Sui2025: [Untethered subcentimeter flying robots](https://t.co/rkzYxHRB7X) https://t.co/BLqZZSCvvE
Untethered subcentimeter flying robots.
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Mar 2025 – Aug 2025Where it's discussed
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News29 articles
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X / Twitter20 posts
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YouTube5 videos
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Blogs3 articles
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Facebook2 posts
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Bluesky1 posts
AI synopsis
What people are saying
The discussions use enthusiastic language such as 'I want one!' and highlight technological breakthroughs like the robot’s small size and controllability, which underscores their interest and recognition of potential impact. The tone and specific examples like applications in gastrointestinal endoscopy reflect excitement and acknowledgment of the research's significance.
Most discussions are positive or supportive, emphasizing the technical achievements and potential applications of the robots, indicating general agreement with the publication's significance.
The posts show a high level of curiosity and enthusiasm about the miniature flying robots, reflecting strong interest.
While some discussions mention specific features and future prospects, others express admiration, showing a moderate depth of engagement.
Many posts highlight the potential transformative uses in fields like medical endoscopy and inspections, suggesting a belief in high impact.
Abstract in brief
- The text discusses the development of a tiny flying robot, weighing only 21 mg with a 94 mm wingspan, that can fly untethered and be controlled externally using a magnetic field, overcoming challenges related to balancing weight and power.
- This robot is notable for being the smallest and lightest of its kind capable of stable, controllable flight—such as hovering and collision recovery—and has demonstrated relatively efficient aerodynamics with specific lift-to-drag and lift-to-power ratios.
- Future improvements could focus on optimizing the wireless driving system and flight features to further enhance the performance and miniaturization of these subcentimeter flying robots.]
Top posts
Most liked on X and Bluesky「モータのない1cm以下の飛行ロボット!」 Science Advances ・ 単軸交流磁場で駆動される重量 21 mg、翼幅 9.4 mm の飛行ロボット ・ 磁場の力を使って飛行 ・ ホバリング、衝突からの回復、ルート調整などの空中移動を実現 https://t.co/KpxSLXHKtT https://t.co/JKQ1HWkBcv
Researchers have developed a 9.4-mm flying robot with high aerodynamic efficiency and controllable flights. In the future, small flying robots could have practical applications in gastrointestinal endoscopy and in-pipe inspections. https://t.co/Vw48S8Eh0u https://t.co/RXsRpnb6YJ
@BerkeleyME @UCBerkeley 【1cm未満の超小型ドローン】 マルハナバチに想を得てカリフォルニア大学バークレー校(@BSACsensors)の研究者らは単軸交流磁場によって制御する重量21g、翼幅9.4mmのミニサイズ飛行ロボットを開発。#ドローン 《Untethered subcentimeter flying robots》https://t.co/FvS6kZGpvw https://t.co/cuVzTUQX37
Untethered subcentimeter flying robots: A 9․4-mm untethered flying robot achieves controllable flights, such as hovering, collision survival, and route adjustment. https://t.co/rfEdHg8ZLD
https://t.co/XYkUhBgIqT
All mentions
Development of the World's Smallest Wireless Flying Microbot Inspired by Bumblebees
Scientists at UC Berkeley have created the world's tiniest wireless flying robot, weighing just 21 mg. Inspired by bumblebee flight, it hovers and maneuvers using external magnetic fields instead of onboard power. This…
Development of a Subcentimeter Wireless Flying Robot Mimicking Bees
Engineers have developed a wireless flying robot less than 1 cm in diameter that mimics bee flight. It can hover, hit targets, and recover from collisions, promising applications in artificial pollination and confined…
⚡Energía con CAMPO MAGNÉTICO de la ???? | #5MINUTOSDEMIERCOLES
Low Power Nordic Chip Enables Secure IoT with Magnetic Energy Harvesting
Today is Wednesday, and this is 5 Minutes of Wednesday. We discuss Nordic's new ultra-low power chip and how magnetic fields can provide unlimited energy to enhance IoT security. Insights and advancements in…
Understanding Magnetic Fields in Electronic Circuit Design
Today we're discussing the new low-power Nordic chip and how magnetic fields can provide unlimited energy and improve IoT security. Learn about magnetic fields' role in powering and safeguarding electronic components.
