For most of us, the 2026 FIFA World Cup will be experienced from stadium seats or living room couches. But a select few will watch it from 250 miles up — aboard the International Space Station. Over the years, astronauts have photographed dozens of cities that will host matches across the United States, Canada, and Mexico. These aren’t just pretty snapshots. They’re a unique dataset — one that reveals how human infrastructure and natural landscapes collide on a continental scale.
The ISS has been snapping Earth from orbit since 2000, and its crew members have a knack for capturing iconic urban grids. Think the golden rectangles of Manhattan, the sprawling freeways of Los Angeles, the volcanic ring around Mexico City. As the 2026 tournament approaches — the first to span three nations — these images offer a bird’s-eye preview of the stage. But they also tell a deeper story about growth, climate, and the sheer scale of the beautiful game.
The View from Orbit: A Planetary Perspective
Astronaut photography isn’t accidental. NASA‘s Earth Observatory program actively coordinates with crew members to document urban areas, natural disasters, and seasonal changes. “Every time we fly over a major city, it’s a reminder of how interconnected our planet is,” says Dr. Karen Nyberg, a former NASA astronaut who spent 180 days on the ISS. “You see the grid of streets, the glow of stadium lights, the way rivers cut through urban sprawl. It’s humbling.”
Nyberg’s own shots from 2013 include nighttime images of Chicago and New York — two of the 16 U.S. host cities. Those photos, taken with a Nikon D3S and 400mm lens, show stadiums as bright specks among a sea of lights. “You can pick out the stadiums because they’re so bright,” she adds. “They’re like little islands of concentrated energy.” That energy will be multiplied across 48 matches, drawing millions of fans to cities from Vancouver to Atlanta.
But the photos aren’t just aesthetic. They’re used by urban planners and geographers to study sprawl, transportation networks, and the environmental footprint of mega-events. Dr. Carlos Fuentes, an urban geographer at the University of Guadalajara, has used ISS imagery to track the expansion of Mexico City’s suburbs over two decades. “The 2026 World Cup is a catalyst for infrastructure,” he says. “We can see new highways and transit lines being built from space — literally. It’s a real-time map of change.”
What the Photos Reveal About Host Cities
Take Los Angeles, set to host eight matches at SoFi Stadium. Astronaut photos from 2020 show the city’s iconic freeway spaghetti — the 405, the 101, the 5 — snaking through a beige basin. But they also capture the San Gabriel Mountains and the Pacific Ocean, a reminder of LA’s precarious relationship with wildfire and drought. “You can see the burn scars from recent fires,” notes Fuentes. “That’s context you don’t get from a map.”
Toronto, another host, appears as a tight cluster of skyscrapers hugging Lake Ontario. A 2018 image taken by an astronaut aboard the ISS reveals the city’s distinct waterfront, the green ribbon of the Don Valley, and the bright dome of the Rogers Centre — a 2026 venue. Compare that to Mexico City, photographed in 2015: a vast, grey carpet of buildings punctuated by the green of Chapultepec Park and the blue of the city’s ancient canals. The Estadio Azteca, which will host the tournament’s opening match, is a faint oval near the southern edge.
These images aren’t just for nostalgia. They’re archived in NASA’s Gateway to Astronaut Photography of Earth, a public database searchable by city and date. Anyone can pull up a shot of their hometown from orbit. “It democratizes the view,” says Nyberg. “You don’t have to be an astronaut to see your city from space.”
A Climate Perspective from Orbit
Astronauts don’t just photograph cities — they document the planet’s changing climate. The same orbits that capture stadium lights also pass over melting glaciers, drying reservoirs, and burning forests. In June 2024, ocean temperatures shattered records, a trend that has direct implications for coastal host cities like Miami, Seattle, and Vancouver. As we reported in our coverage of June ocean heat shattering records, the view from above offers an unmistakable picture of a warming planet.
“When you see the Gulf Stream from space, it’s not abstract,” Nyberg says. “You watch hurricanes spin up. You see the brown of drought. And then you fly over a stadium being built for a World Cup — it’s this strange juxtaposition of human celebration and planetary stress.” The 2026 tournament will face its own climate challenges: heat waves in the southern U.S., wildfire smoke in the West, and sea-level rise threatening coastal venues. The ISS photos provide a baseline — a way to measure how these cities change over the next decade.
The Human Element
Look, there’s something deeply human about looking down at a city where millions will soon gather to cheer. Astronauts often report that the most emotional moments come when they spot their hometowns. “I remember seeing Houston from orbit,” Nyberg recalls. “I could pick out the Astrodome, the medical center, my own neighborhood. It made me feel connected to everyone down there.” That connection will be magnified in 2026, when fans from 48 nations converge on 16 cities. The ISS crew will likely capture those gatherings — the floodlit stadiums, the traffic jams, the fan zones — adding a new chapter to the archive.
But the photos also raise questions. How do we balance the joy of a global tournament with the environmental cost? The carbon footprint of the 2022 Qatar World Cup was estimated at over 10 million tonnes of CO₂. The 2026 edition, spread across three countries, could be even larger. “From space, there’s no border,” says Fuentes. “You see the whole system. And you realize that a World Cup is both a celebration and a stress test for our planet.”
As the tournament approaches, NASA and the Canadian Space Agency are already planning special photography sessions. The ISS orbits Earth every 90 minutes, giving astronauts multiple chances to capture each host city in different light — dawn, dusk, nighttime. The resulting images will be more than souvenirs. They’ll be a time capsule of urban life in the mid-2020s, a record of how we build, play, and adapt. And for those of us stuck on the ground, they’ll offer a rare chance to see the beautiful game from the ultimate vantage point.
Frequently Asked Questions
How do astronauts take these photos?
Astronauts use handheld digital cameras with telephoto lenses, typically 200–800mm. They shoot through the ISS’s cupola — a seven-window module offering panoramic views. NASA provides a target list each day, but crew members can also request specific shots. The images are downlinked to Earth and posted on NASA’s Gateway to Astronaut Photography website within hours.
Are there any famous photos of World Cup host cities?
Yes. A 2013 nighttime image of New York City taken by astronaut Chris Hadfield is iconic — it shows Manhattan as a golden grid, with Central Park as a dark rectangle. A 2018 shot of Toronto by astronaut Alexander Gerst captures the city’s waterfront and the Rogers Centre. Both are available in NASA’s public archive.
Can I see my own city from the ISS?
Absolutely. Visit NASA’s Gateway to Astronaut Photography and search by city name or coordinates. The database contains over 4 million images, including many of urban areas. You can also use the ISS tracking tools to know when the station will fly over your location — and maybe wave as it passes.
