Building Instructions -

• Ubuntu

In Ukrainian, "Mandrivnyk" means "wanderer" or "voyager."

This robot is shaped like a rocket. It moves with two medium motors in the back. Safe travels!

In Greek, "Doryforos" means "satellite."

Instructions for a LEGO SPIKE Prime robot with a built-in phone holder and 2 medium motors.

In Dutch, "muur" means "wall."

This robot is designed to have a wall in front of it to clear obstacles.

The instructions below provide an example of a wall that students can use in front of their robot if they are having difficulty creating one.

In Maltese, "Ikkomunika" means "to communicate."

This simple robot is powered by two medium motors. Its controller is tilted for easier screen communication. However, the back two wheels seem to have a problem. Can you figure out what it is?

Allunagio in Italian means to arrive or touch the Moon.

This simple robot is designed to be constructed in a short lesson. It has two motors for movement and a controller hub.

The robot's name comes from the Hungarian word megállíthatatlan which means "unstoppable."

This robot is made to go infinitely around the room. The force sensor in front of it, combined with the shield, helps it detect whenever it has collided with something and then turn! Can you make it unstoppable?

In Dutch, "muur" means "wall."

This robot is designed to have a wall in front of it to clear obstacles, which is where its name comes from. Can you make your own wall?

Uydu, from Turkish, means satellite.

Instructions for a LEGO SPIKE Prime robot, that has an inbuilt holder for your phone! The robot also moves with 2 medium motors.

This is a mission model for a drop mission. The mission model is build from LEGO MINDSTORMS Robot Inventor 51515 set. It is large, we know, but again, we wanted to use only parts from the 51515 set.

This reusable attachment could easily be placed on the side of a LEGO MINDSTORMS Robot Inventor robot and accomplish different missions that require the robot to interact with mission models. It uses gear wheels.

This attachment demonstrates the principle of dropping a part inside a container. It uses parts only from the LEGO MINDSTORMS Robot Inventor 51515 set. The goal of the attachment is to release a lever that is holding the wheel.

We use this attachment to demonstrate the principle of an active attachment. This is an attachment activated from the motor. It has one level attached to it. It could be reused. The attachment transfers power from the motor to the end of the lever and we can accomplish missions like the Power Switch mission from the FLLCasts Off-season mission models.

This is a power inventor switch mission model. The goal is to "switch" the power by moving the lever from one side to the other. This is a common mission for FIRST LEGO League competitions.

This is a heavy lifting attachment and it can lift mission models vertically. It is build entirely from LEGO MINDSTORMS Robot Inventor 51515 parts. This is one of the more complex and interesting attachments that we demonstrate in the course and it show how a few gear wheels and levers could be used to change the motion from circular to linear. This is powerful concept that could be very valuable during FIRST LEGO League competitions.

Bowling pins mission model reworked from a LEGO Mindstorms EV3 version available at Bowling pins mission models. FLLCasts Off-season Challenge 2019 to a LEGO Education SPIKE Prime version available in this material. You can follow the same construction to assemble as many pins as you need. In 3D building instructions for you to construct them.

This is an attachment for the top of the robot and the attachment is used for lifting different parts. It is reusable as we could change the lever and use the attachment for a number of different missions.

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.

Third version of a reusable gear attachment. In this scenario a single motor could power two different axles in two different directions. If you use it to accomplish a mission do not forget to send us a video. We would love to see it.

Forth version of a reusable gear attachment. Again, it powers two axles and this time there is a lever connected to one of the axles.

Second version of a reusable gear attachment. This time the black gear wheel is at the top. It is useful when you are constrained by space.