But this kit really surprised me! All the pieces seem to me of good quality, and several spare parts accompanied the kit. If you're looking for a kit, I think it's a good option! I used it in two other tutorials, as you can see on the links bellow:Īt first it seemed that the assembly would be complex or that I would run into problems like the lack of parts (given the amount of parts that make up the kit). You can find a link to the robot chassis at the following link. Later I decided to give a chance for a robotic kit obtained from an online store. You can find this project in the link below:
In previous projects I developed the structure of my own robot, using easily accessible materials (without the need for complex tools, 3D printers or laser cutting machines). The first part of this project was the assembly of the robot structure. You can find an example on one of my previous tutorials: You can use different kits or even desing your own robots using simple materials, without the need of using complex tools such as 3D printers and laser cutting machines. A DIY robotic kit was used, along with some of my favourite tools: Adafruit.io, IFTTT and Arduino IDE. One might think of a robotic voice controlled wheel chair, for instance. It might be usefull if you want to remotelly control a robot without using your hands, or if you want to made it accessible for someone with limited movements. I've also made some experiments with voice commands. You can find more about this project here: A smartphone running Blynk app was used as a remote control, and different input methods were used: push buttons, sliding bars and even smartphone's accelerometer. It connects to a Wi-Fi network and receives commands from Blynk server. I've previously designed a Blynk controlled robotic tank. Other development boards might also be used (NodeMCU, Firebeetle, etc.), and the principles presented in this tutorial can be applied on other models of robots and gadgets. It receives commands from the wireless controller and sets the speed of the motors. An Arduino Uno board was used at the core of this project.
#Cd tester stik ps2 how to#
In this tutorial, I'll show you how to use a wireless PlayStation 2 (PS2) joystick to pilot a robotic tank.
0 kommentar(er)
