well The Invincible went a lot further than just that; the whole non-biological evolutionary ecosystem and the microbots working to create catastrophically powerful electromagnetic pulses is much beyond the fairly simple strike packages and complicated rc planes we've cooked up so far.
February 6, 2026 at 8:21 PM
well The Invincible went a lot further than just that; the whole non-biological evolutionary ecosystem and the microbots working to create catastrophically powerful electromagnetic pulses is much beyond the fairly simple strike packages and complicated rc planes we've cooked up so far.
I would say try to watch the Japanese version of Armada if you can! Or speaking of G1, I hope you've seen Microbots? I hope you have, Toei animated that one rather than their usual crew.
February 3, 2026 at 8:57 PM
I would say try to watch the Japanese version of Armada if you can! Or speaking of G1, I hope you've seen Microbots? I hope you have, Toei animated that one rather than their usual crew.
i didnt even consider his microbots nor drones.. maybe im a bad person...
February 3, 2026 at 4:57 AM
i didnt even consider his microbots nor drones.. maybe im a bad person...
I do love the episode of transformers "microbots" where the deceptions get shitfaced on energon.
February 2, 2026 at 12:24 AM
I do love the episode of transformers "microbots" where the deceptions get shitfaced on energon.
A cover a day.
Microbots #1, Gold Key, 1971
Artist: Various
Writer: Len Wein
Cost: $.15
Value: (if mint condition) $28
#comicsky #comicbooks #comics #goldkey #microbots
Microbots #1, Gold Key, 1971
Artist: Various
Writer: Len Wein
Cost: $.15
Value: (if mint condition) $28
#comicsky #comicbooks #comics #goldkey #microbots
January 31, 2026 at 11:31 AM
A cover a day.
Microbots #1, Gold Key, 1971
Artist: Various
Writer: Len Wein
Cost: $.15
Value: (if mint condition) $28
#comicsky #comicbooks #comics #goldkey #microbots
Microbots #1, Gold Key, 1971
Artist: Various
Writer: Len Wein
Cost: $.15
Value: (if mint condition) $28
#comicsky #comicbooks #comics #goldkey #microbots
Microbots' CodeCell C6 is a coin-sized ESP32-C6 board.
The CodeCell C6 Is a Tiny Feature-Packed Dev Board
Even if you don't care about Microbots, you should check out the CodeCell C6.
www.hackster.io
January 31, 2026 at 1:39 AM
Microbots' CodeCell C6 is a coin-sized ESP32-C6 board.
He looks smashed... and I mean "Microbots" smashed. "Good ol' Cybertron, land of the metal moon!"
January 27, 2026 at 2:17 PM
He looks smashed... and I mean "Microbots" smashed. "Good ol' Cybertron, land of the metal moon!"
“it’s got no hole for shovelin’ food!”
“all creatures require food for sustenance!”
but yeah their faces aren’t actually screens, it’s a mesh of little tiny microbots
“all creatures require food for sustenance!”
but yeah their faces aren’t actually screens, it’s a mesh of little tiny microbots
January 26, 2026 at 2:36 PM
“it’s got no hole for shovelin’ food!”
“all creatures require food for sustenance!”
but yeah their faces aren’t actually screens, it’s a mesh of little tiny microbots
“all creatures require food for sustenance!”
but yeah their faces aren’t actually screens, it’s a mesh of little tiny microbots
Medizin der Zukunft
Winzige Roboter, die in den Körper gehen #DiePresse #Wissen
An der TU Graz entsteht die Basis für #Microbots, die kleiner als eine Blutzelle sind. Mit magnetischem Antrieb sollen sie in Zukunft #Reparaturen im #Körper ausführen.
www.diepresse.com/20508908/win...
Winzige Roboter, die in den Körper gehen #DiePresse #Wissen
An der TU Graz entsteht die Basis für #Microbots, die kleiner als eine Blutzelle sind. Mit magnetischem Antrieb sollen sie in Zukunft #Reparaturen im #Körper ausführen.
www.diepresse.com/20508908/win...
Winzige Roboter, die in den Körper gehen
An der TU Graz entsteht die Basis für Microbots, die kleiner als eine Blutzelle sind. Mit magnetischem Antrieb sollen sie in Zukunft Reparaturen im Körper ausführen.
www.diepresse.com
January 26, 2026 at 2:30 PM
Medizin der Zukunft
Winzige Roboter, die in den Körper gehen #DiePresse #Wissen
An der TU Graz entsteht die Basis für #Microbots, die kleiner als eine Blutzelle sind. Mit magnetischem Antrieb sollen sie in Zukunft #Reparaturen im #Körper ausführen.
www.diepresse.com/20508908/win...
