過激版 水ロケット🚀 炭化カルシウム(CaC2)は水と反応させることでアセチレン(C2H2) を生成?🐤 https://t.co/M4w4XbKab8 https://t.co/tKoWOGVRCY
RT @SciRobotics: #Robotic gliders designed by @MKovacRobotics and @AerialRobotics can thrust from water directly into flight, demonstrating…
RT @MKovacRobotics: Thank you @SciRobotics for the coverage, I am looking forward to collaborative work on aerial-aquatic vehicles. Full vi…
Consecutive aquatic jump-gliding with water-reactive fuel https://t.co/v9n0aKRfxm
#Robotic #vehicles that are capable of autonomously transitioning between various terrains and fluids have received attention because of their potential to navigate previously unexplored and/or unpredictable environments: https://t.co/eKG3DBdPC7
RT @sciencemagazine: By reacting with water to generate combustible gas, these #robots from the @MKovacRobotics' lab at @imperialcollege we…
Nice one!
RT @MKovacRobotics: Thank you @SciRobotics for the coverage, I am looking forward to collaborative work on aerial-aquatic vehicles. Full vi…
Thank you @SciRobotics for the coverage, I am looking forward to collaborative work on aerial-aquatic vehicles. Full video is here https://t.co/275GF65ZwO. @ImperialRobots @aeroimperial @CascadeUav @EPSRC @AerialRobotics @RoboticsEU @Empa_CH @nccrrobotic
#Robotic gliders designed by @MKovacRobotics and @AerialRobotics can thrust from water directly into flight, demonstrating future promise for fields like oceanography or reservoir management: https://t.co/8MSsXO4DbW https://t.co/7W13JBQrBw
RT @MKovacRobotics: Very happy to share our new work on aquatic jump gliding: https://t.co/8RmmgqgJRe
RT @SciRobotics: By reacting with #water to generate combustible gas, these untethered #robots from @MKovacRobotics' lab at @imperialcolleg…
RT @sciencemagazine: By reacting with water to generate combustible gas, these #robots from the @MKovacRobotics' lab at @imperialcollege we…
RT @sciencemagazine: By reacting with water to generate combustible gas, these #robots from the @MKovacRobotics' lab at @imperialcollege we…
RT @Kyukimasa: 離水は電動プレーンにとってエネルギー消費的にかなり負担になる。電動プロペラ機でも離水できるものがあるが、波があると難しい(一気に水面から離脱すれば大丈夫という)。 https://t.co/Q0YIvzX653
RT @sciencemagazine: By reacting with water to generate combustible gas, these #robots from the @MKovacRobotics' lab at @imperialcollege we…
RT @Kyukimasa: 離水は電動プレーンにとってエネルギー消費的にかなり負担になる。電動プロペラ機でも離水できるものがあるが、波があると難しい(一気に水面から離脱すれば大丈夫という)。 https://t.co/Q0YIvzX653
RT @MKovacRobotics: Very happy to share our new work on aquatic jump gliding: https://t.co/8RmmgqgJRe
RT @SciRobotics: By reacting with #water to generate combustible gas, these untethered #robots from @MKovacRobotics' lab at @imperialcolleg…
Nya robotar, direkt ur vattnet till luften för egen maskin #teknik
RT @sciencemagazine: By reacting with water to generate combustible gas, these #robots from the @MKovacRobotics' lab at @imperialcollege we…
RT @MKovacRobotics: Very happy to share our new work on aquatic jump gliding: https://t.co/8RmmgqgJRe
RT @sciencemagazine: By reacting with water to generate combustible gas, these #robots from the @MKovacRobotics' lab at @imperialcollege we…
RT @Kyukimasa: 離水は電動プレーンにとってエネルギー消費的にかなり負担になる。電動プロペラ機でも離水できるものがあるが、波があると難しい(一気に水面から離脱すれば大丈夫という)。 https://t.co/Q0YIvzX653
RT @Kyukimasa: 離水は電動プレーンにとってエネルギー消費的にかなり負担になる。電動プロペラ機でも離水できるものがあるが、波があると難しい(一気に水面から離脱すれば大丈夫という)。 https://t.co/Q0YIvzX653
離水は電動プレーンにとってエネルギー消費的にかなり負担になる。電動プロペラ機でも離水できるものがあるが、波があると難しい(一気に水面から離脱すれば大丈夫という)。 https://t.co/Q0YIvzX653
RT @MKovacRobotics: Very happy to share our new work on aquatic jump gliding: https://t.co/8RmmgqgJRe
RT @sciencemagazine: By reacting with water to generate combustible gas, these #robots from the @MKovacRobotics' lab at @imperialcollege we…
Very cool
Physics in Action!
RT @sciencemagazine: By reacting with water to generate combustible gas, these #robots from the @MKovacRobotics' lab at @imperialcollege we…
RT @sciencemagazine: By reacting with water to generate combustible gas, these #robots from the @MKovacRobotics' lab at @imperialcollege we…
sciencemagazine: By reacting with water to generate combustible gas, these #robots from the MKovacRobotics' lab at imperialcollege were able to autonomously blast from pools of water into direct flight. New in SciRobotics: https://t.co/g5DmoZmgS0 https://t
Very happy to share our new work on aquatic jump gliding:
By reacting with water to generate combustible gas, these #robots from the @MKovacRobotics' lab at @imperialcollege were able to autonomously blast from pools of water into direct flight. New in @SciRobotics: https://t.co/DrYjXvdFpZ https://t.co/cRqj7dlfUQ
By reacting with #water to generate combustible gas, these untethered #robots from @MKovacRobotics' lab at @imperialcollege were able to autonomously blast from pools of water into the air, where they glided before landing: https://t.co/O7MvjZuFNZ https://