Shock service advisory algorithm

A control system for a suspension system of a vehicle, the control system comprising:

• a set of suspension dampers operably coupled to a set of wheel assemblies of the vehicle;
• a first sensor suite for measuring first data comprising driver input data and vehicle system data;
• a second sensor suite for measuring second data comprising suspension assembly data;
• a controller storing the first data received from the first sensor suite and the second data received from the second sensor suite,
• wherein the set of suspension dampers comprises a reference suspension damper operably coupled to a corresponding one of the set of wheel assemblies and remaining suspension dampers operably coupled to remaining corresponding ones of the set of wheel assemblies;
• wherein the controller is configured to:
• receive the first data;
• determine whether the vehicle is in a steady state condition based on the first data;
• responsive to the vehicle being determined to be in the steady state condition, determine damping oscillation magnitude data for the set of suspension dampers based on the second data,
• perform a comparison between the damping oscillation magnitude data for the reference suspension damper and the damping oscillation data for the remaining suspension dampers during the steady state condition,
• determine an operation state of the reference suspension damper based on the comparison,
• cycle the reference suspension damper to the one of the remaining suspension dampers;
• repeat performing the comparison, determining the operation state of the reference suspension damper, and cycling of the reference suspension damper until the operation state of each one of the set of suspension dampers has been determined during the steady state condition.