technical features like shape-shifting and environmental versatility, indicating moderate depth of engagement.
There is acknowledgment of the significance of this technology for future exploration and mobility in extreme terrains, suggesting a noteworthy impact.
モーフィング・ロボット 環境に適応して形態を再構成し、不整地を移動する https://t.co/BSRxh5T1NI #locomotion #morphing #robot #robust #outdoor #adaptation #CreateLab #EPFL https://t.co/KJVEQKxil3
A new Science #Robotics study highlights GOAT—a shapeshifting robot that can drive over boulders as a flat rover or curl up into a sphere to roll down a snowy mountain using onboard sensors for #autonomous navigation. https://t.co/8849X1UiHx https://t.co/5mCBn8BqPs
I wonder if with the right payload and some camo something like this ( a little smaller perhaps) could be used as a mobile IED in the mountains. Noise levels will matter. https://t.co/FRl7pxp4mg
Scientists have designed a flexible, #bioinspired #robot that can switch between a flat rover form and a sphere to travel through rocky, mountainous, and urban terrains autonomously. @EPFL_CREATE @maxpolzin12019 Learn more in Science #Robotics: https://t.co/8849X1UiHx https://t.co/SW4FKYvxPd
Exploring robotic adaptability!
#A new morphing robot, GOAT, adapts to diverse terrains by changing form, enabling it to drive, roll, and swim efficiently. This bioinspired design offers potential for exploration and disaster response. @epfl_en @SciRobotics https://t.co/T33TGhL9hD https://t.co/fSDrGjDRoF
Robust outdoor locomotion was achieved through active and passive reconfiguration of a morphing robot made from elastic fiberglass rods. Our GOAT robot leverages its adaptability to navigate in extreme outdoor…
The GOAT robot, inspired by animal adaptability, morphs between shapes to navigate diverse terrains efficiently. Its design enables driving, rolling, and swimming, optimizing energy use with minimal sensing…
GOAT is a shapeshifting robot that adapts its form in real time to navigate various terrains. Inspired by animals, it switches between flat and spherical modes, enabling efficient movement without complex sensors. This…
Original publication: https://t.co/w0rSUuwC3P Press release: https://t.co/kNzDH5D87r Summary video: https://t.co/gFsJ3h4xCv
Good Over All Terrain (GOAT): Robotic locomotion through active and pass... https://t.co/bNmnkjyMBN via @YouTube
RT @ZappyZappy7: モーフィング・ロボット 環境に適応して形態を再構成し、不整地を移動する https://t.co/BSRxh5T1NI #locomotion #morphing #robot #robust #outdoor #adaptation #Cr…
野を駆け、水面を泳ぎ、坂を転げ落ちる---変形してどんな場所でも移動するロボット「GOAT」 https://t.co/CX43NQsjbd Robotic locomotion through active and passive morphological adaptation https://t.co/oex9Cfaj7K
RT @SciRobotics: A new Science #Robotics study highlights GOAT—a shapeshifting robot that can drive over boulders as a flat rover or curl u…
RT @SciRobotics: A new Science #Robotics study highlights GOAT—a shapeshifting robot that can drive over boulders as a flat rover or curl u…
RT @SciRobotics: A new Science #Robotics study highlights GOAT—a shapeshifting robot that can drive over boulders as a flat rover or curl u…
RT @SciRobotics: A new Science #Robotics study highlights GOAT—a shapeshifting robot that can drive over boulders as a flat rover or curl u…
A new Science #Robotics study highlights GOAT—a shapeshifting robot that can drive over boulders as a flat rover or curl up into a sphere to roll down a snowy mountain using onboard sensors for #autonomous navigation. https://t.co/8849X1UiHx https://t.co/5mCBn8BqPs
المصادر: (١) https://t.co/AeNXcjPZQa (٢) https://t.co/cxtJy3O8cZ
Robotic locomotion through active and passive morphological adaptation www.youtube.com/watch?v=olan...
