Hauling Cargo & Crew Is Andrew’s Goal

Andrews Space has released details of the company’s Andrews Cargo Module. This is a cargo logistics system capable of addressing NASA‘s International Space Station (ISS) cargo logistics requirements, as well as the needs of emerging customers such as Bigelow Aerospace and the Department of Defense. The Andrews Cargo Module is a reusable spacecraft capable of delivering 3.7 metric tons of cargo to and from the ISS. It is comprised of a common Service Module, a Pressurized (PCM) or Unpressurized Cargo Module (UCM), and a Recovery Module. This modular approach allows the system to cost-effectively address a wide range of mission requirements and customers.

The Cargo Module incorporates design features and system elements from previous efforts into a low-risk cargo module design. Andrews previously worked on crew and cargo logistics systems under contract to NASA as part of the Alternate Access to Station (AAS) and Concept Exploration and Refinement efforts. In 2005, Andrews developed a full-scale mockup of its design for the Crew Exploration Vehicle (CEV) to verify internal packaging for crew and cargo transport. This mockup was transferred to NASA Johnson Space Center and has been used by NASA to conduct Orion design studies.

The Cargo Module will be launched by Andrews’ Hercules family of launch vehicles. In November, Andrews submitted a proposal to NASA as part of the COTS recompete. Partners in the COTS proposal include MacDonald Dettwiler and Associates (MDA), Alliant Techsystems (ATK), Reynolds Smith and Hills (RS&H), Draper Laboratory, Odyssey Space Research, Aerojet, Irvin Aerospace, and ILC Dover. During the past year, a team of engineers has been engaged in developing the system design and maturing subsystems. In October, Andrews acquired an avionics and guidance, navigation and control (GN&C) company that will provide the fault-tolerant avionics and power subsystems. Andrews has several other funded research and development efforts that are demonstrating critical cargo module subsystems and technologies.