Winzige Roboter, die in den Körper gehen #DiePresse #Wissen
An der TU Graz entsteht die Basis für #Microbots, die kleiner als eine Blutzelle sind. Mit magnetischem Antrieb sollen sie in Zukunft #Reparaturen im #Körper ausführen.
www.diepresse.com/20508908/win...
Robot autónomo microscópico (más pequeño que un grano de sal) nada y decide bajo el agua sin cables: se impulsa con campos eléctricos, consume 75 nW y podría costar 1 céntimo. #Robotica #Microbots
Este robot del tamaño de un grano de sal revolucionará la robótica microscópica
aidoo.news
January 25, 2026 at 3:09 PM
Robot autónomo microscópico (más pequeño que un grano de sal) nada y decide bajo el agua sin cables: se impulsa con campos eléctricos, consume 75 nW y podría costar 1 céntimo. #Robotica #Microbots
@hyakushiki0087.bsky.social 's crashout while watching Microbots is something you'd have to see to believe
January 25, 2026 at 4:58 AM
@hyakushiki0087.bsky.social 's crashout while watching Microbots is something you'd have to see to believe
CodeCell (2.0.3) by Microbots
➡️ https://github.com/microbotsio/CodeCell
CodeCell Arduino Library
#ArduinoLibraries #ArduinoLibs
➡️ https://github.com/microbotsio/CodeCell
CodeCell Arduino Library
#ArduinoLibraries #ArduinoLibs
GitHub - microbotsio/CodeCell: CodeCell is a family of tiny boards that help you miniaturize your DIY robots, wearables, and IoT projects with ease! Designed for makers, each CodeCell features an Arduino-compatible ESP32 microcontroller, onboard sensors, and smart power management - all programmable over a standard USB-C cable.
CodeCell is a family of tiny boards that help you miniaturize your DIY robots, wearables, and IoT projects with ease! Designed for makers, each CodeCell features an Arduino-compatible ESP32 microco...
github.com
January 22, 2026 at 11:50 AM
CodeCell (2.0.3) by Microbots
➡️ https://github.com/microbotsio/CodeCell
CodeCell Arduino Library
#ArduinoLibraries #ArduinoLibs
➡️ https://github.com/microbotsio/CodeCell
CodeCell Arduino Library
#ArduinoLibraries #ArduinoLibs
Microbots in Your Medicine: The Stealth Cyber Threat You Never Saw Coming + Video
Introduction: The emergence of microscale robotics in healthcare, utilizing 3D lithography and laser-guided precision to manipulate individual cells, represents a frontier of human achievement. However, this…
Introduction: The emergence of microscale robotics in healthcare, utilizing 3D lithography and laser-guided precision to manipulate individual cells, represents a frontier of human achievement. However, this…
Microbots in Your Medicine: The Stealth Cyber Threat You Never Saw Coming + Video
Introduction: The emergence of microscale robotics in healthcare, utilizing 3D lithography and laser-guided precision to manipulate individual cells, represents a frontier of human achievement. However, this convergence of biology, robotics, and AI creates a new, hyper-connected attack surface. The very precision that enables breakthroughs in cell therapy and regenerative medicine also introduces critical vulnerabilities in device firmware, control software, and the sensitive biomedical data they generate, making cybersecurity not just an IT concern but a patient safety imperative.
undercodetesting.com
January 20, 2026 at 9:58 AM
Microbots in Your Medicine: The Stealth Cyber Threat You Never Saw Coming + Video
Introduction: The emergence of microscale robotics in healthcare, utilizing 3D lithography and laser-guided precision to manipulate individual cells, represents a frontier of human achievement. However, this…
Introduction: The emergence of microscale robotics in healthcare, utilizing 3D lithography and laser-guided precision to manipulate individual cells, represents a frontier of human achievement. However, this…
CodeCell (2.0.2) by Microbots
➡️ https://github.com/microbotsio/CodeCell
CodeCell Arduino Library
#ArduinoLibraries #ArduinoLibs
➡️ https://github.com/microbotsio/CodeCell
CodeCell Arduino Library
#ArduinoLibraries #ArduinoLibs
GitHub - microbotsio/CodeCell: CodeCell is a family of tiny boards that help you miniaturize your DIY robots, wearables, and IoT projects with ease! Designed for makers, each CodeCell features an Arduino-compatible ESP32 microcontroller, onboard sensors, and smart power management - all programmable over a standard USB-C cable.
