Summary

  • NPR-documented accounts from seven current and former NASA Goddard scientists and engineers describe a pattern in which repeated forced relocations since November 2025 concentrate exposure to rare, large mission-side losses alongside small near-term cost savings, fitting the fragile-system pattern in the framework the economist Nassim Nicholas Taleb has named.
  • Propulsion engineers on the Nancy Grace Roman Space Telescope ran pre-launch fuel tests with less sensitive gear after higher-quality tools were lost in earlier moves, and the GRITSS satellite launched in July without completed pre-flight radio testing.
  • The DAVINCI Venus team lost its specialized clean room in November 2025 and remained without replacement space in August 2026, with an engineer stating “We do not have a replacement lab” and the lab space reportedly unoccupied.
  • An NPR analysis of GSA catalog data classified about a third of more than 300 Goddard items posted on the U.S. General Services Administration auction site over six months as restricted-technology items covering missile technology, national security, anti-terrorism and regional stability, including an aspheric test blank originally purchased by NASA for more than $250,000 whose last bid before the May sale closed was $300.
  • A June NASA Office of Inspector General report concluded the moves had not hurt ongoing projects and would “not impact NASA’s anticipated missions,” a conclusion the NPR-collected engineer accounts, published in September 2026, largely contradict.

Seven current and former NASA Goddard scientists and engineers told NPR in a September 2026 report that repeated forced relocations since November 2025 have cost the center specialized workspaces and equipment and risk future space missions. The accounts, which the engineers said they provided out of fear of retribution, document specific mission impacts: propulsion engineers ran pre-launch fuel tests for the Nancy Grace Roman Space Telescope with less sensitive gear after losing higher-quality tools; the GRITSS satellite launched in July without completed radio testing; and the DAVINCI Venus team lost a specialized clean room in November 2025 that an engineer said remained vacant five months later. NASA’s internal documents reviewed by NPR framed the moves as eliminating “waste and redundancies” and avoiding “tens of millions of dollars” in deferred maintenance. Applied to the framework the economist Nassim Nicholas Taleb has characterized — in which antifragile systems gain from volatility and fragile systems lose disproportionately from it — the documented conduct sits on the fragile side of the distinction.

Where the gains and losses sit

According to the NPR reporting, the elements documented as gaining from the relocation-driven volatility are narrow. Federal auction purchasers acquired roughly $5.4 million of originally-costed Goddard materials over six months, including an aspheric test blank — a piece of unpolished material used to test imaging systems for telescopes — originally purchased by NASA for more than $250,000 that closed at a $300 winning bid in May. Capitol Technology University received hundreds of thousands of dollars’ worth of radio communications equipment through a donation that the engineers who had used the gear said they learned of after the fact; the university’s Jeffrey Volosin confirmed he had not asked for the equipment and invited NASA scientists to borrow it, though the equipment now belongs to the university and is being installed in a campus lab primarily for student use.

The elements documented as losing disproportionately include: a $6 million antenna chamber — an engineer said, “We can’t do the work because we don’t have our $6 million antenna chamber anymore”; higher-quality fuel-test tooling that two propulsion engineers said they had to replace with less sensitive gear on the Nancy Grace Roman Space Telescope, which lifted off late last month from the Kennedy Space Center after roughly $4 billion in spending; clean-room space lost by the DAVINCI Venus team in November 2025 and not recovered by August, with an engineer stating “We do not have a replacement lab” and “I did not have anywhere to start laying out the components and figure out what we have, what we need and all of that”; and pre-launch radio-test capability that the GRITSS satellite team was unable to complete before July’s launch, with an engineer stating “We are half-blind in terms of trying to troubleshoot it” and the project “had to eat the risk.”

The stressor pattern and NASA’s stated rationale

Since November 2025, NASA management moved the radio communications lab, propulsion workspaces, a large-spacecraft clean room, and other facilities — in some cases during the government shutdown, in some cases about a month before the Roman launch. Engineers described being told to “pack as if you are never going to build another propulsion system again.” Internal agency documents reviewed by NPR framed the relocations as eliminating “waste and redundancies,” aligning with a previously published master plan, and letting the center avoid “tens of millions of dollars” in deferred maintenance by emptying more than 80 facilities. The White House budget request proposes $5.6 billion less for NASA in 2027, a 23 percent decrease from the agency’s 2026 budget, which the source reporting cites as additional context.

The restricted-technology pipeline

NPR’s analysis of GSA catalog data found that more than 300 Goddard items, originally worth about $5.4 million, were posted on the U.S. General Services Administration auction site over six months, and that about a third of those items — including the aspheric test blank — were classified as items whose sale was supposed to be restricted under categories covering missile technology, national security, anti-terrorism and regional stability. Buyers of restricted items are typically subject to U.S. citizenship requirements and a statement outlining planned use. GSA confirmed all bidders on the restricted items signed online statements certifying they were allowed to buy them. Jack Kiraly, chief of advocacy at the Planetary Society, characterized the volume of restricted items appearing at auction as “deeply unusual,” stating “say it does fall into the hands of another country’s military or civil space program… it’s the fact that they have access to it — that is the big concern.” NASA did not respond to NPR’s questions about whether the agency was aware the items were restricted when they were put up for auction.

