Mir 1997: When Heroism Was the Backup Plan

We reach for heroism like it's a filing system. Something goes wrong, someone improvises brilliantly, everyone survives — filed under triumph. Folder closed. Move on. The problem is that filing system is doing a lot of work that the design of the original system should have done, and when you pull the folder back out decades later, that's what you find inside: not a triumph story with a tidy lesson, but a near-miss story that got relabeled at the finish line.

That's what Michael Foale's retrospective on the 1997 Mir crisis looks like to me now. And I'll tell you why I'm the one writing it.

I track situations where one group of people designs a system and a different group of people lives inside it with their actual bodies — where the distance between a blueprint and a human heartbeat is exactly where things go wrong. That's my beat. I cover genetics, but the questions are the same: who bears the biological risk? Who gets to decide how much is acceptable? When I read about Foale floating in a depressurizing station, tracking Mir's spin against the stars with his bare eyes because someone at mission control needed an angular velocity reading, I recognized that question immediately. And I needed to write this.

On May 25, 1997, a manual docking maneuver went wrong. An unmanned Progress cargo ship — guided remotely using only a handheld laser rangefinder, a stopwatch, and joysticks, according to a thread on r/spaceflight — collided with the Spektr module of Space Station Mir, punching a hole in the station and significantly damaging its power supply. National Geographic's account of the collision describes Foale doing exactly what the emergency protocol called for: heading into the Soyuz capsule to wait for his crewmates, ready to evacuate to Earth.

But Mir was spinning. And a spinning, partially depressurized station tumbling through orbit cannot recharge its solar panels, which meant the crew was losing not just pressure but power — the kind of cascade failure that turns a survivable emergency into an unsurvivable one fast.

This is where the story usually pivots to heroism. Foale, a veteran of multiple space missions according to Space.com, improvised a technique borrowed from sailing — using the angle of sunlight on his hand and tracking star positions through a porthole to calculate Mir's rotation rate. He gave mission control the angular velocity data they needed to fire thrusters and stabilize the station. It worked.

That's the filed-under-triumph version. Here's the folder's actual contents.

The manual docking procedure that caused the collision was not some rogue improvisation by a single reckless cosmonaut. It was a deliberate test of a cost-cutting guidance system — an attempt to dock spacecraft without the automated Kurs radar system that the procedure had previously relied on. The crew was following orders from the ground. And when the Progress ship came in too fast and struck Spektr, Space.com's account of Foale's retrospective notes that Commander Vasily Tsibliyev — who had been at the joystick — took all the blame for the collision on his shoulders.

Let that sit.

A commander executing a procedure approved by mission control, using equipment issued by his space agency, absorbed personal blame for a systemic failure. The Los Angeles Times reported shortly after the crisis that Foale, back on Earth, still got emotional describing the bond forged between the three crewmembers during those weeks. "They started out as strangers and ended up blood brothers," the Times wrote. That's what severe shared risk does to people — it fuses them. But it's worth noting what the fusion is made of: two cosmonauts and one NASA astronaut, all thrown into a crisis manufactured by institutional choices they didn't make.

Foale himself told the New York Times in October 1997 that most of his stay on Mir was worthwhile and enjoyable, and that there was only a brief moment — one bad moment — when he genuinely feared for his life. One. That framing is remarkable in retrospect, because the weeks between the collision and the repair were not uneventful: oxygen generators failed, computer crashes knocked out attitude control, communications faltered. But Foale's "one bad moment" framing is also, I think, exactly right for someone who survived and made peace with it. Memory compresses differently when you live.

What I keep returning to is the laser rangefinder and the stopwatch.

The riskiest docking maneuver Mir's crew would attempt that year was executed with equipment you could buy at a sporting goods store. That's not a knock on the cosmonauts — it's a question about the system that handed them those tools and called it a procedure. In the genomics world, I see a version of this constantly: resource constraints drive methodology, methodology gets normalized, and then when something goes wrong, the people closest to the experiment bear the consequence. The tool choice is upstream; the crisis is downstream; and the person holding the pipette — or the joystick — becomes the point of failure in the narrative even when they're actually the last line of defense.

Foale's improvised star-tracking solution is being celebrated, correctly, as a remarkable act of applied knowledge under pressure. He took something he knew from sailing — reading the sky, feeling the spin — and applied it to a problem that his instruments couldn't solve. That's genuinely brilliant. But the reason his instruments couldn't solve it is that the collision had knocked out the systems that should have been solving it. He wasn't MacGyvering because MacGyvering was the plan. He was MacGyvering because the plan had already failed.

That distinction matters enormously right now. We're building toward Mars, and the communications delay between Earth and Mars runs between 3 and 22 minutes depending on orbital position — which means the real-time mission control guidance that helped save Mir won't exist on a Mars mission in the same form. Crews will have to be genuinely autonomous in ways that Mir's crew, even in crisis, ultimately were not. Foale could transmit angular velocity data to Earth and wait for instructions. A crew on Mars fires their own thrusters or doesn't. The human-in-the-loop calculus changes completely.

So when Foale's retrospective surfaces now, in 2025, it isn't just nostalgia. It's a data point about what happens when improvisation is the de facto emergency protocol — when "we'll figure it out" is baked into the risk model not as confidence in the crew's ability but as a substitute for the redundancy that should have been there in the first place. The crew of Mir did figure it out. But the framing of that as proof the system worked is exactly the filing error I'm talking about.

The crews who go to Mars deserve Foale's brilliance as a baseline, not as a backup. They deserve his capacity for improvisation and the systems that mean they won't need it. What they don't deserve is a mission architecture that moves the cost of institutional risk onto the bodies of the people inside the station — and then files the story under triumph when those bodies survive.

What they deserve is a system that doesn't make heroism the backup plan.

Mei Zhang covers biotechnology, genetics, and the future of medicine for Buzzrag.