Building Instructions -

• EV3-G

Building instructions for the container mission models. The models are used in the Automated delivery mission of FLLCasts Off-season Challenge 2019.

Purpose

We want students to be able to easily find the parts and to put the parts back in the designated compartments.

Printing instructions

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.

Turning direction

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.

It's the third version of the VEX IQ Easy Bot with rotated Robot Brain and castor wheel.

Building instructions for a VEX IQ attachment for throwing balls with rubber bands.

- you should attach it to the motor, depending on the orientation of the motor

- you should attach it to the motor, depending on the orientation of the motor.

This attachment for the Nautiq robot is designed to accomplish M10 Send over the Submersible in the FIRST LEGO League 2024‑2025 SUBMERGED competition. It uses a gear mechanism to lift a LEGO axle, allowing the submarine to slide to the other side.

This attachment is accomplishing three missions from the FIRST LEGO League 2023-2024. It is for the Chain Monster Robot. It solve mission 8 - Rolling camera, mission 12 - Virtual reality artist and mission 13 - Craft creator.

A FIRST LEGO League 2023-2024 attachment for the MiniBox Robot.

This attachment is designed to be thrown back to the base, with the lifted model it collected, before the robot returns, so the team can start loading the model to the next attachment, while the robot is still moving. This is done, so that the team loses less time switching attachments in the base, lowering the chance of human error during the competition.

These are 3D Building Instructions for M15 Research Vessel mission model for the FIRST LEGO League 2024-2025 SUBMERGED competition. You can also check out the alternative mission model for Research Vessel for additional building possibilities.

"Muni" is short for mountain unicycles - Munis.

This robot is designed to resemble a clown on a unicycle. It uses a large technic gear ring to move forward and backward. On top of the robot is a force sensor, disguised as a clown. You can program it so that when you touch its head, the robot starts!

In Portuguese, "observador" means "watcher."

This stationary robot has a distance sensor connected to a motor. It is designed to resemble a lighthouse combined with a watchtower.

In Hindi, "tantr" means "gearwheel."

The robot moves using two medium motors with small wheels. It has multiple gearwheels attached to the moving wheels, giving it a more complex appearance. In reality, these gears are just for making the robot look cooler. However, you can program them to perform any function you desire!

Mitko is an example for a small robot from LEGO Education SPIKE Prime. It has no sensors, but it has a big container, like a big mouth. So it can collect things, although it can not see them. Like a small animal that is blind, but hungry. Mitko could be used as a base for a robot that needs to collect. In was one of the versions of a robot that we used for a World Robot Olympiad competition.

Alternative to Bag 14 - Cargo Plane Alternative Model - FIRST LEGO League 2021-2022 CARGO CONNECT