The Satellite Operator’s End-of-Life Problem

Challenges and interferences to space operators are increasing from both regulatory restrictions and physical obstacles in orbit. As space technologies advance, more nations and commercial entities gain access to space, compounding these hurdles and increasing the unforeseen risks to unmitigated and successful operations. Among commercial operators, navigating these risks and performing unplanned maneuvers consumes valuable resources and can threaten the longevity and profitability of that business line within the larger organization. In regards to scientific endeavors, irreplaceable data can be missed, while in the context of national defense, hindered operations in orbit can be a matter of life or death.

Regulatory restrictions and unplanned maneuvers significantly shorten the operational lifespan of satellites and the services they provide. Satellites are typically capable of remaining in orbit for an average of five to seven years, delivering essential services to support today’s modern lifestyle. However, federally mandated limitations and the need for fuel reserves for deorbit demands reduce this capability to three to five years. This lost operational time results in diminished returns on investments, gaps in services, and increased costs for replacement satellite launches, driving the need for operators to develop strategies to compensate for these preventable limitations.   

Space is a difficult environment to operate in. Although we cannot guarantee risk-free missions, we can provide a solution for effective satellite end-of-life planning to maximize your value per launch. With KMI as your relocation and removal service, we will ensure your satellite is maneuvered carefully, efficiently, and in line with your mission plan without the risk of additional costs associated with orbital debris mitigation plan violations.