This mantis shrimp-inspired robotic arm can crack an eggMantis shrimp inspire robotics with unique biomechanical mechanisms for improved motion and reduced wear in robotic applications.
A miniature swimming robot inspired by marine flatwormsEngineers have created a silent, flexible swimming robot modeled after marine flatworms, advancing ecological research and water quality monitoring.
How PAUL, a Soft Robot, is Designed and Built | HackerNoonThe manufacturing process for soft robots involves using wax cores and silicone materials to create bladder structures.
This mantis shrimp-inspired robotic arm can crack an eggMantis shrimp inspire robotics with unique biomechanical mechanisms for improved motion and reduced wear in robotic applications.
A miniature swimming robot inspired by marine flatwormsEngineers have created a silent, flexible swimming robot modeled after marine flatworms, advancing ecological research and water quality monitoring.
How PAUL, a Soft Robot, is Designed and Built | HackerNoonThe manufacturing process for soft robots involves using wax cores and silicone materials to create bladder structures.
How a Soft Robot Arm Moves Using Air, Not Motors | HackerNoonThe PAUL robot balances pneumatic actuation and weight efficiency through a simplified design, enabling flexibility and effective performance.
Why PAUL Needs a Massive Dataset to Improve Its Movements | HackerNoonThe PAUL robotic system's design relies on data-driven modeling due to complexity and manufacturing variability.
How a Soft Robot Arm Moves Using Air, Not Motors | HackerNoonThe PAUL robot balances pneumatic actuation and weight efficiency through a simplified design, enabling flexibility and effective performance.
Why PAUL Needs a Massive Dataset to Improve Its Movements | HackerNoonThe PAUL robotic system's design relies on data-driven modeling due to complexity and manufacturing variability.
Designing PAUL: A Soft Robot with Pneumatic Precision | HackerNoonThe PAUL robot utilizes a modular, pneumatic design that enhances flexibility and performance.Soft robotics development emphasizes the importance of incorporating advanced materials and actuation methods.
Design, Manufacturing and Open-Loop Control of a Soft Pneumatic Arm: Bending Experiments | HackerNoonPAUL, a pneumatic robot, exhibits promising bending capabilities, reaching up to 40° without losing performance with additional segments.
Designing PAUL: A Soft Robot with Pneumatic Precision | HackerNoonThe PAUL robot utilizes a modular, pneumatic design that enhances flexibility and performance.Soft robotics development emphasizes the importance of incorporating advanced materials and actuation methods.
Design, Manufacturing and Open-Loop Control of a Soft Pneumatic Arm: Bending Experiments | HackerNoonPAUL, a pneumatic robot, exhibits promising bending capabilities, reaching up to 40° without losing performance with additional segments.
How PAUL the Robot Tracks Its Own Movements Using Cameras and LEDs | HackerNoonThe PAUL robot utilizes pneumatic actuation for improved soft robotic applications.
'Embodied energy' powers modular worm, jellyfish robotsDevelopment of soft robots inspired by aquatic life, leveraging 'embodied energy' for enhanced performance and efficiency.
Octopus suckers inspire new tech for gripping objects underwaterVirginia Tech scientists are developing switchable adhesives inspired by octopus suckers, enhancing underwater technology for gripping various objects.
'Embodied energy' powers modular worm, jellyfish robotsDevelopment of soft robots inspired by aquatic life, leveraging 'embodied energy' for enhanced performance and efficiency.
Octopus suckers inspire new tech for gripping objects underwaterVirginia Tech scientists are developing switchable adhesives inspired by octopus suckers, enhancing underwater technology for gripping various objects.
Manta rays inspire fast swimming soft robot yetThe latest soft robot prototype has achieved a swimming speed of 6.8 body lengths per second, improving energy efficiency and vertical movement capabilities.
Breakthrough in soft robotics: First toroidal micro-robot to swim autonomously in viscous liquidsThe new micro-robot can navigate viscous liquids autonomously, enabling potential applications in medicine and environmental monitoring.
Using Turing patterns to enhance soft pneumatic technologyTuring patterns aid in designing efficient fabric-based soft pneumatic actuators (FSPAs) for versatile soft robotics applications.
Motorskins' SELK Technology Is Bringing Textiles To Life For A Smarter Future - Yanko DesignMotorSkins' SELK technology combines ambient computing with programmable matter, transforming interactions between the physical world and digital technology.
Engineers make tunable, shape-changing metamaterial inspired by vintage toysTeam of UCLA engineers developed a new tunable dynamic material mimicking push puppet mechanics, with applications in soft robotics and reconfigurable architectures.
Built-in bionic computingRobots using soft materials in disaster management face challenges in flexible control.
Electric eels inspire novel "jelly" batteries for soft robotics, wearablesScientists develop soft “jelly” battery inspired by electric eels for wearable devices and drug delivery, mimicking the eel's electricity generation process.