This is the time machine's ignition mechanism! In order to prevent accidents, however, a complicated security procedure has been incorporated into the device.
To start the time machine, assemble the blocks into a square with the red orb at its very center (and in the same exact position as it is below).
UK Version
This is the time machine's ignition mechanism! In order to prevent accidents, a complicated security procedure has been incorporated.
To start the time machine, assemble the blocks into a square. Make sure that the red orb is at the centre, in its original position.
Think about how the pieces will fit together to make a square before you start moving them around. You won't get very far if you don't plan ahead.
UK Version
Think about how the blocks will fit together to make a square before you start moving them around. You won't get very far if you don't plan ahead.
US Version
Use the Memo function to figure out the correct placement for each block. There are four small L-shaped blocks. Three of them form corners of the square.
UK Version
Use the Memo Function to work out the correct position for each block. There are four small L-shaped blocks. Three of them form corners of the square.
US Version
The T-shaped block goes on the right side of the square, slotted into two small L-shaped blocks. The Z-shaped block goes near the center with the red orb right underneath it.
UK Version
The T-shaped block goes on the right side of the square, slotted into two small L-shaped blocks.
The S-shaped block goes in the middle, sitting on the red orb.
US Version
The small L-shaped block in the bottom left goes one square above its starting position. The large L-shaped block goes directly below it, forming the bottom-left corner of the square.
UK Version
The small L-shaped block in the bottom-left goes one square above its starting position. The large L-shaped block goes directly below it, forming the bottom-left corner of the square.