Point Nemo Is So Remote the ISS Is Sometimes Its Closest Neighbor

A point calculated in the middle of nowhere

Somewhere in the deep waters of the South Pacific, there exists a spot so isolated that no human being has ever lived there and very few ships dare approach it voluntarily. This point, named Point Nemo after the famous captain from the Jules Verne novel, sits more than 2,600 kilometers from any inhabited land, officially making it the most remote spot from any continent on the entire planet.

This oceanic pole of inaccessibility was calculated mathematically in 1992 by an engineer of Croatian origin, who precisely determined the exact geographic coordinates equidistant from the nearest landmasses. The three pieces of land closest to Point Nemo are small isolated islands in the Pacific, themselves located at considerable distances from any major civilization or heavily used commercial shipping route.

A distance that defies ordinary understanding

To truly grasp the scale of this extreme isolation, it helps to compare this distance of more than 2,600 kilometers to the distance separating many major world cities from one another. This stretch of ocean is so remote that it lies almost entirely outside international commercial shipping lanes, industrial fishing zones, and even the flight corridors typically used by long-haul airlines around the globe.

This vast emptiness explains why Point Nemo remains largely unknown to the general public despite holding a world geographic record, unlike other extreme locations on the planet such as the poles or the tallest mountain peaks, which enjoy far greater recognition in international popular culture.

The International Space Station's orbit above the oceanic void

One of the most astonishing facts about Point Nemo concerns its closest neighbors. The International Space Station (ISS), which orbits at roughly 400 kilometers of altitude above Earth's surface, regularly passes over this stretch of the South Pacific, meaning the astronauts on board sometimes end up closer to Point Nemo than any other human being on Earth at that same moment.

This reality, both amusing and dizzying, strikingly illustrates the scale of this ocean region's isolation. While the terrestrial distance to the nearest civilization is measured in thousands of kilometers, the vertical distance to the ISS remains noticeably shorter, a geographic paradox that has continued to fascinate scientists and the general public alike ever since it gained wide media attention.

A mathematical calculation born from a passion for cartography

The engineer behind this discovery, Hrvoje Lukatela, relied on advanced geodetic mapping software to pinpoint this point of maximum inaccessibility with remarkable precision, at a time when the computing tools capable of this kind of complex calculation were only just becoming accessible to independent researchers and enthusiasts of mathematical geography.

Since this initial discovery, several other similar poles of inaccessibility have been calculated for other continents and oceans, but none has reached the level of fame and international recognition associated with Point Nemo, likely because of its strong symbolic connection to the literary world of Jules Verne and his famous captain who explored the ocean depths.

A comparison that stuck in the collective imagination

This comparison between terrestrial distance and orbital distance has been widely shared by space agencies like NASA and the European Space Agency (ESA), helping popularize Point Nemo well beyond the narrow circles of geographers and oceanographers who specialize in it. This scientific anecdote, both rigorous and easy for the general public to grasp, has helped simplify a geographic concept that would otherwise remain fairly abstract for most people.

It also illustrates, more broadly, just how much our ordinary sense of distance can be upended once the spatial dimension enters the equation, a reminder that near-Earth space is sometimes more accessible, in relative terms, than certain remote regions of our own oceanic planet.

Why space agencies choose this zone

Because of its exceptional isolation and the near-total absence of human activity in this region, Point Nemo has become, over the decades, a kind of unofficial graveyard for satellites, space stations, and other orbital craft that have reached the end of their operational life. Space agencies around the world deliberately steer debris destined to fall back to Earth toward this zone, drastically minimizing the risks of material or human harm during atmospheric reentry.

Several hundred spacecraft, including former Russian orbital stations and decommissioned resupply cargo vessels, now rest at the bottom of the ocean in this remote stretch of the South Pacific. This practice, governed by strict international protocols, allows for responsible management of the end-of-life phase for space infrastructure without endangering populations living on inhabited continents.

The future of the International Space Station itself

According to current plans announced by NASA, the International Space Station itself, once its operational mission ends in the coming years, is expected to be deorbited in a controlled manner toward this same Point Nemo region. This strategic choice confirms the central role this isolated ocean zone plays in the long-term management of global space infrastructure, whether of American, Russian, European, or Japanese origin.

