an avalanche of broken equipment after 2025
High above the Earth, the International Space Station — humanity's most enduring symbol of cooperative ambition in space — is quietly revealing the limits of what was built to last fifteen years but has now endured for more than two decades. Russian cosmonauts have discovered spreading cracks in the Zarya module, the station's very first and most foundational segment, adding to a growing ledger of failures that include an uncontrolled spin caused by a thruster malfunction and an air leak in crew living quarters. Senior Russian engineer Vladimir Solovyov has warned that after 2025, the station may face an avalanche of cascading breakdowns. The question humanity now faces is not whether this shared outpost will age, but whether the nations who built it together possess the will and the means to shepherd its decline with care.
- Spreading cracks in the Zarya module — the ISS's original and foundational segment, launched in 1998 — have been confirmed by Russian officials who warn the fissures will only widen over time.
- Seven crew members lived through a harrowing uncontrolled spin just weeks ago when newly docked Russian thrusters reignited without warning due to a software error compounded by human oversight failure.
- A simultaneous air pressure drop in the Zvezda service module — where crew members sleep and work — confirmed that structural vulnerabilities are no longer theoretical.
- Russia's chief space engineer has placed a stark deadline on the station's viability, warning of an 'avalanche' of equipment failures after 2025 that could overwhelm the station's capacity for self-repair.
- Russia remains officially committed to the ISS partnership through 2024 with possible extension, but the mounting failures are forcing a reckoning about how much longer that commitment can hold against the physics of decay.
On a Monday in late August, Vladimir Solovyov, chief engineer at Russia's Energia corporation, announced that cosmonauts had found superficial but spreading cracks in the Zarya module — the very first segment ever launched to form the International Space Station, back in 1998. The cracks are expected to grow. Whether they have already allowed air to escape into the vacuum was left unanswered.
The discovery did not arrive in isolation. Just weeks earlier, thrusters on the newly docked Nauka research module reignited without warning, sending the entire station into an uncontrolled spin. A software error, possibly compounded by a lapse in human attention, was blamed. Around the same time, a pressure drop in the Zvezda service module — the crew's living and sleeping quarters — confirmed an active air leak. Seven people were aboard through all of it.
Solovyov has been sounding this alarm for months. The station was designed for roughly fifteen years of operation; it has now been in orbit for more than two decades. He has warned that after 2025, equipment failures could arrive in an avalanche — a cascade too rapid and too numerous for the station to absorb. Zarya, where the new cracks were found, is not a peripheral component. It provides power, storage, and propulsion, and a structural failure there would send consequences through the entire station.
Russia officially remains a partner through 2024, with openness to extending beyond that. But Russia also controls life support and propulsion systems the entire station depends upon. The aging is not Russia's problem alone — American modules are old too — but the stakes of Russian system failure are total. For now, the crew works on. The cracks, however, are spreading, and the nations that built this place together must now decide how gracefully they are willing to let it go.
On Monday, a senior Russian space official delivered news that the International Space Station—humanity's most ambitious shared project in orbit—is beginning to show its age in ways that cannot be ignored. Vladimir Solovyov, chief engineer at Energia, Russia's primary rocket and space corporation, announced that cosmonauts had found superficial cracks in the Zarya module, one of the station's critical segments. The cracks are not merely present; they are expected to spread. "This is bad and suggests that the fissures will begin to widen over time," Solovyov told the Russian news agency RIA. He did not clarify whether the damage had already allowed air to escape into the vacuum.
The discovery arrives amid a mounting sequence of failures that have tested both the station's hardware and the nerves of the seven crew members living aboard. Just weeks earlier, thrusters on the Nauka research module—a newly docked Russian addition—suddenly reignited without warning. The malfunction sent the entire orbital outpost into an uncontrolled spin, pitching it out of its normal flight position. The incident was traced to a software error compounded by what officials described as a possible lapse in human attention. Around the same time, Roscosmos, Russia's space agency, detected a pressure drop in the Zvezda service module, the living quarters where crew members sleep and work. An air leak was responsible.
These are not isolated mechanical hiccups. They are symptoms of a larger condition that Solovyov and other Russian officials have been warning about for months: the International Space Station is aging, and the consequences could be severe. Solovyov has previously cautioned that much of the station's equipment is approaching the end of its functional life, and he has used stark language to describe what comes next. After 2025, he has warned, there could be an "avalanche" of equipment failures—a cascade of breakdowns that could overwhelm the station's ability to repair itself.
The Zarya module, where the new cracks were found, is not a peripheral system. It was the first segment of the ISS ever launched, in 1998, and it remains one of the station's foundational components. It provides power, storage, and propulsion capability. A structural failure there would ripple through the entire station. The discovery of spreading cracks raises questions not just about the immediate safety of the crew, but about how much longer the station can operate as designed.
Russia's commitment to the station remains officially intact. Roscosmos has stated it will continue as a partner through 2024 and has indicated openness to extending that participation beyond that date. But the tone of recent statements from Russian officials suggests a growing concern about whether the partnership can be sustained much longer. The aging of the ISS is not a problem unique to Russia—American modules and systems are aging too—but Russia controls critical life support and propulsion systems that the entire station depends on. If those systems fail, the entire mission is at risk.
For now, the station continues to operate, and the crew continues its work. But the discovery of new cracks, and the official acknowledgment that they will likely grow worse, marks a turning point in the station's history. The ISS was designed to operate for about fifteen years. It has now been in orbit for more than two decades. The question is no longer whether the station will age, but how gracefully it will do so—and whether the nations that built it together can manage its decline without catastrophe.
Citações Notáveis
This is bad and suggests that the fissures will begin to spread over time.— Vladimir Solovyov, chief engineer of Energia
There could be an 'avalanche' of broken equipment after 2025.— Russian space officials
A Conversa do Hearth Outra perspectiva sobre a história
When they say the cracks are "superficial," does that mean they're not dangerous right now?
Superficial means they're on the surface rather than deep into the structure, but the real concern is that they're expected to spread. It's like a hairline fracture in a windshield—it might not shatter today, but the stress is there, and it will grow.
Why is the Zarya module so critical?
It was the first piece launched, back in 1998. It's the foundation. It provides power, storage, and the ability to move the station. If that fails, you don't just lose one room—you lose systems the entire station depends on.
The thruster incident sounds terrifying. Seven people spinning out of control in space.
It was serious. The station pitched out of its normal position. But the crew was trained for it, and they regained control. What's unsettling is that it happened at all—a software error combined with human attention lapsing. That's the kind of thing you hope doesn't happen on a station this old.
What does "avalanche of failures after 2025" actually mean?
It means one failure triggers another. Systems are interconnected. If one critical component breaks, it might damage something else, which damages something else. You reach a point where repairs can't keep up with breakdowns.
Can they just replace the cracked module?
Not easily. The Zarya is structural—it's woven into the station's design. You can't simply swap it out. You'd have to carefully transfer systems, manage the crew, coordinate with multiple nations. It's theoretically possible, but it's not a quick fix.
So what happens in 2025?
That's the question everyone's asking. Russia says it's committed through 2024 and open to extending. But if the failures start cascading, that commitment might become impossible to keep. The station could become too dangerous to maintain.