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Maxar has delivered the OSAM-1 spacecraft to NASA’s Goddard Space Flight Center. The On-orbit Servicing, Assembly and Manufacturing 1 (OSAM-1) mission will be the first to robotically refuel a satellite not designed for fueling or servicing. Maxar will also provide robotic arms that support on-orbit activities, including in-space assembly and manufacturing.

Maxar delivered two major elements in September to Goddard, which is the integration site for OSAM-1:

• The spacecraft bus – Built in Palo Alto, California, this is the most maneuverable satellite that Maxar has ever produced. A suite of thrusters gives OSAM-1 unique maneuver capability that offers six degrees of freedom, including the ability to execute “back away” maneuvers. The OSAM-1 spacecraft is based on the reliable Maxar 1300™ series platform. This is also the baseline for NASA’s Psyche mission launching in October and the Intelsat 40e satellite that hosts a NASA payload, TEMPO. There are more than 90 Maxar 1300 series spacecraft in orbit today.
• SPIDER Pallet – Maxar is also building the Space Infrastructure Dexterous Robot, or SPIDER. The SPIDER pallet is the stowing location on the spacecraft for the robotic arm and the modular antenna components it will assemble in space. This deck also houses a robotic processor, cameras and a camera controller for the assembly mission.