Category Archives: Robotics

SMORES Robot Finds Its Own Way To The Campfire

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Robots that can dynamically reconfigure themselves to adapt to their environments offer a promising advantage over their less dynamic cousins. Researchers have been working through all the challenges of realizing that potential: hardware, software, and all the interactions in between. On the software end of the spectrum, a team at University of Pennsylvania’s ModLab has been working on a robot that can autonomously choose a configuration to best fit its task at hand.

We’ve recently done an overview of modular robots, and we noted that coordination and control are persistent challenges in this area. The robot in this particular demonstration …read more

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Bright Machines lands $179M to bring smarter robotics to manufacturing

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Robotics has had a role in manufacturing since the 1970s, but even today they are aren’t often driven by the latest software. Bright Machines, a San Francisco startup wants to change that and it got a whopping $179 million Series A today to get this thing going. While it was at it, it also officially […] Continue reading Bright Machines lands $179M to bring smarter robotics to manufacturing→

Laser Cut Cardboard Robot Construction Kit Eases Learning And Play

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It has never been easier to put a microcontroller and other electronics into a simple project, and that has tremendous learning potential. But when it comes to mechanical build elements like enclosures, frames, and connectors, things haven’t quite kept the same pace. It’s easier to source economical servos, motors, and microcontroller boards than it is to arrange for other robot parts that allow for cheap and accessible customization and experimentation.

That’s where [Andy Forest] comes in with the Laser Cut Cardboard Robot Construction Kit, which started at STEAMLabs, a non-profit community makerspace in Toronto. The design makes modular frames, enclosures, …read more

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One-Legged Jumping Robot Shows That Control Is Everything

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Robots that can jump have been seen before, but a robot that jumps all the time is a little different. Salto-1P is a one-legged jumping robot at UC Berkeley, and back in 2017 it demonstrated the ability to hop continuously with enough control to keep itself balanced. Since then it has been taught some new tricks; having moved beyond basic stability it can now jump around and upon things with an impressive degree of control.

Key to doing this is the ability to plant its single foot exactly where it wants, which allows for more complex behaviors such as hopping …read more

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Luke Kingma and Lou Patrick-Mackay’s Futurism, ‘Church Of The Wacky Waving Inflatable Arm Flailing Tube Man’

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Via Luke Kingma and Lou Patrick-Mackay at Futurism Cartoons
The post Luke Kingma and Lou Patrick-Mackay’s Futurism, ‘Church Of The Wacky Waving Inflatable Arm Flailing Tube Man’ appeared first on Security Boulevard.
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Gesture Control without Fancy Sensors, Just Pots and Weights

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[Dennis] aims to make robotic control a more intuitive affair by ditching joysticks and buttons, and using wireless gesture controls in their place. What’s curious is that there isn’t an accelerometer or gyro anywhere to be seen in his Palm Power! project.

The gesture sensing consists not of a fancy IMU, but of two potentiometers (one for each axis) with offset weights attached to the shafts. When the hand tilts, the weights turn the shafts of the pots, and the resulting readings are turned into motion commands and sent over Bluetooth. The design certainly has a what-you-see-is-what-you-get aspect to it, …read more

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Turn Your Teddy Bear Into A Robot With Yale’s “Robotic Skin”

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Despite what we may have seen in the new Winnie the Pooh movie, our cherished plush toys don’t usually come to life. But if that’s the goal, we have ways of making it happen. Like these “robotic skins” from Yale University.

Each module is a collection of sensors and actuators mounted on a flexible substrate, which is then installed onto a flexible object serving as structure. In a simple implementation, the mechanical bits are sewn onto a piece of fabric and tied with zippers onto a piece of foam. The demonstration video (embedded below the break) runs through several more …read more

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Turn Your Teddy Bear Into A Robot With Yale’s “Robotic Skin”

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Despite what we may have seen in the new Winnie the Pooh movie, our cherished plush toys don’t usually come to life. But if that’s the goal, we have ways of making it happen. Like these “robotic skins” from Yale University.

Each module is a collection of sensors and actuators mounted on a flexible substrate, which is then installed onto a flexible object serving as structure. In a simple implementation, the mechanical bits are sewn onto a piece of fabric and tied with zippers onto a piece of foam. The demonstration video (embedded below the break) runs through several more …read more

Continue reading Turn Your Teddy Bear Into A Robot With Yale’s “Robotic Skin”→