A shock strut servicing assistance system, comprising: a controller in electronic communication with a display; and a tangible, non-transitory memory configured to communicate with the controller, the tangible, non-transitory memory having instructions stored thereon that, in response to execution by the controller, cause the controller to perform operations comprising: calculating, by the controller, a dead volume V dead of a shock strut according to the following equations: V oil @ T ^ gas = V oil, nom 1 + α × dT × sign T ^ gas − T nom T ^ gas − T nom dT V dead = V tot − in − air − A × S max − V oil @ T ^ gas; where: A: Piston Area T nom: Desired gas temperature V oil,nom: Desired oil volume V tot-in-air: Shock strut internal volume in the fully extended position S max: Shock strut maximum stroke V Oil @ T̂ gas: Desired oil volume adjusted to the measured temperature dT: Integration step α: Oil thermal expansion coefficient T̂ gas: Gas temperature; and determining, by the controller a first decision, the first decision being a Boolean value based upon whether the dead volume of the shock strut is negative; wherein the operations further comprise displaying, by the controller, a first prompt on the display, wherein the first prompt is displayed in response to the first decision being false; and wherein the operations further comprise activating, by the controller, a first shock strut servicing assistance system of the system in response to the first prompt being false. a controller in electronic communication with a display; and a tangible, non-transitory memory configured to communicate with the controller, the tangible, non-transitory memory having instructions stored thereon that, in response to execution by the controller, cause the controller to perform operations comprising: calculating, by the controller, a dead volume V dead of a shock strut according to the following equations: V oil @ T ^ gas = V oil, nom 1 + α × dT × sign T ^ gas − T nom T ^ gas − T nom dT V dead = V tot − in − air − A × S max − V oil @ T ^ gas; where: A: Piston Area T nom: Desired gas temperature V oil,nom: Desired oil volume V tot-in-air: Shock strut internal volume in the fully extended position S max: Shock strut maximum stroke V Oil @ T̂ gas: Desired oil volume adjusted to the measured temperature dT: Integration step α: Oil thermal expansion coefficient T̂ gas: Gas temperature; and determining, by the controller a first decision, the first decision being a Boolean value based upon whether the dead volume of the shock strut is negative; wherein the operations further comprise displaying, by the controller, a first prompt on the display, wherein the first prompt is displayed in response to the first decision being false; and wherein the operations further comprise activating, by the controller, a first shock strut servicing assistance system of the system in response to the first prompt being false. calculating, by the controller, a dead volume V dead of a shock strut according to the following equations: V oil @ T ^ gas = V oil, nom 1 + α × dT × sign T ^ gas − T nom T ^ gas − T nom dT V dead = V tot − in − air − A × S max − V oil @ T ^ gas; where: A: Piston Area T nom: Desired gas temperature V oil,nom: Desired oil volume V tot-in-air: Shock strut internal volume in the fully extended position S max: Shock strut maximum stroke V Oil @ T̂ gas: Desired oil volume adjusted to the measured temperature dT: Integration step α: Oil thermal expansion coefficient T̂ gas: Gas temperature; and A: Piston Area T nom: Desired gas temperature V oil,nom: Desired oil volume V tot-in-air: Shock strut internal volume in the fully extended position S max: Shock strut maximum stroke V Oil @ T̂ gas: Desired oil volume adjusted to the measured temperature dT: Integration step α: Oil thermal expansion coefficient T̂ gas: Gas temperature; and determining, by the controller a first decision, the first decision being a Boolean value based upon whether the dead volume of the shock strut is negative; wherein the operations further comprise displaying, by the controller, a first prompt on the display, wherein the first prompt is displayed in response to the first decision being false; and wherein the operations further comprise activating, by the controller, a first shock strut servicing assistance system of the system in response to the first prompt being false.