This module is made to look and move like the beak of a bird! It uses two technic steering links powered by a medium motor to close and open! It can be combined with other modules to make the best bird robot! This module is a part of Lintu - a LEGO Mindstorms EV3 Kiwi bird robot.
This construction uses a differential. Both wheels could turn with different speed and this makes a construction much more stable when turning.
Now it’s time to program the robot so that it starts to function. We will use the touch sensor to start the crane. If you cope with all tasks, you will have the chance to add an ultrasonic sensor in order to unload at the right moment.
We want students to be able to easily find the parts and to put the parts back in the designated compartments.
Files are printed on both sides of 160-gram sheet of paper A3 format.
The sorting sheet is designed to fit in the cover of the box. To gather in the lid, the excess parts of the printed sheet must be cut off the markers on the front of the sheet.
To extend the life of the sheets, you can laminate them either with a "laminate matte" or a simple laminate. The disadvantage of the simple laminate is that there is a lot of gloss. The disadvantage of laminate matte is that it has to be sealed with a clear PVA C-200 adhesive to prevent it from opening over time.
We recommend printing doublesided and turning over the "short edge", like a book. If you decide, you may flip the printed result over the long side. Both options are available at you local print center.
Bag 4 - Doorstep and Package Alternative Model - FIRST LEGO League 2021-2022 CARGO CONNECT
What happens if we need to perform some actions simultaneously from the middle of a program. Let us assume that we have a multi-threaded task at hand, but before it we need to rotate our robot at 360 degrees.
After a hard working day everybody needs a little rest. What better end of the day than a little bowling game?
In this version of bowling the objective is to knock down all 6 pins using the ball located in the base. After the first use of the ball it can be returned in base once it has completely stand at rest.
For each knocked down pin: 7 points.
If all 6 pins are knocked, you receive additional: 18 points.
Scoring Requirements
Starting with the World Robotics Olympiad 2014 Junior-High challenge we first catch the object on our path. We discuss a good mechanism for catching and lifting balls that can do two movements with one motor.
This is an example of a robot for Sumo Robotics competitions. Specifically for RoboteX challenge. As most of the Sumo competitions have specific requirements for the robot size this one follows the 15cm x 15cm requirements.
Sumo competitions could be quite fun and interesting as the goal is to push the other robot outside of the ring.