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.
This attachment accomplishes three missions from the FIRST LEGO League MASTERPIECE. It is for the Chain Monster Robot. It accomplishes Mission 10 - Sound Mixer. It also partially accomplishes Mission 14 - Audience Delivery.
These are 3D Building Instructions for M10 Send over the Submersible mission model for the FIRST LEGO League 2024-2025 SUBMERGED competition. You can also check out the alternative mission model for Send over the Submersible for additional building possibilities.
In Slovak, "koleso" means "wheel."
This robot is designed to move like a monowheel. It achieves this by shifting its center of mass on a large technic gear ring using two medium motors with small gearwheels. Although the robot can't turn, it looks impressive!
This is a Kriket box robot attachment used for pushing a lever and precisely dropping energy units. It is used for FIRST LEGO League 2022-2023 SUPER POWERED mission call M03 Energy storage and M11 Hydroelectric Dam. This is a multi-purpose attachment that can do more than one thing at a time.
These are 3D Building Instructions for the Audience Delivery mission model for the FIRST LEGO League 2023-2024 MASTERPIECE competition.
This attachment was intended for and tested on the Gazon, LEGO Education SPIKE Prime competition robot. It is meant to help the robot complete the 9th mission of the FLL Cargo Connect competition.
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.
This is an Inertia triggered attachment build with a LEGO MINDSTORMS Robot Inventor 51515 set. With this attachment we can collect different parts and bring them back to base at FIRST LEGO League competitions. The principle is useful as no additional motors are required for activating this attachment. In the same time it is active which means that it moves and can change it's position in space separately from the robot.. which is useful
These are instructions on how to build the:
You can find more building instructions and tips and tricks about the competition on this page.
These are instructions on how to build the:
You can find more building instructions and tips and tricks about the competition on this page.
These are instructions on how to build the:
You can find more building instructions and tips and tricks about the competition on this page.
Zatter is the big brother of Zat and Zatty. Zatter is here to take the load. It has a large container on its back, suitable for placing different toys inside and playing with them. Built from LEGO SPIKE Core set 45678 + LEGO SPIKE Expansion Set 45680 it was designed by my wife and just slightly improved by me and my colleagues. We spend a good hour or two with the kids placing different plush toys and playing with it.
Play time for a week: About an hour
This robot is designed to easily lift a cup while still holding it upright. With its motor attached to the side of the hub, the robot can lift the cup to any angle you want. You could replace the LEGO cup and make it lift real cups with a few adjustments. Be careful around liquids though, the robot doesn't like beverages like you do!
This is a module that looks like a fish's head. It uses a touch sensor for a mouth and is otherwise purely cosmetic. The module is used in Piscis - a LEGO Mindstorms EV3 Fish robot.
This field has a square canvas size of 1000mm.
The round sumo circe is with an outside diameter of 770mm.
There is a cross to incate the center of the ring for easier measuring to it.
The filed should be printed on a 1000mm X 1000mm canvas with 100% scale and 0 margins.
Building instructions for the transportation stands mission models. The models are used in the Precise driving mission of FLLCasts Off-season Challenge 2019.
This robot is robot based on Roberto Chassis. It is equiped with a pushing rack. You can add something to the rack so it can do some other jobs.
The program for this robot is at programs/ajk7i1-roberto-with-rack-for-pushing-to-the-left-and-right-side-vex-iq-robot.
In this 3D scheme, you can see how the motor driver is connected to the Raspberry Pi and to the motor. Follow the steps in the instructions one by one and you will have successfully connected the motor to the Raspberry PI
