1 April 2026. 18:35 local time.
NASA launches four astronauts towards the Moon.
Reid Wiseman, Victor Glover, Christina Koch and Jeremy Hansen lift off aboard Orion. On 6 April they complete the lunar flyby, breaking the record for distance from Earth set by Apollo 13 in 1970: 252,756 miles, the farthest any human being has ever travelled. Today they return to Earth.
It is the first crewed mission beyond low Earth orbit in more than fifty years. And it is also, though no one says so explicitly, one of the most complex cases of institutional reputation management one could ever study.
Not because everything went perfectly, but precisely because not everything was perfect, and NASA knew it, said so, and decided to fly anyway.
At Bliss we have analysed NASA’s communication around the Artemis 2 mission. In this article we look at the complex task of managing the reputation of a public asset under pressure, and at what it can teach us about the psychology of trust
Governance under pressure: the heat shield case
Artemis 2 went to launch with an open issue.
During the Artemis 1 mission in 2022, the Orion capsule’s heat shield had sustained more extensive damage than expected on re-entry.
The shield was made of Avcoat, the same material used on the Apollo capsules, but with a radically different architecture: no longer 360,000 individually filled cells, but almost 200 large tiles. A choice that had introduced a new unknown.
During certification for Artemis 2, that unknown resurfaced. The experts were divided. Some withdrew their objections after further analysis; others continued to oppose the flight without a redesign. NASA carried out additional tests, meeting engineers and external consultants.
In January 2026, the new Administrator Jared Isaacman decided to proceed with the existing heat shield, stating publicly that “human spaceflight will always involve uncertainty”, but that NASA was committed to using science, technology and engineering to mitigate the risks.
His was not a statement of process. Isaacman did not say: there is no problem. He said: we have analysed the problem with all the rigour that could be applied, and our assessment is that proceeding is the right choice.
In risk governance terms, this is the right model. The scientific literature on risk communication in high-stakes contexts (from space to medicine to industrial safety) converges on one point: public trust does not depend on the absence of risk, but on the perception that those managing the risk are doing so with competence and honesty.
The Presidential Commission on the Challenger disaster concluded in 1986 that failures in internal communication (“incomplete and misleading information” that had allowed known problems to bypass those responsible for safety) had been a contributing cause of the accident.
Forty years later, NASA chose to do the opposite: to make the decision-making process visible, even when that process included unresolved disagreements.
The neuropsychology of trust: why declared uncertainty reassures
There is a precise neurological mechanism behind this dynamic. The human brain does not process risk in a linear way. It processes it through two parallel systems that neuroscientists call System 1 and System 2.
The first is automatic and emotional, the second slow and rational.
When we receive information about a risk, System 1 is activated first. It assesses not the statistical probability of the danger, but the most primitive emotional signals. We ask ourselves: does this person seem competent? Do they seem honest? Do they seem to be hiding something?
This is why transparency works as an instrument for governing trust, even in the absence of certainty.
When NASA publishes every update in real time (including the embarrassing ones, such as the strange smell detected on board on 3 April or the capsule’s interior temperature being colder than expected), it triggers in the public the neurological response associated with trust: “this source is hiding nothing from me.”
Research on risk communication in institutional settings shows that credibility depends largely on the perception that risk managers are able to “understand and control risks in order to fulfil their protective duties”.
Silence, in this context, produces the opposite effect.
It does not reassure. It triggers the vigilance mechanisms of System 1, which, in the absence of information, tends to fill the void with scenarios worse than the real ones. It is the same reason a doctor who honestly explains the treatment options (uncertainties included) is perceived as more reliable than one who promises a guaranteed cure.
Deciding under uncertainty: the psychology of decision-makers
There is a second level of analysis that concerns not the public, but those who had to make the decisions.
Isaacman’s decision on the heat shield is an example of what the literature calls “risk-informed decision making” in conditions of incomplete evidence.
The problem was not a lack of data. It was that the existing data were not enough to produce certainty, yet the mission could not wait for certainty to arrive.
NASA’s risk assessment system – the Likelihood vs Consequence model – explicitly includes a metric for measuring “uncertainty in the risk score”. The aim is to quantify and communicate uncertainty, so that decisions can be made on an informed basis.
This is where the fragility or solidity of governance is determined. Fragile governance seeks certainty before acting, and freezes when certainty fails to arrive. Solid governance builds a system capable of taking calibrated decisions even amid residual uncertainty; documenting the process, distributing responsibility and creating mechanisms for continuous review.
In the case of the heat shield, Isaacman did exactly this: he convened internal and external experts, listened to the dissenting views, weighed the additional data, took a decision and communicated both the decision and the reasoning behind it. He did not seek unanimous consensus. After all, there would never have been any. He sought a decision-making basis solid enough to proceed responsibly.
Rick Henfling, the entry flight director, put it with disarming clarity: “once the heat starts building on the heat shield, there is no turning back.” Which, paraphrased, means: we know exactly what we are doing, we know where the points of no return are, and we have decided it is worth proceeding.
Pressure as a reputational asset
The paradox of Artemis 2 is this: every element that could have damaged NASA’s reputation became part of its narrative instead.
The delays, the concerns over the heat shield, the divided experts, the cold temperatures on board, the strange smell in the toilet. All details that a traditional communications office would have played down or kept quiet. Details that Nasa instead handled directly, in real time, unfiltered.
The result was the opposite of anything the logic of message control could ever have imagined. Every transparent update strengthened the institution’s credibility. Every admission of imperfection increased public trust. And this is because trust (neurologically, psychologically and institutionally speaking) does not come from perfection, but from consistency.
On 6 April, as Orion emerged from the far side of the Moon and the radio signal reconnected with Earth, the astronauts saw an earthrise. Wiseman took a photograph. NASA published it immediately. A beautiful image. A real, authentic moment, shared without filters.
There was nothing else to add.
What this case teaches
Artemis 2 is a textbook case of reputation risk management under extreme conditions. A public asset, under maximum pressure, with very high expectations and almost no margin for error.
The lesson applies to any organisation that has to manage uncertainty in front of a watching public.
The human brain does not tolerate an information vacuum. Without data, it produces scenarios. Without explanations, it looks for culprits. This is because the cognitive system that allowed us to survive as a species evolved to detect hidden threats, and not to trust generic reassurances.
Over the years NASA has built a communication system that goes in exactly the opposite direction to message control. It shows the process, not just the result. It admits uncertainty, without claiming certainty. It answers the difficult questions, not only the comfortable ones. And in doing so, it reaps what this approach produces: a public that, when things go wrong (as with Challenger, as with Columbia), is prepared to trust the investigation process.
Orion is now on its way home. But NASA has already demonstrated something that goes beyond the mission: that institutions can tackle the most complex questions in a way that makes people trust them more.
And also that pressure, managed consistently, can strengthen any reputation.
Frequently Asked Questions
How do you manage communication when the risk of failure is real?
Through transparency about the process. Those who communicate the excellence of their method and the seriousness with which they manage uncertainty build trust even before success. Promising certainty in uncertain contexts, by contrast, does not reassure.
Why is trust more strategic than visibility?
Because visibility is volatile: it depends on budgets and algorithms. Trust is structural: it survives crises and spans generations. A brand with high visibility and low trust is fragile. A brand with high trust and low visibility can still be solid.
What can business leaders learn from the communication of Artemis 2?
That trust must be nurtured constantly. In complex settings, those who can balance ambition with honesty about risk build reputational capital worth more than any campaign.