We were one of the only ways mission control knew if the spacecraft was healthy
On April 10, as the Orion capsule carved a blazing arc through Earth's atmosphere above the Pacific, a woman from Germantown sat aboard a surveillance aircraft and became the voice between the heavens and mission control. Arianna Haven, a mission systems engineer at NASA's Langley Research Center, helped guide the Artemis II lunar mission home — not from a console on the ground, but from the sky itself, watching history descend in real time. Her work with the SCIFLI team, collecting thermal and visual data through a six-minute silence that swallowed all other contact, reminds us that the great leaps of exploration are held together by the quiet, meticulous labor of those who prepare for everything that could go wrong.
- For six unnerving minutes during reentry, plasma severed all radio contact between Orion and the ground, leaving Haven's seven-aircraft fleet as the only witnesses mission control had to the spacecraft's fate.
- The weight of that responsibility was real — Haven and her team knew they might be the ones watching if something went catastrophically wrong, a possibility they had rehearsed for but never stopped fearing.
- Years of preparation compressed into a single morning: Haven had spent the stretch since Artemis I determining whether imaging systems were airworthy, planning flight operations, and drilling off-nominal scenarios until the procedures became reflex.
- When the data came back clean — all seven aircraft capturing what they needed, the spacecraft performing as expected — the coordinated effort of the Navy, Air Force, Missile Defense Agency, and NASA collapsed into one quiet, collective exhale.
- The thermal and spectral data Haven's team gathered will now shape the design of future capsules, reducing risk for every crewed mission that follows — a legacy measured not in applause but in lives protected.
On April 10, as the Orion spacecraft descended toward the Pacific Ocean southwest of San Diego, Arianna Haven was watching from above. A Germantown native and mission systems engineer at NASA's Langley Research Center, Haven sat aboard a Gulfstream III aircraft — one of seven positioned along Orion's reentry trajectory — serving as the voice between her airborne team and mission control on the ground.
Artemis II had just completed the first crewed lunar flyby in over fifty years, but for Haven and the SCIFLI team, the mission's most critical moment was still ahead. Their task was to capture visual, infrared, and spectral data as Orion tore back through the atmosphere — imagery that would inform the design and safety of future crewed spacecraft. Haven's specific role was communicator: keeping the ground informed, in real time, about what the aircraft could see.
The most harrowing stretch lasted six minutes. During reentry, superheated plasma cuts off all radio contact between the capsule and mission control. In that silence, Haven's fleet became the only source of information about whether Orion was healthy, on trajectory, and intact. "We were one of the only ways that mission control was getting information on whether the spacecraft was healthy," she said. The possibility that something could go wrong — and that her team would be the ones watching — never fully left her.
But preparation had done its work. The team had rehearsed exhaustively, drilling for off-nominal scenarios until the procedures were automatic. By the time April 10 arrived, anxiety had sharpened into focus. All seven aircraft captured what they were meant to capture. The spacecraft performed as expected. The data came back clean.
For Haven, the experience carried meaning beyond the mission itself. Artemis II marked the first time a woman, a person of color, and a non-American orbited the moon. Haven — a woman in aerospace engineering — understood what her presence signified. "During the Apollo missions, I wouldn't have been able to do this," she reflected. She hopes her story reaches young women who might not yet see themselves in the field, and that what felt unthinkable a generation ago might now feel, to them, like a beginning.
On April 10, as the Orion spacecraft descended through Earth's atmosphere and began its final approach to the Pacific Ocean southwest of San Diego, Arianna Haven sat aboard a Gulfstream III aircraft, her eyes fixed on the capsule streaking toward the water below. Haven, who grew up in Germantown and now works as a mission systems engineer at NASA's Langley Research Center in Hampton, Virginia, was doing something few people on Earth could do that day: she was watching history happen in real time, and reporting what she saw directly to mission control.
Artemis II, which completed its crewed lunar flyby in early April, represented a watershed moment for NASA's return to the moon. But for Haven and her colleagues on the SCIFLI team—the Scientifically Calibrated In-Flight Imagery group—the mission's success hinged on a specific, high-stakes task: collecting visual, infrared, and spectral data as Orion reentered the atmosphere. Seven aircraft were positioned at different points along the capsule's trajectory, each one capturing what Haven calls "key events" from the moment Orion became visible entering Earth's atmosphere all the way to splashdown. Haven's role was to serve as the voice between the aircraft and mission control, keeping the ground team informed about what was happening above the Pacific.
