10 out of 10 for the innovation project mission is quite interesting - move forward, return, move forward, return. In the tutorial you will see how we accomplish the mission every team and how the program is repeatable
The goal of the Innovation project mission is probably to give everybody an easy win on the competition. A mission that does not require an attachment or a complex program and it the same time is quite interesting. In this video tutorial you will see our robot and our innovation project construction, along with how we complete the mission. Hope you like them!
10 out of 10 tutorials for the Slide mission was a challenge. There were a lot of glitches with different attachments that we built. At the end we have an attachment that is able to reliably pull the mini figures up, then forward,then down which.
With this program we accomplish the Innovation project mission from FIRST LEGO League 2020. We use the LEGO Mindstorms Robot Inventor as a set. The program is written in Python
In this video tutorial we discuss probably the most useful principle that we've found for FIRST LEGO League competitions and this is how to align to a line with two color sensors. We use the LEGO Mindstorms Robot Inventor for a quick demonstration of the principle. In the LEGO Mindstorms Robot Inventor Programming course we enter into more details of how exactly we program the sensors. The current tutorial demonstrates the use of such a program and makes clear why this could be very useful and is a must for any well prepared team and wants to achieve a good score on the competition.
This animation demonstrates the principle of aligning to a line with two color sensors and a LEGO Mindstorms Robot Inventor robot. This is a useful concept for FIRST LEGO League competitions where you want to know exactly where you are on the field and to achieve consistent behavior. In the course lesson you will also find a live video tutorial where we enter into more details about aligning. We align the robot to a line by moving both sensors slowly until they both see a black line. When one of them sees the line we move only the other. At the end we return the first sensor back.
This program makes the robot move forwards, turn left, move forwards, and then turn right using Robot Inventor - LEGO MINDSTORMS App Python.
This almost box robot is build from the LEGO Mindstorms Robot Inventor set. The idea behind this robot is to be able to build it from Robot Inventor and to use it during FIRST LEGO League competitions
This short animation demonstrates a really useful principle for FIRST LEGO League competition and this is how to use the Inertia of the robot to trigger an attachment that will do the work for us. It is very useful as we don't have to use the motors of the robot and we can afford to use the motors for other things.
We use this attachment to discuss how an attachment and a module from LEGO Mindstorms Robot Inventor could be build in an easy to detach fashion. Check out the tutorial in the lesson for this attachment for more information about Detachable Modules
This program is developed for a LEGO Mindstorms Robot Inventor robot and it uses Scratch as a programming language. The program demonstrates the use of a heavy lifting attachment.
This program controls a Push/Pull attachment build from a LEGO Mindstorms Robot Inventor 51515 set. Check out the tutorial, building instructions and lesson for this attachment and how the program is used.
Activate the heavy lifting attachment with a Scratch program
This animated video tutorial demonstrate the use of a lift attachment to accomplish loops mission. It is a lift attachment with a circular motion