This flip attachment from LEGO MINDSTORMS Robot Inventor 51515 set is design to flip parts. It can flip a manhole for example, but could also flip other parts. The principle of flipping is quite interesting as it uses two axles and a border.
This program makes the robot move forwards and than backwards using Robot Inventor - LEGO MINDSTORMS App Word Blocks.
This program makes the robot move forwards and then backwards using Robot Inventor - LEGO MINDSTORMS App Python.
This program makes the robot move forwards, turn left, move forwards and than turn right using Robot Inventor - LEGO MINDSTORMS App Word Blocks.
This program makes the robot move forwards, turn left, move forwards, and then turn right using Robot Inventor - LEGO MINDSTORMS App Python.
A Scratch (World Blocks) program for LEGO Mindstorms Robot Inventor 51515 set. With this program we make the robot move forward and stop. In this way the inertia triggered attachment that is placed on the robot is activated and it falls down. Then we return back to base with this mission model that we've collected with the attachment
A Python program for LEGO Mindstorms Robot Inventor 51515 set. As with the Scratch program this program all makes the the robot move forward and stop. The inertia triggered attachment is activated and when the robot moves back the mission model is returned back to base. The attachment collects the mission model.
Use Scratch to activate the attachment that will accomplish the Power Switch mission
Program used for the drop attachment. Move the robot, interact with the mission model and release the wheel from the drop attachment.
The program is for Active gear attachments that could be used on FIRST LEGO League competitions. Check out the lessons.
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 is developed for a LEGO Mindstorms Robot Inventor robot and it uses Python as a programming language. The program demonstrates the use of a heavy lifting attachment.
Activate the heavy lifting attachment with a Scratch program
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.
A python program for a push pull attachment build from LEGO MINDSTORMS Robot inventor 51515 set. The program make the attachment push, or pull, depending on the direction. Check out the LEGO building instructions, tutorial and lesson for to successfully accomplish the mission with this Python program.
The robot should park in the parking positioned in the north-east corner of the field.
At the end of the match the robot is completely in the parking area in the north-east corner of the field: 50 points.
Programming the LEGO MINDSTORMS Robot Inventor for FIRST LEGO League competitions involves learning how to turn left and right with the robot. There are not precise turns. The robot will make mistakes, because that's what robots do. But nevertheless it is important to learn how to program the robot to turn. We are releasing an additional course that is focused only on programming and how to make the robot consistent in its behavior, but in this tutorial we stop on turning
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.
With this animation we demonstrate an example for a quick pinless attachment that could be used to collect loops. Loops is one of the most common missions at FIRST LEGO League competitions. We use the LEGO Mindstorms Robot Inventor set to build the attachment, the mission model and the robot. They are all from the same attachment. In the live video in the same lesson we enter into more details about the attachment and we describe its idea