The work required years of preparation. Haven, who earned her undergraduate degree in mechanical engineering from George Washington University and a master's in mechanical and aerospace engineering with a focus on mechanical systems design, had been gearing up for Artemis II since the uncrewed Artemis I mission in late 2022. But the intensity ramped up dramatically over the past year. As a mission systems engineer, Haven's responsibilities ranged across multiple domains: she determined whether the imaging systems being loaded onto the aircraft were airworthy, and she helped plan the flight operations themselves. It was, she said, "a little bit of everything."
What made April 10 particularly nerve-wracking was the six-minute communications blackout that occurs during reentry, when the intense heat and plasma surrounding the capsule sever radio contact between Orion and mission control. During those six minutes, Haven and her team on the seven aircraft became the only eyes mission control had on the spacecraft. "We were one of the only ways that mission control was getting information on whether the spacecraft was healthy, whether it was on track, on the right trajectory," Haven explained. The aircraft were sending a constant stream of data back to the ground: we have visual contact, everything looks nominal, the spacecraft is doing what we expected. It was a role that carried weight—the knowledge that if something went catastrophically wrong, her team would be witnessing it.
Yet Haven's team was ready. They had run dress rehearsals repeatedly, drilling their procedures until they became automatic. They had prepared for "off nominal" scenarios—the technical term for things going wrong. By mission day, the nerves had transformed into something else: excitement tempered by focus. "I think there's a lot of weight knowing that you could be imaging something that doesn't go well, and that is the scariest part of the job," Haven said. "But also knowing that we're providing critical data to keep future astronauts safe in that same capsule is really important."
When the data came back, it was exactly what the team had hoped for. All seven aircraft captured what they were supposed to capture. The spacecraft performed as anticipated. The orchestration of seven planes, multiple agencies—the Navy, the Air Force, the Missile Defense Agency—all coordinated to a single moment, had worked. The data Haven and her colleagues collected will shape the design of future capsules, reduce risk, and improve safety for crewed missions to come. It will influence not just the remaining Artemis missions but space exploration broadly.
For Haven, the experience has been surreal. She is acutely aware of what her presence on that mission means. Artemis II marked the first time a woman, a person of color, and a non-American orbited the moon. Haven, a woman working in aerospace engineering at NASA, knows her role carries significance beyond the data she collected. "During the Apollo missions, I wouldn't have been able to do this," she said, reflecting on her gender and the era that preceded her. The mission has inspired her, and she hopes it might inspire others—young women considering careers in engineering, in space exploration, in fields where their presence would have been unthinkable a generation ago. That possibility, she said, is humbling.
Notable Quotes
During the Apollo missions, I wouldn't have been able to do this. The whole mission has been inspiring to me, and the fact that I could be inspiring anybody is really humbling to say the least.— Arianna Haven
That data is going to shape future mission design, capsule design, reduce some risk, and improve safety for future crewed space missions.— Arianna Haven
The Hearth Conversation Another angle on the story
What was it like to be the only voice between those seven aircraft and mission control during that blackout?
It was intense. You're acutely aware that for six minutes, you're literally the only way mission control knows if the spacecraft is alive or in trouble. There's no margin for error in how you communicate what you're seeing.
Had you ever experienced anything like that before Artemis II?
Not at that scale. We'd trained extensively, run scenarios, but there's a difference between a drill and the real thing. The training helped—it got us to a place where we could function on muscle memory rather than panic.
You mentioned the scariest part is potentially imaging something that goes wrong. Do you think about that possibility?
You have to. You prepare for it. But you also have to trust your team, trust the spacecraft, trust the years of engineering that went into it. The weight of it doesn't paralyze you—it focuses you.
What does it mean to you that Artemis II had a woman, a person of color, and a non-American in orbit?
It means the door is open now in a way it wasn't before. I couldn't have done my job during Apollo. That's not abstract to me—it's personal. And if my being here inspires someone else to pursue this work, that's everything.
Do you think about the data you collected changing future missions?
Constantly. That data will literally save lives. It will make capsules safer, missions smarter. That's not hyperbole—that's the actual impact of what we do.
What surprised you most about the mission?
How well it all came together. Seven aircraft, multiple agencies, a six-minute window where everything has to be perfect. When it worked, when all that data came back clean, it felt like witnessing something genuinely historic.