From getting out of bed to applying lipstick to eating breakfast, Simone Giertz has seemingly found every possible way to automate her morning routine. Next on that list? A hair-washing robot made up of a rubber hand, a bottle of shampoo and some basic electronics that allows her to lather, rinse and repeat, while leaving her hands free for other tasks like brushing her teeth. (more…)
mBot it’s an all-in-one solution for kids and beginners to enjoy the hands-on experience about robotics, programming, and electronics.
You can program it with drag-and-drop graphical programming software based on Scratch 2.0 and the magic happens: the robots can follow lines, kick balls and push objects, avoid walls and more. You can also switch from graphical to text-based programming in Arduino mode as it can be coded with Arduino IDE environment. (more…)
The robotic prototype swimming under water propelled by fins, it was developed at the Control Systems and Robotics Laboratory of the Technological Educational Institute of Crete, in Heraklion (Greece) and it’s controlled by an Arduino Mega:
Each fin is comprised of three individually actuated fin rays, which are interconnected by an elastic membrane. An on-board microcontroller generates the rays’ motion pattern that result in the fins’ undulations, through which propulsion is obtained. The prototype, which is fully untethered and energetically autonomous, also integrates an IMU/AHRS unit for navigation purposes, a wireless communication module, and an on-board video camera. The video contains footage from experiments conducted in a laboratory test tank to investigate closed loop motion control strategies, as well as footage from sea trials.
the Arduino runs a custom-developed real time firmware that implements two Central Pattern Generator (CPG) networks to generate the undulatory motion profile for the robot’s fins. The robotcontains a 7.4V lipo battery powering also a Bluetooth module for wireless communication and a video camera to record footage of the missions.
Last March, during Arduino Day in Zaragoza, four guys met for the first time and then decided to participate to the Nasa Challenge collaborating to the project made by Carlos Sicilia Til in the previews months:
OpenCuriosity is an open source, exomars rover (1:5 scale) with Arduino as main controller, based on the NASA Curiosity Rover. It contains a set of Arduino boards and sensors. The general public will be allowed to use these Arduinos and sensors for their own creative purposes while they are in space. All the people will be allowed to integrate their project in the robot, and the data gathered will be available on the internet in order to share this information with the general public for educational, science or other purposes. We want to provide affordable space exploration for everyone!
The robot designed by the Aragonese team is now among the finalists of the NASA contest!
Holger from Fablab Düsseldorf writes in about a small robot they prototyped with Arduino Uno, helping them raise some funds for their local space:
We created the idea in our non-commerical FabLab in Düsseldorf, Germany to create a small robot, who makes our vistors and guests aware of placing a small money donation. This robot was required to be transportable, robust and to draw as much attention as possible.
Thus, we included LED-Stripes, servos, sensors and sound to the project. Packed in a very old german vacuum cleaner. The work took about 1 year to construct, print and integrate all 3D-printed parts, wiring and software development with the Arduino Uno. But software development was the minor part, although parallel processing on the Arduino in order to run every component simultaneously required a small trick.
Once again Xun and David in this fourth video tutorial on the Arduino Robot released by RS Components, are exploring one of the most used techniques in Robotics: following a line, just like factory robots do to get an orientation when they carry objects from one place to another without human intervention.
Watching the video you’ll learn how to create a racing track drawing a black line over a white surface and understand how the different sensors read data that will be used to feed a PD algorithm: (more…)
Moti is a smart motor you can control from an app . It allows to use your fingers directly on the screen to move the motor, adjust speed with sliders and even program motions with simple building blocks. You can attach it to any kind of objects and bring them to life with intuitive and easily understandable steps.
At the same time Moti is advanced enough to satisfy makers and developers who are looking to build complex robots. Each one is programmable with Arduino, has bunch of built-in sensors, daisy-chains, and even has a web-API so you can develop sites and games for your robot. (more…)