Its actually very strategic placement of the rotator. It tries, but there's not for the rotator to rotate the assembly when the first block hits it. Failing the attempt to rotate on the first block, the conveyor pushes the assembly instead. Now the assembly is sitting centered on the rotator, and this time there is enough clearance, and so the rotator rotates the assembly.
After the first set of "stampers" why does the rotater block wait until your center piece passes before rotating? When I did it, it rotated as soon as first block touched it, thus moving the center of my + off track
Its actually very strategic placement of the rotator. It tries, but there's not for the rotator to rotate the assembly when the first block hits it. Failing the attempt to rotate on the first block, the conveyor pushes the assembly instead. Now the assembly is sitting centered on the rotator, and this time there is enough clearance, and so the rotator rotates the assembly.
After the first set of "stampers" why does the rotater block wait until your center piece passes before rotating? When I did it, it rotated as soon as first block touched it, thus moving the center of my + off track