NASA Administrator Confirms Moon Rocket Is Rectilinear

It is a curious thing, this business of sending men and machines into the void, and it appears the fellows at NASA have stumbled upon a truth known to every carpenter from Hannibal to Hannibal's ghost: if a thing is not level, it will not stand right, and if it does not stand right, it will surely fall over. This wisdom, applied with frontier diligence by Administrator Jared Isaacman himself, has brought the mighty Artemis II rocket—all 322 feet of her—to a standstill not in the heavens, but in a hangar at the Kennedy Space Center, where the business of ensuring she is perfectly, unassailably straight has become the singular focus of American space exploration.

The trouble began, as such troubles often do, with a nagging feeling. Following the rocket's return for what were initially termed 'inspections and repairs,' Mr. Isaacman, a man not given to leaving well enough alone, took a long, squinting look at the colossal machine. To the engineers, it was a masterpiece of propulsion, a tower of potential energy. To Mr. Isaacman, it appeared to have a slight, almost imperceptible, list to starboard. 'A man can feel these things,' he was reported to have muttered, pressing a weathered cheek against the cool metal skin of the booster. 'There's a lean in her. Not much, mind you, but enough.'

Thus commenced an investigation of the most meticulous sort. Theodolites were deployed. Laser levels were brought in, their faint red beams tracing the rocket's flanks like curious insects. Teams of technicians, who had previously concerned themselves with the violent complexities of liquid hydrogen and oxygen, now found themselves debating milliradians of deviation with the sober intensity of parish surveyors disputing a property line. The official mission timeline, once charted with the bold strokes of celestial navigation, was quietly shelved in favor of a new, more terrestrial schedule: the pursuit of perfect perpendicularity.

'We are committed to a foundation of integrity,' Administrator Isaacman explained to a hushed press corps, standing before a schematic that showed the rocket exaggeratedly tilted, like the Tower of Pisa. 'How can we ask this vessel to carry our hopes to the moon if it cannot even stand true to the Florida soil? It's a matter of principle.' He then produced a thirty-foot tape measure, the kind a man might use to size up a barn door, and demonstrated how he had been personally verifying the rocket's girth at various intervals, seeking any bulge or concavity that might betray a lack of moral fiber. The questions from reporters—about thruster alignments, about radiation shielding, about the basic physics of a structure that is, by design, meant to lie on its side before being hurled upright by unimaginable force—were met with a patient shake of the head. Those were engineering problems, he suggested, and they were presently engaged in a matter of philosophy.

One can scarcely blame the man. The American character has always had a soft spot for the plumb line and the square, for the notion that a thing done right is a thing that looks right. We built our barns stout and our courthouses square, believing the geometry of our buildings reflected the geometry of our souls. Now, it seems, we shall apply the same standard to our spacecraft. The mission specialists, astronauts Christina Koch among them, have taken to the delay with the stoic patience of those who understand that some journeys cannot be rushed. They are reportedly using the time to practice using a spirit level in zero-gravity simulations, a task that presents its own unique and bewildering challenges.

The true horror, of course, is not the delay itself, but the bureaucratic fervor it has unleashed. A new department has been established: the Office of Vertical Verification. Its mandate is to review every component of the Artemis program—the Orion capsule, the proposed lunar landers, the spacesuits being sewn by Axiom Space—for any deviation from the true vertical. There is talk of applying the same standard to the moon itself, should we ever reach it, to ensure its orbit is sufficiently circular and its face appropriately round. For if a rocket must be straight, then by what logic does the cosmos get to be so untidy?

So the great rocket sits, a monument not to human ambition but to human fastidiousness. The countdown clocks are silent. The launch calendars are blank. The only sound in the vast hangar is the gentle tap-tap-tapping of a hammer as a technician, under the watchful eye of the Administrator, tries to persuade a multi-billion-dollar flange to sit just a hair more flush. It is a slow-motion crisis, a tragedy of inches played out with the solemnity of a state funeral. We aimed for the stars, but got bogged down in a debate about a bubble in a level. And somewhere, the moon waits, cool and crooked as ever, entirely unconcerned with whether our path to its surface is perfectly straight or not.