重さわずか21ミリグラム、翼幅9.4ミリメートルの超小型飛行ロボットが開発され、単一軸の交互磁場によって駆動され、ホバリング、衝突からの回復、飛行経路の調整など、制御された飛行が可能であることが示されました。 https://t.co/w9iyIkn1di
Insect-scale flying robots! UCal Berkeley scientists create a rotating-wing robot of 21 mg weight and 9.4 mm wingspan! https://t.co/Tg0hIJRNlq
RT @LifeboatHQ: Untethered subcentimeter flying robots: A 9․4-mm untethered flying robot achieves controllable flights, such as hovering, c…
RT @LifeboatHQ: Untethered subcentimeter flying robots: A 9․4-mm untethered flying robot achieves controllable flights, such as hovering, c…
Untethered subcentimeter flying robots: A 9․4-mm untethered flying robot achieves controllable flights, such as hovering, collision survival, and route adjustment. https://t.co/rfEdHg8ZLD
https://t.co/eBIEKz8ErM
Untethered subcentimeter flying robots | Science Advances https://t.co/xxRcvriybG
Untethered subcentimeter flying robots | Science Advances https://t.co/xdOT6FJcfq
https://t.co/v0BPlczxpe #スマートニュース
Sui2025: [Untethered subcentimeter flying robots](https://t.co/rkzYxHRB7X) https://t.co/BLqZZSCvvE
RT @CeoImed: 「モータのない1cm以下の飛行ロボット!」 Science Advances ・ 単軸交流磁場で駆動される重量 21 mg、翼幅 9.4 mm の飛行ロボット ・ 磁場の力を使って飛行 ・ ホバリング、衝突からの回復、ルート調整などの空中移動を実…
Researchers have developed a 9.4-mm flying robot with high aerodynamic efficiency and controllable flights. In the future, small flying robots could have practical applications in gastrointestinal endoscopy and in-pipe inspections. https://t.co/Vw48S8Eh0u https://t.co/RXsRpnb6YJ
「モータのない1cm以下の飛行ロボット!」 Science Advances ・ 単軸交流磁場で駆動される重量 21 mg、翼幅 9.4 mm の飛行ロボット ・ 磁場の力を使って飛行 ・ ホバリング、衝突からの回復、ルート調整などの空中移動を実現 https://t.co/KpxSLXHKtT https://t.co/JKQ1HWkBcv
https://t.co/XYkUhBgIqT
Untethered Subcentimeter Flying Robots A 21-mg untethered flying robot with a 9.4-mm wingspan achieves stable, maneuverable flight using a single-axis alternating magnetic field that drives rotation of embedded permanent magnets to generate lift. A balance ring enhances
I want one!
RT @iw_toshiki: @BerkeleyME @UCBerkeley 【1cm未満の超小型ドローン】 マルハナバチに想を得てカリフォルニア大学バークレー校(@BSACsensors)の研究者らは単軸交流磁場によって制御する重量21g、翼幅9.4mmのミニサイズ飛行ロボ…
@BerkeleyME @UCBerkeley 【1cm未満の超小型ドローン】 マルハナバチに想を得てカリフォルニア大学バークレー校(@BSACsensors)の研究者らは単軸交流磁場によって制御する重量21g、翼幅9.4mmのミニサイズ飛行ロボットを開発。#ドローン 《Untethered subcentimeter flying robots》https://t.co/FvS6kZGpvw https://t.co/cuVzTUQX37
Untethered subcentimeter flying robots Science Advances https://t.co/5RGLKtvi8D
Untethered subcentimeter flying robots Science Advances www.science.org/doi/10.1126/...