Building Instructions -

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This is a gun which is build from EV3 Lego Mindstorms set. It can load small EV3 Beams and shoot them.

This is the simplest possible line following robot. It has just one sensor in the front between the two driving wheels and uses beams as pivots instead of a third wheel. Try it out. Follow the building instructions and start following lines in a number of minutes.

This is an example of a robot for Sumo Robotics competitions. Specifically for RoboteX challenge. As most of the Sumo competitions have specific requirements for the robot size this one follows the 15cm x 15cm requirements.

Sumo competitions could be quite fun and interesting as the goal is to push the other robot outside of the ring. 

The first thing every student wants to build is a LEGO Mindstorms EV3 robot with treads. Well, we have one. Take a look. It's really funny.

Can you make it move? Send us a video or picture in the comment section below.   

We've built a box robot chassis that could easily be extended with attachments for FIRST Technical Challenge competition.

If you ever felt that FIRST Technical Challenge is difficult and you don't know where to start from, building this Tetrix robot is the first thing that you could do. You would have 4 motors, plenty of space for attachments and good access to the phone.

The robot is built from a Tetrix Set without additional parts. It's a winning robot in just 109 steps 

Don't we all love animals? But it is sometimes difficult to have a puppy at home. Presenting to you - the Puppy robot (drums in the back). It has some of the benefits of a Puppy - it is small, it can follow you with the Ultrasonic Sensor and it can bark (if you program it to). Follow the building instructions. Use it at home or at class.

These are the official robot rules for the FIRST LEGO League Hydrodynamics 2017-2018 robot missions. 

This are building instructions for a second mechanism for collecting cubes. This mechanism is designed for VEX Robot Base 1 and can be used for solving VEX IQ Challenge Highrise 2014-2015.

This robot was built by your request. It includes NXT large wheels. The Large LEGOO Mindstorms wheels will give you a faster robot, but be careful, because it will not be that accurate. 

Attachment for lifting object, especially hex balls if you have them from the Crossover competition.

This is a very funny robotics hand with 3 fingers that you could put on your hand to "Rule the World". It's funny to control it with the touch sensors.

The very first robot that we usually build in a class. 

This is the second version of the EV3 Easy Bot. The robot is used in classes with students as one of the first robots to be built. Easy to follow and to arrive at a construction even for first-time students.

This modification of the box robot contains large wheels. It was specially requested by you and we have it.

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.

Build from LEGO EV3 Core and Expansion set this robot looks like a scorpion. The Scorpion strikes, when it sees a pray with the ultrasonic sensor and you can use the touch sensor and the rotation sensor to control the spike movement. It has a scissor mechanism at the back using a system of gears and levers. 

This is a Camel-like robot. We demonstrate an interesting use of gears to make the Camel walk. Fun and entertaining way to learn how to transform motion.

This is a real competition robot with three light sensors and a gyro.

These are buliding instructions for the FTC robot and collecting attachments with it. We are doing small modifications of the push bot.

VEX IQ Steering Rover Car with remote control.