CodeCell is a family of tiny boards that help you miniaturize your DIY robots, wearables, and IoT projects with ease! Designed for makers, each CodeCell features an Arduino-compatible ESP32 microco...
github.com
January 13, 2026 at 3:30 PM
CodeCell (2.0.2) by Microbots
➡️ https://github.com/microbotsio/CodeCell
CodeCell Arduino Library
#ArduinoLibraries #ArduinoLibs
➡️ https://github.com/microbotsio/CodeCell
CodeCell Arduino Library
#ArduinoLibraries #ArduinoLibs
The time travel vaccine microbots ate away her brain
January 10, 2026 at 7:17 PM
The time travel vaccine microbots ate away her brain
Repost by @Rainmaker1973 from @Rainmaker1973: RT by @Rainmaker1973: Single-cell manipulation with laser-powered microbots using elastic nanorods and laser tweezers. [🔬 Szeged Institute of Biophysics, Hungary]
January 6, 2026 at 11:30 PM
Repost by @Rainmaker1973 from @Rainmaker1973: RT by @Rainmaker1973: Single-cell manipulation with laser-powered microbots using elastic nanorods and laser tweezers. [🔬 Szeged Institute of Biophysics, Hungary]
Repost by @Rainmaker1973 from @Rainmaker1973: RT by @Rainmaker1973: Single-cell manipulation with laser-powered microbots using elastic nanorods and laser tweezers. [🔬 Szeged Institute of Biophysics, Hungary]
January 6, 2026 at 11:24 PM
Repost by @Rainmaker1973 from @Rainmaker1973: RT by @Rainmaker1973: Single-cell manipulation with laser-powered microbots using elastic nanorods and laser tweezers. [🔬 Szeged Institute of Biophysics, Hungary]
Repost by @Rainmaker1973 from @Rainmaker1973: RT by @Rainmaker1973: Single-cell manipulation with laser-powered microbots using elastic nanorods and laser tweezers. [🔬 Szeged Institute of Biophysics, Hungary]
January 6, 2026 at 11:14 PM
Repost by @Rainmaker1973 from @Rainmaker1973: RT by @Rainmaker1973: Single-cell manipulation with laser-powered microbots using elastic nanorods and laser tweezers. [🔬 Szeged Institute of Biophysics, Hungary]
Repost by @Rainmaker1973
from @Rainmaker1973:
RT by @Rainmaker1973:
Single-cell manipulation with laser-powered microbots using elastic nanorods and laser tweezers.
[🔬 Szeged Institute of Biophysics, Hungary]
from @Rainmaker1973:
RT by @Rainmaker1973:
Single-cell manipulation with laser-powered microbots using elastic nanorods and laser tweezers.
[🔬 Szeged Institute of Biophysics, Hungary]
video.twimg.com
January 6, 2026 at 11:07 PM
Repost by @Rainmaker1973
from @Rainmaker1973:
RT by @Rainmaker1973:
Single-cell manipulation with laser-powered microbots using elastic nanorods and laser tweezers.
[🔬 Szeged Institute of Biophysics, Hungary]
from @Rainmaker1973:
RT by @Rainmaker1973:
Single-cell manipulation with laser-powered microbots using elastic nanorods and laser tweezers.
[🔬 Szeged Institute of Biophysics, Hungary]
Now THIS is intelligent: Autonomous microbots [via UPENN] 🧪🥼⚙️🤖🧠🤏
"Powered by light, the robots carry microscopic computers and can be programmed to move in complex patterns, sense local temperatures and adjust their paths"
www.seas.upenn.edu/stories/penn...
#micro #thinking #autonomous #machines
"Powered by light, the robots carry microscopic computers and can be programmed to move in complex patterns, sense local temperatures and adjust their paths"
www.seas.upenn.edu/stories/penn...
#micro #thinking #autonomous #machines
Penn and Michigan Create World’s Smallest Programmable, Autonomous Robots
Smaller than a grain of salt, the robots can navigate their environment, measure temperatures and respond autonomously using tiny onboard computers.
www.seas.upenn.edu
January 6, 2026 at 10:01 PM
Now THIS is intelligent: Autonomous microbots [via UPENN] 🧪🥼⚙️🤖🧠🤏
"Powered by light, the robots carry microscopic computers and can be programmed to move in complex patterns, sense local temperatures and adjust their paths"
www.seas.upenn.edu/stories/penn...
#micro #thinking #autonomous #machines
"Powered by light, the robots carry microscopic computers and can be programmed to move in complex patterns, sense local temperatures and adjust their paths"
www.seas.upenn.edu/stories/penn...
#micro #thinking #autonomous #machines
December 26, 2025 at 6:49 PM