Building Instructions -

• Java

This module is made to look and move like a real ship's sails! The module consists of two masts that are connected so that they move together. The back mast is connected to a medium motor that can move all sails and is also connected to a gyro sensor, that can detect if the whole ship is rotated. This module is used in Yolanda - LEGO Mindstorms EV3 Sailship robot.

This module is made to look like a head of a ram made with LEGO Mindstorms EV3. It uses an ultrasonic sensor, which points down as if it is going to attack, as the eyes of the head. It can be combined with other modules to create the perfect ram robot!

These are instructions on how to build the:

• Tan Building Units

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.

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.

Building instructions for the dispenser mission model. The models is used in the Logistics mission of FLLCasts Off-season Challenge 2019.

Remilo comes from esperanto and means paddle.

The robot resembles a boat, but moves on land. It uses two large motors with "paddles" attached to them to move. Because its movement capabilities are limited, it has a gyro sensor to correctly move forward.

This is the attachment of Team "Nightbeast", with which they :
1. M10–Food Production
2. M12–Satellite Orbits
3. Move the Cone Module to base
From Missions M06, M10 and M12 from FLL Into Orbit Challenge

The run with this attachment is very inconsistent and fails very often.

A robot that was used in the WRO Elementary 2018 Robot competition. It is a nice idea of how the motors could control different levers to push things around

The building guide for the FIRST Technical Challenge Push Bot build with the Tetrix set

Building instructions for the gear attachment. 

Instructions for building the five minutebot used in the tutorial.

This attachment for the Nautiq robot is designed to accomplish M12 Feed the Whale in the FIRST LEGO League 2024‑2025 SUBMERGED competition. It demonstrates how to use mission models as part of a passive mechanical trigger and how to apply carabiner mechanisms for purposes other than locking.

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

This attachment is designed to detach, once it completes its purpose. This is done, so that the team loses less time switching attachments in the base, lowering the chance of human error during the competition.

A complex SPIKE Prime grabber.

An active attachment with a locking mechanism designed to carry, deliver and drop a large object without letting it go. It accomplishes the FIRST LEGO League 2021-2022 Large Delivery mission