Robotic locomotion through active and passive morphological adaptation https://t.co/kL3xK0kA83
RT @ZappyZappy7: モーフィング・ロボット 環境に適応して形態を再構成し、不整地を移動する https://t.co/BSRxh5T1NI #locomotion #morphing #robot #robust #outdoor #adaptation #Cr…
RT @ZappyZappy7: モーフィング・ロボット 環境に適応して形態を再構成し、不整地を移動する https://t.co/BSRxh5T1NI #locomotion #morphing #robot #robust #outdoor #adaptation #Cr…
RT @ZappyZappy7: モーフィング・ロボット 環境に適応して形態を再構成し、不整地を移動する https://t.co/BSRxh5T1NI #locomotion #morphing #robot #robust #outdoor #adaptation #Cr…
https://t.co/cTf964EOef
RT @ZappyZappy7: モーフィング・ロボット 環境に適応して形態を再構成し、不整地を移動する https://t.co/BSRxh5T1NI #locomotion #morphing #robot #robust #outdoor #adaptation #Cr…
RT @ZappyZappy7: モーフィング・ロボット 環境に適応して形態を再構成し、不整地を移動する https://t.co/BSRxh5T1NI #locomotion #morphing #robot #robust #outdoor #adaptation #Cr…
RT @SJha1618: I wonder if with the right payload and some camo something like this ( a little smaller perhaps) could be used as a mobile IE…
RT @SJha1618: I wonder if with the right payload and some camo something like this ( a little smaller perhaps) could be used as a mobile IE…
RT @SJha1618: I wonder if with the right payload and some camo something like this ( a little smaller perhaps) could be used as a mobile IE…
I wonder if with the right payload and some camo something like this ( a little smaller perhaps) could be used as a mobile IED in the mountains. Noise levels will matter. https://t.co/FRl7pxp4mg
I wonder if with the right payload and some camo something like this could be used as a mobile IED in the mountains. Noise levels will matter. https://t.co/FRl7pxp4mg
RT @ZappyZappy7: モーフィング・ロボット 環境に適応して形態を再構成し、不整地を移動する https://t.co/BSRxh5T1NI #locomotion #morphing #robot #robust #outdoor #adaptation #Cr…
RT @MacrinePhD: Exploring robotic adaptability!
RT @ZappyZappy7: モーフィング・ロボット 環境に適応して形態を再構成し、不整地を移動する https://t.co/BSRxh5T1NI #locomotion #morphing #robot #robust #outdoor #adaptation #Cr…
RT @ZappyZappy7: モーフィング・ロボット 環境に適応して形態を再構成し、不整地を移動する https://t.co/BSRxh5T1NI #locomotion #morphing #robot #robust #outdoor #adaptation #Cr…
RT @ZappyZappy7: モーフィング・ロボット 環境に適応して形態を再構成し、不整地を移動する https://t.co/BSRxh5T1NI #locomotion #morphing #robot #robust #outdoor #adaptation #Cr…
RT @ZappyZappy7: モーフィング・ロボット 環境に適応して形態を再構成し、不整地を移動する https://t.co/BSRxh5T1NI #locomotion #morphing #robot #robust #outdoor #adaptation #Cr…
RT @ZappyZappy7: モーフィング・ロボット 環境に適応して形態を再構成し、不整地を移動する https://t.co/BSRxh5T1NI #locomotion #morphing #robot #robust #outdoor #adaptation #Cr…
RT @ZappyZappy7: モーフィング・ロボット 環境に適応して形態を再構成し、不整地を移動する https://t.co/BSRxh5T1NI #locomotion #morphing #robot #robust #outdoor #adaptation #Cr…
RT @iw_toshiki: 【汎用性の高い変形ロボット】 EPFL（@EPFL）CREATE Lab（@EPFL_CREATE）の研究者らは環境に適応し、マルチモーダルに移動できる変形ロボット「GOAT」を開発。 《Robotic locomotion through ac…
モーフィング・ロボット 環境に適応して形態を再構成し、不整地を移動する https://t.co/BSRxh5T1NI #locomotion #morphing #robot #robust #outdoor #adaptation #CreateLab #EPFL https://t.co/KJVEQKxil3
【汎用性の高い変形ロボット】 EPFL（@EPFL）CREATE Lab（@EPFL_CREATE）の研究者らは環境に適応し、マルチモーダルに移動できる変形ロボット「GOAT」を開発。 《Robotic locomotion through active and passive morphological adaptation in extreme outdoor environments》https://t.co/sX85O7ZMea https://t.co/b5pGwXSyV6 https://t.co/RYelhTFYvk
RT @MacrinePhD: Exploring robotic adaptability!
Exploring robotic adaptability!
RT @TechXplore_com: #A new morphing robot, GOAT, adapts to diverse terrains by changing form, enabling it to drive, roll, and swim efficien…
RT @TechXplore_com: #A new morphing robot, GOAT, adapts to diverse terrains by changing form, enabling it to drive, roll, and swim efficien…
#A new morphing robot, GOAT, adapts to diverse terrains by changing form, enabling it to drive, roll, and swim efficiently. This bioinspired design offers potential for exploration and disaster response. @epfl_en @SciRobotics https://t.co/T33TGhL9hD https://t.co/fSDrGjDRoF
RT @TechXplore_com: #A new morphing robot, GOAT, adapts to diverse terrains by changing form, enabling it to drive, roll, and swim efficien…
RT @SciRobotics: Scientists have designed a flexible, #bioinspired #robot that can switch between a flat rover form and a sphere to travel…
Scientists have designed a flexible, #bioinspired #robot that can switch between a flat rover form and a sphere to travel through rocky, mountainous, and urban terrains autonomously. @EPFL_CREATE @maxpolzin12019 Learn more in Science #Robotics: https://t.co/8849X1UiHx https://t.co/SW4FKYvxPd