NASA officials acknowledged in the OIG report that there was “an increased risk that property may not have been properly accounted for during this process,” though the agency said it did not violate policy. Internal emails, interviews and data reviewed by NPR indicate the accounting fell short in practice — some equipment ended up auctioned, donated or thrown in the trash, and NASA’s rules for disposing of supplies were “not always followed” during the moves. Barbara Thompson, a physicist and founder of NASA’s Center for HelioAnalytics, said she watched dumpsters fill with equipment and thousands of books as scientists were rushed out of their old labs: “These items were purchased with taxpayer dollars… so it felt unethical to me.”

The workforce signal

A July government watchdog report concluded Goddard lost about a third of its employees in 2025, leaving staffing out of balance with workload. An internal NASA survey reviewed by NPR found that almost 60 percent of remaining Goddard engineers plan to leave soon. Barbara Thompson, who worked for NASA for 30 years, said she quit in June after losing trust in NASA’s leadership when her lab was moved. The agency did not respond to NPR’s questions about the impacts of the relocations.

The OIG finding against the engineers’ accounts

A June NASA Office of Inspector General report concluded that moving teams out of Goddard labs had not hurt ongoing projects and would “not impact NASA’s anticipated missions.” The accounts from scientists reviewed by NPR largely contradict that finding. The OIG report was published before the August updates on the DAVINCI clean-room vacancy and the July GRITSS launch without completed pre-flight testing; the engineers’ accounts reviewed by NPR were published in September.

NASA management’s stated rationale, captured in its internal documents, emphasizes the small, frequent side of the cost distribution — the deferred-maintenance savings, the elimination of “waste and redundancies.” The engineers’ documented accounts, by contrast, accumulate rare, large side-of-distribution losses: a one-of-a-kind antenna chamber, a delayed Venus mission, a satellite launched before pre-flight radio tests could be completed, and the 60 percent planned-departure workforce signal that the engineers themselves describe as a leading indicator rather than a routine attrition rate. Kiraly, on the donation pattern, added: “The fact that scientists are not being consulted about what their instruments are going to be used for, what their hardware is going to be used for, is really outside of the norm. That center leadership can just give away materials without that buy-in is beyond the pale.”

The fragility lens

The accounts NPR collected from seven current and former Goddard scientists and engineers fit the fragile pattern on the framework the economist Nassim Nicholas Taleb has named. Each relocation was defended on cost grounds; each equipment disposal cleared a procurement rule; each launch met whatever flight-readiness gate the project accepted; each workforce departure was an individual personnel decision — yet the cumulative exposure is concentrated rather than distributed. Taleb has further characterized fragile systems by the shape of the cost distribution they accept: small near-term savings exchanged for open-ended exposure to rare failure events whose dollar magnitudes dwarf the savings, with laboratory replacement costs running into the billions.

Diane Vaughan, writing about the Challenger disaster, named the dynamic “normalization of deviance”: when a violation produces no immediate adverse consequence, it becomes the new baseline. The successful Roman launch — described in the article as “capping 15 years of preparation and roughly $4 billion in spending” — provides exactly the kind of benign outcome that pulls perceived risk toward zero without changing the underlying exposure.

The barbell heuristic — keep most exposure in the safest pole while allocating a small position to high-risk upside — is harder to apply inside a single NASA center because the agency is not allocating capital between a safe and a risky pole; it is being told to do more with less across the board. The closest analogue is to keep the mission-critical core — propulsion test stands, radio chambers, clean rooms — at full operational density while letting peripheral administrative space contract. The current pattern inverts that arrangement: peripheral real-estate decisions have proceeded while core technical capability has been disturbed, with an engineer who worked on Roman describing the operating instruction bluntly: “When we were packing up our labs, we were pretty much point-blank told to ‘pack as if you are never going to build another propulsion system again.’”

Where the barbell lens struggles to allocate a safe-and-risky split inside a single NASA center, the Lindy heuristic makes the same observation by another route. Older specialized equipment, one-of-a-kind chambers, and the institutional knowledge held by 30-year veterans have Lindy value: they have survived because they are useful. The forced-relocation program has compressed that Lindy value into dumpsters, auction listings, and university donations faster than the replacement pipeline can rebuild it.

The leading question

The dominant question is not whether the budget arithmetic works in fiscal 2027; it is whether the rare large failure the system has been accumulating exposure to is one the system has the resilience to absorb. The accounts NPR gathered — Roman already compromised by lost propulsion-test gear, the restricted-technology pipeline Kiraly flagged, the 60 percent of Goddard engineers already saying they plan to leave — suggest the answer, on the documented conduct, is moving in the wrong direction.

Analytical techniques used in this piece

This analysis applies the methods below. Each links to a short, plain-English explainer you can read and reuse.

Fragility / Antifragility Audit
Asks whether a system gains or loses from volatility, shocks, and disorder (Taleb).
Winner’s Curse
In a contested auction, winning often means having overpaid.