Shell – Switch
The Shell – Switch is a simple block that fits in any of the two Shell MountingPoints (Front and Back of the rover). Read more “Shell – Switch”
Shell – Blank
I think there is not much to explain about the Shell – Blank block, but I’ll do my best to try to fill this article with details about it. Read more “Shell – Blank”
InnerTrackFrame – DCMotor
The InnerTrackFrame – DCMotor is a block that fits into the InnerTrackFrame Mounting point.
It is design to support the common no name yellow dc geared motor. You can find them here.
3D Printable Rover Architecture
The main idea of this article is to explain the basic concepts about the 3D Printable Rover architecture.
If you have a 3D printer and are planning to build a rover, robot car, radio controlled tank, or as you would prefer to call it, you are in the right place.
Aum2 – “Raspberry Pi Zero W” based robot
As soon as I got my Raspberry Pi Zero W, I started thinking how to test it. I chose to use it as brain of one of those standard robot bases available online.
I bought an Arduino Smart Car kit in Aliexpress, there is a lot of information online about this chassis, and it’s not expensive at all. Read more “Aum2 – “Raspberry Pi Zero W” based robot”
Joystick to Differential Drive (Python)
As I’m now working on a Raspberry Pi Zero W based robot, doing my first test on Python programming, I needed to port the function created previously in this article for Arduino (c++).
This time though, I changed its name, and added the capability to provide the limits for the input and the output on any range you need it. I’ll explain why Read more “Joystick to Differential Drive (Python)”
HC-SR04 Distance Sensor Service
Series Introduction
This series of articles focuses on creating a scalable object oriented modular software architecture based on services you can reuse in all your robots, without needing to start from scratch every time you create a new robot. Read more “HC-SR04 Distance Sensor Service”
L298N Motor Driver Service
Series Introduction
This series of articles focuses on creating a scalable object oriented modular software architecture based on services you can reuse in all your robots, without needing to start from scratch every time you create a new robot. Read more “L298N Motor Driver Service”
Arduino Robot – Service Oriented Architecture
Series Introduction
This series of articles focuses on creating a scalable service oriented modular software architecture based on services you can reuse in all your robots, without needing to start from scratch every time you create a new robot. Read more “Arduino Robot – Service Oriented Architecture”
Joystick to Differential Drive (Arduino)
When you are building robots, one of the most common chassis you find are the ones that use Differential Drive. This means they have a motor per wheel, might be threaded, two wheels and a caster, 4 wheels, etc. Read more “Joystick to Differential Drive (Arduino)”