Ten years after the Pobeda’s landing in spring 2065, National Geographic published the definitive portrait of the first permanent human settlement on another planet.
The Silo
The Pobeda’s crew did not have time to build the surface habitat mission planners had designed. Radiation, dust, and thermal swing made surface living untenable within eleven days of landing, and the crew’s first major engineering decision was to dig. What began as an emergency radiation shelter beneath the lander became the Silo: a spiraling excavated shaft descending 340 metres, stacked by function — hydroponics near the surface, machine shops and reactor bays in the middle strata, residential rings toward the bottom where the rock provides the most stable thermal mass. The Pobeda command module still sits at the top of the shaft, now serving as the station’s primary communications array and, unofficially, its chapel: cosmonauts and later arrivals have left personal items wedged into the original crew couches.
Power
The Kuzmin reactor that powered the original excavation ran out of deuterium-helium-3 fuel stock in 2071 — expected rather than crisis, since He-3 resupply from lunar stocks was never part of the mission’s long-term power plan. The station now runs on surface solar arrays and a Soviet-supplied thorium molten salt SMR, landed in components across four cargo flights in 2070–2071. Station chief engineer Dmitri Savchenko: “We arrived on the most advanced propulsion system in human history, and we have been running the lights on a reactor design my grandfather could have built in Cuba in the 2010s. There is a lesson in that I have not fully worked out yet.”
The Lag
No resident described the isolation of distance as the hardest adjustment. All described the isolation of time. At Mars’s average distance, a message takes between three and twenty-two minutes to arrive, one way — long enough that conversation, in the sense Earth-based or even lunar residents mean the word, does not exist. “You learn to write letters again,” said Fatima Reyes, a Silo hydroponics supervisor who has not left Mars since 2067. “Not messages. Letters. My daughter is eleven now. I have never spoken to her in real time in her life. I have had four years of her letters.”
Station counselors document a recognizable adjustment curve: acute grief in the first Martian year, followed by what residents independently call “arriving” — the shift in which Earth and Luna stop being home in the present tense and become a place one is from. Not every resident completes the adjustment; the Silo maintains a standing return-transport reserve for those who do not.
The Arrivals
Pobeda was not built to remain a solely Soviet installation, and by 2075 it no longer is.
JAXA established an independent foothold in 2069 — fourteen Japanese nationals and a compact surface habitat two kilometres from the Silo entrance. A 2072 dust-season power failure forced emergency integration into the Silo’s life support grid, and the JAXA habitat has functioned as an architecturally distinct but operationally merged wing of Pobeda ever since, its residents retaining Japanese civil status under a bilateral arrangement.
The North Korean arrival in 2068 is remembered differently. The Paektu-Sŏn vehicle that had drawn international condemnation for its nuclear pulse propulsion design landed a crew of nine with a surface habitat that failed within its first Martian winter — “not provisioned for a stay beyond ninety days by any redundant system we can identify,” per a since-declassified Soviet mission log. Mission commander Yelena Voskoboinikova, now retired to Luna, offered shelter without conditions: “There were people outside in minus-eighty-degree wind. We had a door.” Six of the nine North Koreans have since taken Martian civil registration under Pobeda’s own emerging residency statute — a status recognized by no Earth government, including their own.
The ESA-Brazilian mission arrived in late 2069 and was welcomed into the Silo directly — the first arrival planned as integration from departure rather than adapted into it after the fact.
By the Numbers, 2075
Pobeda’s registered population passed 1,000 residents in January 2075, drawn from at least eleven national origins, the large majority Soviet, Japanese, North Korean, and a smaller but growing Brazilian and European contingent. The station’s primary economic function has shifted from pure scientific outpost to logistics node: Mars orbit sits on an efficient relay path for lunar He-3 shipments bound for processing infrastructure closer to Earth, and Pobeda’s orbital transfer facilities handle a meaningful fraction of that traffic.
Commercial Carriers
Two commercial carriers have emerged to serve the Earth-Luna-Mars network. Hohmann Fleet Lines, founded 2073, operates scheduled passenger transit between Mars and Luna. Lagrange Interplanetary Transport, founded the same year, handles cargo. Neither operates Kuzmin-class propulsion, which remains restricted under the Kaluga licensing regime to Soviet and Chinese state programmes. Both run on open, license-free nuclear thermal propulsion designs — “you cannot build a commercial shipping network on a reactor design three governments will let you use for one specific mission and no other.”
Looking Outward
In 2074, Soviet engineers completed initial assembly infrastructure on Deimos, the smaller and more distant of Mars’s two moons, intended as a shipyard for a class of Kuzmin-powered frigates under a nascent Soviet-UN joint programme — the Pathfinder Fleet — targeting exploration beyond the inner solar system by the 2090s. This is the same decade China’s own Kuzmin-licensed programme has targeted for a Ceres foothold. Chief engineer Savchenko, asked whether residents think of themselves as building toward that horizon or simply surviving: “Ask me on a good week and I’ll tell you we’re building a shipyard for the outer solar system. Ask me during a dust storm and I’ll tell you we’re still, some days, just trying to keep the lights on that we replaced the good reactor with. Both are true.”