An inspiring Arduino project created by Sang-won Leigh has been unveiled that takes the form of an Arduino wearable device that adds an extra robotic hand to your wrist. This innovative device can be utilized in a number of different ways, offering a glimpse into the future of wearable robotics and human augmentation.
The Arduino project has been constructed using parts of LEGO together with a handful of servos, which have all been connected to an Arduino development board. This board provides the microcontroller necessary to receive data from the sensors and then control the servos, enabling the robotic hand to perform a variety of movements.
Design and Construction
The design of this wearable robotic hand is both ingenious and practical. By using LEGO parts, the project remains accessible and modifiable, allowing for easy adjustments and improvements. The servos act as the muscles of the robotic hand, providing the necessary movement and dexterity. The Arduino development board serves as the brain, processing input from sensors and sending commands to the servos.
This setup allows for a high degree of customization. For instance, different types of sensors can be used to detect various inputs, such as pressure, temperature, or even gestures. This flexibility makes the project suitable for a wide range of applications, from simple tasks like picking up objects to more complex activities that require precise control and coordination.
Applications and Potential
The potential applications for this wearable robotic hand are vast. In the medical field, it could be used to assist individuals with disabilities, providing them with additional functionality and independence. For example, someone who has lost the use of a hand could benefit from this device, regaining the ability to perform tasks that would otherwise be difficult or impossible.
In industrial settings, the robotic hand could be used to perform tasks that require precision and dexterity, such as assembling small components or handling delicate materials. The ability to add an extra hand could also increase productivity, allowing workers to perform tasks more efficiently.
Check out the video below to learn more about the movements capable of being created by the Arduino wearable robotic hand. Its creator explains a little more about its inspiration:
We envision a machine-driven evolution of human body form and function, where the programmable nature of machines plays a crucial role. Robotic joints worn on the wrist turn into extra fingers, so that a person acquires skills beyond what five fingers can offer, or performs “tri-manual” tasks with the machine joints.
The video demonstrates the impressive range of movements that the robotic hand can achieve, showcasing its potential for various applications. The creator’s vision of a machine-driven evolution of the human body highlights the transformative possibilities of wearable robotics.
If you enjoyed this article, you are sure to enjoy learning how to build your very own Arduino wind speed meter or anemometer project, which is easy to build with basic Arduino skills. This project, like the wearable robotic hand, demonstrates the versatility and potential of Arduino-based projects.
Source: AB
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