Michael Foale, Mir and the Day Space Nearly Turned Tragic

As a new PBS documentary revisits the perilous months aboard Russia’s Mir space station in 1997, astronaut Michael Foale’s memories of a slow-motion disaster and a commander who “took all the blame” for it are pulling a nearly forgotten crisis back into focus.

A Routine Test That Went Terribly Wrong

On June 25, 1997, Mir’s crew was in the middle of what was supposed to be a cautious engineering experiment. Russian mission planners were testing a manual docking system for the uncrewed cargo ship Progress M-34, a workhorse freighter that routinely carried food, fuel and equipment to the station. Instead of relying on an automated rendezvous system, commander Vasily Tsibliyev was guiding the freighter by hand from inside Mir, watching a grainy video feed and using basic cues like a handheld rangefinder and stopwatch to judge closing speed.

Publicly available mission reports describe how the approach went out of tolerance in the final seconds. The cargo ship, heavier than modeled because of the way waste had been loaded, was closing faster than expected. With lag in the video and limited propellant to correct, Tsibliyev had little time to react. Progress M-34 missed its intended port and instead clipped one of Mir’s solar panels before striking the Spektr module broadside, an impact later described in press coverage as one of the worst collisions in spaceflight history.

For Foale, who had launched to Mir just weeks earlier aboard Space Shuttle Atlantis, the collision happened with almost no warning. In postflight accounts he recalls the station suddenly lurching, alarms sounding and the atmosphere beginning to hiss away. Within moments, Mir was both leaking and losing electrical power, its delicate attitude-control systems knocked offline as the complex tumbled through orbit.

Inside Spektr, the module that served as his bedroom and a hub for NASA experiments, Foale and his Russian crewmates scrambled to isolate the breach. They disconnected power cables snaking through the hatchway and sealed the module, sacrificing a significant portion of the station’s volume, science hardware and almost all of Foale’s personal belongings to save the rest of Mir.

Foale’s Split-Second Decisions in a Dark, Spinning Station

Once Spektr was sealed, the immediate danger of explosive decompression eased, but Mir was in an increasingly precarious attitude. External reports and NASA histories note that the collision knocked the entire station into an uncontrolled spin, with its solar arrays no longer pointing toward the Sun. As batteries drained and systems shut down, Mir grew darker and quieter, its crew facing the possibility that power might run out before they could regain control.

Foale has often highlighted a strange combination of training, improvisation and sailing experience that shaped his response. According to his public recollections, he floated to a small window and began using stars as reference points, adapting a technique from celestial navigation to estimate the station’s rotation rate. With that rough measurement in hand, he relayed guidance to Tsibliyev and flight engineer Aleksandr Lazutkin as they used Mir’s thrusters to counter the spin and reorient the arrays.

It was a delicate maneuver on a compromised spacecraft. Analyses published afterward stress how little margin the crew had, both in propellant and in remaining battery charge. Yet Foale’s quick work helped turn a drifting, wounded space complex back into a controllable vehicle. By the time power stabilized and mission control on the ground confirmed Mir was again pointed toward the Sun, the station had survived a sequence of failures that some in the spaceflight community believed could easily have led to evacuation or even loss of the crew.

In the months that followed, Mir would never quite be the same. Spektr remained depressurized and off-limits as living space, and subsequent internal spacewalks by other cosmonauts focused on re-establishing partial electrical connections so the module’s solar panels could continue feeding power to the station, even as its interior stayed sealed.

The Commander Who Carried the Burden

Beyond the technical drama, the Mir collision left a lasting human imprint on the small group who lived through it. The new PBS miniseries, “Once Upon a Time in Space,” devotes an episode to the 1997 crisis, with Foale reflecting on both the terror of those hours and the emotional toll on his Russian commander. In an online discussion promoting the series, the filmmakers highlight Foale’s view that Tsibliyev “took all the blame of the collision on his shoulders,” a phrase that encapsulates the quiet weight borne by the veteran cosmonaut.

Contemporary coverage and later analyses make clear that responsibility for the accident was far more diffuse. The manual docking experiment was driven in part by budget pressures on the Russian space program and concerns about the cost and reliability of automated rendezvous hardware. The training regime, mass modeling and test parameters were all factors in a complex chain of decisions that stretched from mission control to industry and government.

Foale’s comments fit a pattern seen in other long-duration missions, where shared danger can deepen bonds across national and institutional lines. In public talks he has described how he worked closely with Tsibliyev before and after the collision, and how painful it was to see the commander face intense scrutiny once he was back on Earth. Mission reports suggest that Tsibliyev’s spaceflight career effectively ended with Mir, even as the station itself continued to operate for several more years.

For viewers returning to this episode nearly three decades later, the rediscovered footage and fresh interviews serve as a reminder that human factors, from pride to fear to a sense of responsibility, are inseparable from the engineering of complex space systems. The choices made in the cramped modules of Mir in 1997 were as much about trust and accountability as they were about valves and thrusters.

Legacy for Today’s Space Stations and Travelers

When Mir was finally deorbited in 2001, it left behind a mixed legacy of scientific results, engineering lessons and hard-won experience in international cooperation. Incidents like the 1997 fire on board and the Progress collision fed policy debates in the United States over whether NASA should keep sending astronauts to an aging Russian station. Criticism at the time focused on safety, the strain on ground teams and whether the risks were justified by the scientific return, especially after the loss of the Spektr module’s research capacity.

Yet the same historical reviews emphasize how those crises helped shape a more conservative safety culture on the International Space Station, which began assembly in 1998. Procedures for visiting cargo ships, the design of automated docking systems and the way crew training addresses off-nominal situations all bear traces of Mir’s hard lessons. Today’s commercial cargo and crew vehicles approach orbital complexes with layers of redundancy that reflect an acute awareness of what went wrong in 1997.

For modern travelers who look up at night and trace the bright point of the ISS across the sky, the ghosts of Mir’s fractured solar panels and sealed metal bulkheads are invisible. But Foale’s recollections, renewed through documentaries and online forums, keep that history in circulation. They remind audiences that spaceflight progress is rarely smooth; it is built through painful failures, near misses and individuals who quietly assume more blame than any one person deserves.

The Mir collision story is also resonating with a new generation of viewers at a time when commercial stations and lunar gateways are moving from proposal to hardware. As the industry diversifies and more nations, companies and even tourists venture into orbit, the narrative of a commander accepting responsibility, a scientist-astronaut improvising with starlight and a multinational crew saving a crippled outpost offers both a cautionary tale and a testament to what cooperation in space can achieve.