3D



Main block


I designed and printed a basic block for the robot sysem. The cube is made of six of the same part, because the block is printed in one piece. it breaks easily.




Versionen

In the course of the FabAcademy I experimented with it to get a well working connector system.



Main

In the end I decided to use this system for the main blocks You have six 3D printed parts which are glued with acetone. Into the parts you glue 12 small fero magnetic parts before. Where the magnets will hold on to later.


Adapter

Since not all of my tires hold perfectly on the engines I have developed adapters so that they hold better.


Battery

To mount a 9V battery I designed an adapter which holds with 4 magnets simply on the form.


Gripper

To be able to grip something with a robot I have designed a 3 finger gripper which can be controlled by a servo. All parts can be connected to a normal main block with magnets.


Holder

If the lever is too high it can happen that the main blocks get loose from each other. To prevent this I have designed small holders with which you can connect 2 blocks more stable together.


HBridge

In order to control DC motors it is possible to use h-bridges to attach them to the robot, I have designed an adapter.


Matrize

Since there are already a lot of electronics on the market and you don't have to reinvent the wheel all the time new, I simply created adapters for LED matrices that we still have in the lab.


Motor

Here I have simply created holders which can easily be attached to the side of a block with magnets. For a higher stability i have to reconsider this at a later time.


Oled

Similar to the LED matrix, I simply deseingt an adapter for the Oles.


Roll

If you just want to build a robot quickly, it is best to build one with 2 speakers so that it does not tip over, I have a movable ball deseigt.


Triangle

If you just want to build a robot quickly, it is best to build one with 2 speakers so that it does not tip over, I have a movable ball deseigt.

Downlowds