Well, this is embarrassing: The Lunar Gateway's primary modules are corroded
NASA's Lunar Gateway project, a space station around the Moon, faces corrosion issues with its primary modules, amid a decade of delays and reprioritization.

For a decade, NASA has been promoting the concept of building a space station around the Moon known as the Lunar Gateway. The agency touted the facility as a crucial platform for exploring the lunar environment and testing the technology needed for deep-space habitation. The project's timeline, however, has been marred by delays.
Initially, the first component of the space station was scheduled to launch in 2022. Later, it was decided that this module, which would provide power and propulsion, would launch in tandem with a habitable volume known as the Habitation and Logistics Outpost (HALO) in 2024. This core was expected to be joined by another pressurized habitation module, contributed by international partners as part of the I-HAB initiative, in 2026.
Those dates have long since passed. In March, NASA Administrator Jared Isaacman announced that the Gateway project was being "paused" so the space agency could focus on the lunar surface. The pause comes as the primary modules of the Gateway have been found to be corroded, a development that is sure to raise concerns about the project's future.
The corrosion issues with the primary modules are a significant setback for the Lunar Gateway project, which has been years in the making. Despite the challenges, NASA remains committed to the project, but the agency's priorities have clearly shifted. With the lunar surface now taking center stage, the future of the Gateway and its intended role in deep-space exploration hangs in the balance.
The delays and technical issues plaguing the Lunar Gateway project serve as a reminder of the complexities and challenges involved in space exploration. As NASA continues to push the boundaries of what is possible, it must also contend with the harsh realities of building and maintaining complex systems in the unforgiving environment of space.
Source: Ars Technica