We're never going to get to Artemis II if Artemis I isn't successful
On the storm-battered shores of Florida, NASA's Space Launch System stood through Hurricane Nicole as a kind of testament to human persistence — a $4.1 billion machine built not just for the vacuum of space, but for the turbulence of Earth. The agency chose to leave its 322-foot rocket exposed to the storm rather than retreat, a gamble that left only minor wounds and a November 16 launch window still intact. If Artemis I lifts off successfully, it will mark the first step in humanity's return to deep space exploration in half a century — a journey that has already survived engines, fuel leaks, two hurricanes, and five scheduled launch dates.
- A $4.1 billion rocket left standing in the path of a hurricane represents one of the most consequential weather gambles in modern space history.
- Nicole struck with 82 mph winds, leaving behind torn covers, loose caulking, and misaligned connections — damage that is real but, engineers believe, not disqualifying.
- NASA's decision to stay at the pad rather than retreat to the hangar was made before Nicole was classified as a hurricane, a timing gap that officials have since acknowledged with careful candor.
- This is the fifth launch attempt of 2022, following scrubbed countdowns, a fuel leak, and a prior hurricane evacuation — each delay adding weight to the next attempt.
- A successful uncrewed Artemis I flight is not optional for the broader program: without it, there is no Artemis II, no crew, and no return to the moon.
NASA's Space Launch System arrived at its Florida launchpad on November 4, poised for the inaugural test flight of the Orion crew capsule — a vehicle designed to carry astronauts back to the moon for the first time in fifty years. Then Hurricane Nicole began spinning toward the Atlantic Coast, and the agency faced a stark choice: haul the 322-foot, $4.1 billion rocket four miles back to its protective hangar, or leave it at the pad and trust the engineering. NASA stayed. It was a calculated risk, and one that associate administrator Jim Free later admitted might have gone the other way had the forecast been clearer the night before rollout.
The rocket held. Sensors recorded winds reaching 82 miles per hour at the 60-foot level, and the structure — designed to endure even harsher conditions — survived with manageable wounds: loose caulking, a torn engine rain cover, a misaligned umbilical connection, and an electrical harness under evaluation. None of it, NASA believes, will close the launch window opening at 1:04 a.m. on Wednesday, November 16.
Artemis I has already lived through a year of setbacks. A faulty sensor mimicked an engine cooling problem on the first attempt. A fuel leak at the rocket's base ended the second. Hurricane Ian forced a full retreat to the hangar in late September. Now Nicole has come and gone, and the rocket is still standing. The mission itself — an uncrewed arc through space, swinging 40,000 miles past the moon — is a proof of concept for everything that follows. Free put it plainly: the agency cannot reach Artemis II, currently targeted for 2024 with a crew aboard, without first getting Artemis I off the ground. Wednesday morning will be the answer to a very long question.
NASA's Space Launch System stood its ground through Hurricane Nicole, and the agency is betting it can still make history on November 16.
The 322-foot rocket arrived at its Florida launchpad on November 4, positioned and ready for what would be the inaugural test flight of the Orion crew capsule—a vehicle designed to carry astronauts back to the moon. Then the weather turned. As Nicole approached the Atlantic Coast, NASA faced a choice: wheel the $4.1 billion machine back to its protective hangar four miles away, or leave it exposed to the storm. The agency chose to stay put. It was a calculated risk, one that Jim Free, NASA's associate administrator of exploration ground systems, later acknowledged might have gone differently had the forecast been clearer. "If we knew on the night before we were rolling out that it was going to be a hurricane, we probably would have stayed in the hangar," Free told reporters on Friday. "But I think, in this case, I can probably speak for the team."
The rocket endured winds that reached 82 miles per hour at the 60-foot level, according to sensors monitoring the hardware. Engineers had designed the Space Launch System to withstand even harsher punishment, and the structure held. What remained was cleanup work: loose caulking on the spacecraft, a tear in an engine rain cover, a misaligned umbilical connection, and an electrical harness that might need replacement. None of it was catastrophic. None of it, NASA believes, will prevent the launch window that opens at 1:04 a.m. on Wednesday.
This is the fifth launch date the agency has scheduled for Artemis I in 2022 alone. Two of those dates actually made it to countdowns before being scrubbed. The first attempt, in late August, was called off when engineers discovered an engine that appeared to be struggling with fuel cooling—a problem that turned out to be a faulty sensor. The second try, in early September, revealed a fuel leak at the rocket's base that could not be stopped. Then came Hurricane Ian at the end of September, forcing NASA to roll the rocket back to the hangar for protection. By early November, after repairs were complete, the machine was rolled back out. Within days, Nicole was spinning toward the coast.
The Artemis I mission, if it launches successfully, will send the Orion capsule on a quarter-million-mile journey through space, including a 40,000-mile arc past the moon. No astronauts will be aboard this time. The flight is an uncrewed test, a proof of concept for a spacecraft that NASA intends to use to return humans to lunar exploration for the first time in fifty years. A successful mission would clear the path for Artemis II, currently targeted for as early as 2024, which would carry a crew.
When asked whether NASA is more willing to accept certain risks with an uncrewed vehicle than it would be with astronauts aboard, Free reframed the question. The agency cannot afford to fail at this stage. "What I'd say is we're never going to get to Artemis II if Artemis I isn't successful," he said. The rocket has already weathered enough delays and setbacks. Now it has weathered a hurricane. Wednesday morning will tell whether all that endurance pays off.
Citações Notáveis
If we knew on the night before we were rolling out that it was going to be a hurricane, we probably would have stayed in the hangar.— Jim Free, NASA associate administrator of exploration ground systems
We're never going to get to Artemis II if Artemis I isn't successful.— Jim Free, NASA associate administrator of exploration ground systems
A Conversa do Hearth Outra perspectiva sobre a história
Why did NASA decide to leave a four-billion-dollar rocket exposed to a hurricane instead of moving it to safety?
They made the call before they knew it would be a hurricane. By the time Nicole was officially classified as one, the rocket was already at the pad and the decision had been made. Moving it would have taken time and created its own risks in high winds. The engineers believed the rocket could handle the storm.
And it did handle it. So why does this feel like such a narrow escape?
Because it is one. The rocket was built to withstand severe weather, but that doesn't mean you want to test that capability on a four-billion-dollar vehicle. Free's comment—that they probably would have stayed in the hangar if they'd known—tells you everything. This worked out, but it was a gamble.
How many times has this mission been delayed now?
This is the fifth launch date this year. Two of them actually got to the point where the countdown was running before being scrubbed. An engine cooling problem in August, a fuel leak in September, a hurricane in late September, and now this. The mission has been chasing a launch window for months.
What happens if this one doesn't work either?
Then Artemis II—the crewed mission—gets pushed back further. The whole program depends on proving that Orion can survive a deep space journey. You can't send astronauts until you know the capsule works.
Is there pressure to launch, even if conditions aren't perfect?
There's always pressure after this many delays. But Free's point was clear: they're not going to rush it. If the repairs take longer than expected, they'll wait. The mission is too important to get wrong.