NASA Publishes New Space Manufacturing Status Report
The 2026 report documents existing orbital assembly hardware to establish a baseline for future mission infrastructure.
Updated on Oct. 29, 2026 in Space
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NASA Langley Research Center has published the 2026 In-Space Servicing, Assembly, and Manufacturing (ISAM) State of Play report. This 368-page document provides a comprehensive survey of existing hardware prototypes and in-flight demonstrations across 11 key space-based functional categories.
Why it matters
The report establishes a baseline for the development of space infrastructure required for future missions that exceed current launch vehicle fairing capacities. It serves as a necessary reference point for the industry as it moves toward persistent, mobile, and resilient orbital assets.
The report catalogues capabilities across 11 functional areas, requiring evidence of existing ground prototypes or in-flight hardware for inclusion. It documents the current state of technology in space assembly and servicing relative to the inaugural 2021 edition.
The players
NASA Langley Research Center
A primary NASA field center focused on aeronautics research, systems analysis, and the development of space-based manufacturing standards.
The details
The report functions as a crowdsourced ledger created by NASA Langley Research Center in collaboration with various industry partners. To be included, technologies must exist as physical hardware rather than conceptual designs, ensuring the data reflects demonstrated capabilities. This process allows engineers to evaluate how assembly and manufacturing techniques can facilitate larger, more complex systems in orbit.
Timeline
2021: The ISAM State of Play report series began.
October 29, 2026: The current edition of the report was published.
The Tech Race
This document frames the competitive landscape for orbital infrastructure, directly supporting the push toward larger space telescopes and national security assets. It serves as the primary benchmark against which industry partners measure their progress in space assembly technology.
The findings inform aerospace engineers and government contractors about which technologies have moved from research into verified hardware. These groups can now use the report to align their development roadmaps with the established baseline for space servicing capabilities.
The takeaway
The report clarifies which orbital assembly technologies are currently ready for integration rather than just conceptual. Professionals in the field should review the document to identify gaps in existing hardware benchmarks for future mission planning.
Further reading
For broader developments in orbital infrastructure, see the latest updates on Space.
More information
Access the complete document at the 2026 ISAM State of Play download.
Source note: This article includes information reported by NASA.
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Should the government prioritize funding for commercial space manufacturing and assembly technology?