This prospect shows just how much Point Nemo, though invisible and largely overlooked by the general public day to day, plays a quiet but essential role in the overall architecture of contemporary space exploration, serving as the preferred landing zone for decades of engineering and human exploration beyond Earth's atmosphere.

One of the most barren zones in the world's oceans

Biologically speaking, Point Nemo sits at the heart of what oceanographers call an oceanic gyre, a vast zone of water circulation that is relatively stagnant and poor in the nutrients essential to marine life. This particular situation makes the region one of the poorest in marine biodiversity across all the world's oceans, an aquatic desert almost as empty as certain stretches of desert on land.

Scientific studies conducted by oceanographers have confirmed this low density of marine life, explained in particular by the extreme distance from any source of land-based nutrients, normally carried by rivers and coastal currents toward more productive ocean zones near continents and major landmasses.

Considerable scientific interest despite it all

Despite this apparent biological poverty, Point Nemo continues to draw strong interest from marine scientists, particularly for the study of deep ocean currents, mysterious underwater acoustic phenomena, and the resilience of certain microbial life forms capable of surviving in conditions extremely poor in available nutrients.

Several one-off oceanographic expeditions have attempted, over recent decades, to collect water and sediment samples in this extremely remote zone, in order to better understand the circulation mechanisms of oceanic gyres on a planetary scale. These missions, expensive and logistically complex precisely because of the site's isolation, remain relatively rare compared with campaigns conducted in more accessible ocean zones frequented by international research vessels.

Scientific publications reported by outlets such as Live Science and the BBC have notably mentioned the detection, in this region, of mysterious underwater sounds that temporarily fueled speculation, before being explained by natural geological phenomena tied to underwater glacial and seismic activity in the area.

A reference point for thinking about the limits of our world

Over the decades, Point Nemo has become a genuine cultural and scientific symbol of extreme isolation, regularly cited in discussions about ocean exploration, space debris management, and the physical limits of our planet. This reference status extends well beyond the circle of specialists, also reaching a wider public fascinated by geographic records and scientific curiosities of our contemporary world.

This place is a powerful reminder that despite decades of satellite mapping and widespread global connectivity, our planet still holds spaces of almost total emptiness, where direct human activity remains practically nonexistent apart from a handful of occasional flights and orbital passes each year. In an age when nearly every square meter of land has been photographed, geotagged, and shared online, the ocean's stubborn resistance to that same level of documentation stands out as a rare exception worth remembering.

A fascination set to endure for decades to come

With the growing number of space missions and the expected rise in satellites needing to be deorbited in the coming decades, Point Nemo's role as a space graveyard is expected to grow even stronger in the years ahead, cementing its unique status as a place at the crossroads of ocean geography and contemporary space exploration. This dual dimension, both terrestrial and orbital, continues to feed the collective fascination with a place that is at once empty and yet essential to our technological era. Engineers who plan deorbit trajectories describe the calculations involved as a delicate balancing act, one that must account for atmospheric drag, fuel reserves, and weather patterns thousands of kilometers away, all converging on this single, silent patch of the South Pacific.

Private companies now active in the space sector, alongside the major historic government agencies, must also factor this South Pacific zone into their own end-of-life plans for commercial satellite constellations. This new economic dimension, linked to the explosion in the number of satellites in low orbit over the past decade, further reinforces the strategic and practical importance of Point Nemo for the entire global space industry, private and public alike.

For the general public, Point Nemo remains above all a fascinating geographic curiosity, regularly mentioned in documentaries, popular science articles, and rankings devoted to the most extreme places on the planet. This growing notoriety, driven by the massive spread of scientific content on social media and video platforms, is helping make this unique place known well beyond the narrow circles of oceanography or space science specialists who have studied it for decades. Even casual viewers scrolling through short-form science videos are increasingly likely to stumble across some version of this story, proof that a genuinely strange fact can travel across the internet long after its initial discovery, carried less by formal science journalism than by sheer curiosity about just how empty our own planet can still be.

By Maxime Marquette, columnist

Editorial stance

I am not a journalist but a columnist and analyst. My expertise lies in observing and analysing the geopolitical, economic and strategic dynamics that shape our world. My work is to take political strategies apart, to understand global economic movements, to put the decisions of international actors in context and to offer analytical perspectives on the changes that are redefining our societies.

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