This 10 out of 10 tutorials demonstrates how we can accomplish a flip mission with a LEGO Mindstorms Robot inventor in a repeatable way. We manage to flip the tires on almost every try. You will learn and see how the attachment works and is able to push and flip the mission models.
The course is designed to be used with almost every remote controlled car. The process of opening the car will be different for different cars but there are basic principles that you could follow.
The goal of this lesson is for students to have fun with a new robot.
The goal of this lesson is to introduce students to the setting for measuring the reflected light of the color sensor and to recall how to follow a line.
Third wheel experiments, changes in the robot, students could choose the task all by themselves. Make sure you have a lot of fun and students complete their tasks. Here is what you should know when conducting this class.
Given that the robot has two motors powering respectively the left side and the right side of the robot then when turning the robot is always turning in an arc. Depending on the turn this arc could be with a different size and radius.
The goal of the Pull-Up bar mission is to have the robot pull up on the bar... ok.. wording. In this video tutorial we demonstrate an interesting attachment that helps the robot attach to the Pull-Up bar and hang there. How do we do this - with a platform, that brings the robot to the bar and then detaches itself from the robot
Every part has its place in the box and you should return all parts to where they belong.
Sometimes we don't need the robot to do the same and predictable things, but something random and unexpected! Here's how to do it!
One of the important blocks for making an autonomous robot is the infinite motion block. In combination with other blocks, it allows us a lot of control over the movement of the robot. Here's how this works!
Sometimes it is useful for us to have the robot wait before it goes so that we can stand back and not disturb it or even to take a picture of it. This is how we can program this!
Here's one way to program with a force sensor!
How do you perceive the world? And how can a robot do it? Here is the first way!
We already learned how to use the start sound block in this tutorial, now let's see how to make the sound play all the way!
We already learned how to use the block to turn on the controller display in this tutorial. Now we will find out how to do this for a specified amount of time!
Through SPIKE Prime software we can play all kinds of sounds! Here's how to do it.
This is how we can draw whatever we want on our robot's hub display!
Sometimes we want a part to move more, sometimes less. Here are the pins that can help with that!
Have you ever wanted your robot to move as fast as possible? Or slower? Here's how!
Have you ever needed to make an arc turn? Do you know what an arc turn is? Let's find out!
Here we will learn our first turn, namely a spot turn!
Sometimes we make a mistake in starting the robot and we have to stop it before its program runs out. Here's how to do it with a SPIKE Prime controller.
