Micromobility device with integrated light assembly

A bike, comprising:

• a frame including a head tube and a top tube;
• a first wheel and a second wheel rotatably coupled with the frame;
• a drive mechanism coupled with the frame and configured to rotate at least one of the first wheel and the second wheel;
• a control device coupled with the frame and configured to receive and to transmit control signals;
• a front light assembly integrally coupled with the head tube, the front light assembly including a first printed circuit board assembly (PCBA), a first light element, a second light element, and a third light element, the PCBA communicably coupled with the control device, the PCBA configured to receive a signal from the control device to:
• cause the first light element to emit light at a first state of a plurality of different states;
• cause the second light element to emit light at a second state of a plurality of different states;
• and
• control the third light element to emit light at a third state of a plurality of different states, wherein each of the first state, the second state, and the third state are different;
• and
• a rear light assembly integrally coupled with the top tube, the rear light assembly including a plurality of light elements communicably coupled with the control device, the control device configured to:
• cause at least one of the plurality of light elements to emit light at a fourth state of the plurality of different states.

A method, comprising:

• rotatably coupling a first wheel of a bike and a second wheel of the bike with a frame of the bike, the frame including a control device, a head tube, and a top tube;
• coupling a drive mechanism with the frame to rotate at least one of the first wheel and the second wheel;
• coupling a battery with the frame, the battery operatively coupled with the drive mechanism and configured to cause the drive mechanism to rotate the at least one of the first wheel and the second wheel;
• integrally coupling a front light assembly including a first control PCBA with the head tube;
• integrally coupling a rear light assembly including a second PCBA with the top tube;
• transmitting, by the control device, a first signal to the first control PCBA to cause the front light assembly to emit light at a first state of a first plurality of states in which the front light assembly emits light;
• transmitting, by the control device, a second signal to the second control PCBA to cause the rear light assembly to emit light at a second state of a second plurality of states in which the rear light assembly emits light;
• and
• controlling, by the control device, an operation of the drive mechanism.