This attachment is accomplishing three missions from the FIRST LEGO League 2022-2023. It is for the Chain Monster robot
These are 3D Building instructions for the Oil Platform. You can build them from Bag 2
These are instructions on how to build the:
for the FIRST LEGO League 2019-2020 City Shaper Challenge.
You can find more building instructions and tips and tricks about the competition on this page.
This attachment accomplishes the Into Orbit Extraction mission from the FIRST LEGO League Into Orbit 2017-2018 competitions. The based of the robot is the SUV Competition Box Robot from LEGO Mindstorms EV3.
The program for this attachment is at https://www.fllcasts.com/programs/2hpdg9-fll-2018-attachment-to-accomplish-the-into-orbit-extraction-05-robot-game-missions-program.
This is the attachment of Team "Nightbeast", with which they solve M01 and M02 from FLL Into Orbit Challenge
These are buliding instructions for the FTC robot and collecting attachments with it. We are doing small modifications of the push bot.
Building instructions for the most simple grabber using just one Large EV3 LEGO motor. It has one static lever and one active lever.
Building instructions for the LEGO Mindstorms attachment using Rubber Bands
Building instructions for the Wind Turbine mission model for the FIRST LEGO League 2022 competition. Find the parts in Bag 7
This module is made as a grabber that uses a cool mechanism to catch things vertically. It is powered by a medium motor. The grabber is used in Earl Bot - Grabbing and Clearing LEGO Mindstorms Robot without wheels.
This is a small VEX IQ truck that have one and only one reason to exist. The reason is to teach students to drive by practising diving with it.There is nothing that makes the Little Truckie happier than driving.
The programs for controling Truckie are at:
Truckie - "Easy" To Drive VEX IQ Program for Modkit. Left stick steers. Right stick moves
Truckie - "Hard" To Drive VEX IQ Program for Modkit. One stick for move and steer
The is the whole step-by-step process of connecting the motors with the Raspberry PI with the driver and the batteries. No scheme needed. Everything is already here. In the course, the motors are part of the car and the batteries are in the batteries holder, but with this scheme, you could see the whole process.
If a satellite doesn’t have the correct velocity and distance from earth, it can fall, drift away, fail to function or get destroyed by debris. Propulsive adjustments need to be performed with precision.
The robot needs to move one or more satellites to the outer orbit.
(mission descriptions source https://www.first-lego-league.org/)
The first of a series of attachments that we add to a World Robotics Olympiad LEGO Mindstorms Robot. The attachment is an example for collecting ping-balls. The robot and the attachment are in the same construction. The attachment is a base for a container that could be extended.
We've separated the BigDaddy robot into a few smaller modules. This teaches modularity and gives you the option to reuse some of the modules and to look at specific modules.
Mintonette comes from the first iteration of Volleyball with the same name.
The robot uses two EV3 Touch sensors to control the turret left and right. It uses the EV3 Color sensor to trigger the shooting mechanism, which consists of an EV3 Large motor which pulls a lever to shoot a ball.
This is a self aligning passive attachment for rendezvous and meeting between the tube module and the habitation hub.
The program for this attachment is Self Aligning Module Attacher for M06 - Space Station Modules.
There is another program at Self Aligning Module Attacher for M06 - Space Station Modules - another program.
This is a ping-ball containing attachment for a World Robotics Olympiad. The attachment is building with LEGO Mindstorms EV3 parts. It is tiltel so that it is easier for the balls to fall off at certain points, which was part of the missions at the 2015 cmpetition.
