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.
Program for accomplishing the missions, second version with a second set of attachments
This is a Scratch (Word Blocks) program made to accomplish the FIRST LEGO League 2023-2024 MASTERPIECE Competition with theChain Monster Robot.
This is a Python program designed to accomplish the FIRST LEGO League 2023-2024 MASTERPIECE Competition with the Chain Monster Robot.
These are building instructions for one of the greatest LEGO Mindstorms attachments that we've built. Super simple and easy to follow and at the end, you have an attachment with a rubber band that controls a lever and that could lift objects from the field. It could lift them up. Also because it is with a rubber band you don't need a motor and you could use the motor for other attachments.
No need for all attachments to be powered by motors and to include gears. It's sometimes possible to use a simple robot attachment to collect objects. Such attachments we call passive and this one is an example for the Box Robot Chassis.
Build with LEGO Mindstorms EV3
Frame for adding attachments on the robot. When using a frame it is very easy to quickly add and remove pinless attachments from the robot. The whole frame could be removed.
The frame contains parts from LEGO Mindstorms EV3.
Vex IQ robot base which could be used with different attachments. The gravity center of this robot is in the backside and it has a lot of space in front for attachments.
We've built a box robot chassis that could easily be extended with attachments for FIRST Technical Challenge competition.
If you ever felt that FIRST Technical Challenge is difficult and you don't know where to start from, building this Tetrix robot is the first thing that you could do. You would have 4 motors, plenty of space for attachments and good access to the phone.
The robot is built from a Tetrix Set without additional parts. It's a winning robot in just 109 steps
Here is an idea. What if a robot does not need attachments. What if there is one special attachment on the front that could do most of the work? Probably an attachment that allows you to move a lever in any direction.
This here is a Box Robot with X - Y axys plane. This robot doesn't need active attachments because it has X - Y table that do the job. Imagine that there is a plane on the front of the robot. With the rack mechanism you can move to any coordinates on this plane.
We have a lot of ideas how to make it even better. We will try to release them in the next few versions.
First version of a reusable gear attachment. By following the same principle for assembling the attachments you can change the direction of the gear wheels and build powerful attachments that could accomplish missions in any direction.
Do you remember the Chain Monster Box Robot? This one is the same but without the chains. What is cool about this robot is you can use almost all Chain Monster attachments and build a lot more.
The Unchained Monster box robot requires additional parts on top of the LEGO Education SPIKE Prime and LEGO Education SPIKE Essentials. Check out the additional parts required.