WHEEL MOVEMENT TRIGGER FOR BATTERY WAKE-UP SYSTEMS AND METHODS

A computer-implemented method includes receiving one or more dynamo signals generated by a dynamo associated with a physical component of a micromobility transit vehicle. The one or more dynamo signals are generated in response to a movement of the physical component of the micromobility transit vehicle beyond a threshold movement. The method includes analyzing the one or more dynamo signals to derive maintenance-related information associated with the micromobility transit vehicle. The method includes determining, based at least on the maintenance-related information derived from the one or more dynamo signals, a predictive maintenance schedule for the micromobility transit vehicle. The method includes transmitting the predictive maintenance schedule to a fleet management system to facilitate servicing or maintenance of the micromobility transit vehicle.