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Mars is the next frontier after Moon for space explorers to demonstrate theextent of human expedition and technology beyond low-earth orbit. Governmentspace agencies as well as private space sectors are extensively endeavouringfor a better space enterprise. Focusing on the inspiration to reach Mars byrobotic satellite, we have interpreted some of the significant missionparameters like proportionality of mission attempts, efficiency and reliabilityof Mars probes, Impact and Impact Factor of mass on mission duration, Time lagbetween consecutive mission attempts, interpretation of probe life andtransitional region employing various mathematical analysis. And we havediscussed the importance of these parameters for a prospective missionaccomplishment. Our novelty in this paper is we have found a deep relationdescribing that the probe mass adversely affects the mission duration. Applyingthis relation, we also interpreted the duration of probe life expectancy forupcoming missions.

Assessment of Efficiency, Impact Factor, Impact of Probe Mass, Probe Life Expectancy, and Reliability of Mars Missions