The kit should have all of the components shown. The Blue Board is the Arduino - brains of the robot.
The Red Board is the Motor Control board.
Four motors - (which may already been attached to a platform).
You should have a USB cable, battery box, 3 posts, a number of screws and nuts and at least 16 sticky pads. Please check that all parts are present before starting to assemble the robot. There will be additional screws please save them for later projects. Remove all the packaging.
The chassis parts have a backing sheet to prevent damage during shipping. The robot will look better if this is all peeled off before assembly - although this is optional.
If your platform already has motors attached - please skip to Routing the Cables.
First you will need to connect the motors to the bracket. You will need the two long bolts, two nuts, a motor and a bracket for each. Ensuring the two holes in the bracket are facing the top - screw the bracket into the motor. Make 2 pairs of these- one left handed and one right handed.
For each of these, take two short screws and attach them to the platform.
On the platform, look for the 4 sets of 2 holes close together. These are the motor mounts.
Take a motor, and line up its metal bracket so the two holes are lined up with a set of two holes on the platform, the motor should be mounted so the cables face backwards. Screw the motor in using 2 screws.
Repeat this for all four motors.
In this step we will be routing the motor cables through the chassis.
Collect up the cables from one side and bunch them together.
You should find that there are 2 black cables and 2 red cables on each side.
Then Push them through these holes in the picture.
Completing Step 1
Lift this tiny green jumper and move it across one pin. This step “disarms” the robot so when you program it, it doesn’t immediately run off the table. When the robot is built - you can use this as an off switch (or connect a switch to these two pins)
Turn the motor board upside down, and stick 5 of the sticky pads to the bottom of it.
Remove the backing and stick down where shown
The blue parts with screws are called terminals. We will be connecting the motors to these. First loosen all the screws in the terminals - only a little - don’t completely unscrew them.
Now collect up the red cables on the left hand side. Twist the metal ends together. Push the red cables into the “motor B” inside terminal.
Screw down the terminal. Repeat - bunch, twist, insert and screw down for the black cables on the left side.
Repeat with the motor A terminal for the right hand cables.
Remember to have the black cables on the outside.
Stick on pads, and peel off the backing.
Stick the battery box onto the chassis It should be at the front, in the middle of the chassis as shown. Ensure that the cables are on the robots right hand.
Thread the black and red wires from the battery box under the right hand motor cables. Screw in the cables
The red cable from the batteries should be screwed into the terminal marked “VMS”
The black cable should be screwed into the terminal “GND” Tidy up the motor cables
Push a sticky pad down on the right hand of control board.
Remove the backing
Stick the cables onto it.
You’ll need the posts and screws.
Push a screw from beneath into the middle hole behind the motor control board.
Screw a post into the top of this by hand.
Push the first front screw in from under the circled hole. Screw a post into this by hand.
Push in a screw underneath at the indicated hole. Screw in a post.
First Peel off a ribbon of 8 cables. The colours are random here.
Inspect the board. There are 3 logical groups of pins here.
It helps to Use some sticky-tac or a label to group them together.
Corresponding to the pin groups - group together the female connector ends as shown in the image - groups of 3, 3 and 2 respectively. You cable colours will be different.
Group the cable the same way on the male end. Ensure that the groups match at both ends.
Peel off two of the cables, and attach them where the green jumper was, you will now be able to pop this through the upper deck, and place the green jumper on them to turn the robot on or off.
The Two decks should now look like this.
Push both of the ribbon cables through the port (big hole) in the top deck.
Place the top deck over the posts
Time to build your own robot! Using a Raspberry Pi with parts and some time, you can use my book to learn how to make and program a robot with automatic behaviours.