This instructable was created in fulfillment of the project requirement of the Make course at the University of South Florida (www.makecourse.com). The Social Distancing Robot is a robot concerned with its health in the midst of the current pandemic. It has an RGB LED to indicate how close you are to it. If you are […]
Social Distancing Robot Continue Reading
Hello, I’m Andre and this is how you can build and design your own robot with dancing features. This robot was designed as a team project for my junior design class at Georgia Tech. The entire system is completely controlled by an Arduino Uno microcontroller, with various user interface devices. The fundamental components to the
The CelloBot (Robot Design Controlled by an Arduino Uno) Continue Reading
When you are responsible for maintaining devices at a client’s location, software tools like remote desktop and SSH are great, but sometimes they are not enough. For some problems, you need to get eyes and hands on the device to figure out what’s going on and fix the problem. This is a challenge [Will Donaldson]
TELEPRESENCE ROBOT FOR “DOING THE ROUNDS” Continue Reading
In Banksy’s book, Wall and Piece, there is a very interesting quote; “Imagine a city where graffiti wasn’t illegal, a city where everybody could draw whatever they liked…”. This sounds like it would be a very exciting city to live in, except for those of us who do not have an artistic bone in their body.
AUTOMATE YOUR GRAFFITI WITH THE GRAFFOMAT! Continue Reading
Tic-tac-toe (or “Noughts and Crosses”) is a game simple enough to implement in any computer system: indeed it’s often used in beginner’s programming courses. A more challenging project, and arguably more interesting and useful, is to make some kind of hardware that can play it in real life. [mircemk] built a simple yet elegant machine that can
TICO ROBOT PLAYS TIC-TAC-TOE BY DRAWING ON A TINY WHITEBOARD Continue Reading
Hi guys. In this instructable, I will teach you how to build an obstacle avoiding robot. The robot will be a small and simple 2-wheeled car which will move forward until it detects an obstacle in its path. Upon doing so, it will stop, move a little back and then look towards its left and
How to Make Smart Obstacle Avoiding Robot Using Arduino Uno Continue Reading
Since Boston Dynamics releases the quadruped robot – Spot, making robot dog has been very popular. There are number of attempts to build similar robot. Most are expensive and very difficult to follow and to make one. This instructable is trying to deliever a DIY version with 3D printing using very cheap hardware and electonic
Ez Arduino 12 DOF Quadruped Robot – Robot Dog Lassie Continue Reading
Hong Kong-based Amoeba Robotics is set to launch a pick and place machine for engineers, designers, and makers to conveniently automate the assembly of their PCBs ontop of their desks, with a more affordable price range going for $1,950. This is incredible because most pick and place machines are incredibly expensive, with the desktop models running into thousands of dollars
AMOEBA ROBOTICS’ BOARDITTO – AN AFFORDABLE PICK AND PLACE MACHINE Continue Reading
The new design of the 6WD mobile platform, the vehicle uses 2mm aluminum alloy, aluminum spray surface treatment. 6 high-speed DC motor (original 17000 rpm), with 1:34 full metal gear box, so that the car to obtain strong off-road performance. Shock absorption design is the highlight of the car, the use of 6 damping shock
6WD Shock Absorption Robot for Arduino Continue Reading
Hello again and welcome to my new project. In this instructable I’ve tried to make a simple Quadruped made from materials accessible to everybody. I know to get a good looking final product you need a 3d printer and maybe a CNC, but not everybody has one of this fancy devices, so I tried to
Cardboard Spider (DIY Quadruped) Continue Reading
