Satellites Visible from Mexico City
Tonight
Satellite viewing from Mexico City on the night of 23 August 2026 is rated POOR NIGHT: 2 visible ISS, Tiangong or Hubble passes, the best reaching 27° above the horizon. The best window for satellite spotting over Mexico City on 23 August 2026 is 19:13–20:29 and 04:34–05:49 CST, when most satellites are still catching sunlight. Between those windows the sky is dark but the majority sit inside Earth’s shadow. Individual satellites in lower orbits can be visible a little outside these times. The best pass of the night is picked from live orbital data — the one that climbs highest and stays visible longest.
At 9pm local on 24 August 2026, no naked-eye planets are above the horizon from Mexico City. Planets rise and set like the stars, so the picture changes through the night and across the year.
Mexico City (19.4°N) — the ISS can climb high overhead here, giving bright, well-placed passes.
Mexico City at 2,240m above sea level is one of the highest major cities on Earth — and altitude here matters enormously for satellite watching. The ISS can reach 90° elevation from CDMX's near-tropical latitude, and the thinner atmosphere at 2,240m means satellites appear measurably brighter than from sea-level cities. Mexico has no daylight saving since 2022 (Sonora-style reform extended nationally), keeping pass schedules predictable year-round.
Observing notesEvening twilight 25 minutes after sunset. Best months: November–April dry season when the high-altitude basin clears dramatically. Avoid May–October rainy season when afternoon convection produces persistent evening cloud.
🛰 SEE SATELLITES OVER MEXICO CITY NOWSATELLITE SPOTTING FROM MEXICO CITY
When can I see the ISS from Mexico City?
The ISS is visible from Mexico City during twilight — roughly 25 minutes after sunset or before sunrise (twilight is brief at 19.4°N). CDMX has observed CST (UTC−6) year-round since Mexico abolished nationwide daylight saving in 2022, making pass schedules completely consistent across the year. At 19.4°N and 2,240m altitude the ISS can reach 90° elevation — and the high altitude reduces atmospheric extinction significantly. From Chapultepec Park or the rooftop of the Palacio de Bellas Artes, the ISS moves rapidly across a sky that covers most of the bowl-shaped Valley of Mexico basin.
What satellites are visible from Mexico City?
Mexico City can see the ISS (magnitude −4), Tiangong, Hubble Space Telescope, and AST BlueBirds. At 19.4°N Hubble reaches up to 90° elevation — directly overhead from CDMX's latitude. The altitude advantage (2,240m) means Hubble appears slightly brighter than from coastal cities at the same latitude. Starlink trains from Cape Canaveral and Vandenberg launches are excellent from Mexico City's longitude — the city's position on the North American Pacific/Gulf of Mexico divide means trains from both launch sites can be well-placed. The Universidad Nacional Autónoma de México (UNAM) operates Observatorio Astronómico Nacional and actively engages public astronomy outreach.
Where is the best place to watch satellites in Mexico City?
Chapultepec Park — Mexico City's great urban forest in the western city — offers the largest dark-sky patches within the metro. The park's elevated Castillo de Chapultepec hilltop gives 360° horizon access above much of the surrounding light dome. For near-city dark skies, the Teotihuacán archaeological site (50km northeast, Bortle 5) is an extraordinary backdrop for satellite watching — the Pyramid of the Sun alignment provides cardinal direction reference during passes. The Iztaccíhuatl-Popocatépetl National Park (70km southeast, Bortle 3 at altitude) gives the best dark sky within reasonable driving distance. UNAM's Tonantzintla Observatory near Puebla is another option for organised viewing.
Can I see satellites from Mexico City city centre?
Yes — the ISS at magnitude −4 is clearly visible from the Zócalo (Mexico City's main plaza) or from the Paseo de la Reforma corridor. At 90° maximum elevation the station climbs nearly overhead, clearing CDMX's surrounding mountains before reaching peak. The altitude (2,240m) provides noticeably better sky transparency than a sea-level megacity of similar population — limiting magnitude from Chapultepec Park is typically 1–2 magnitudes better than comparable parks in New York or Los Angeles. For BlueBirds (magnitude 3) Chapultepec's darker interior sections or the Estadio Azteca's open-sky surroundings work reasonably well.
Does Mexico City's latitude and altitude make it good for satellite spotting?
The combination of 19.4°N latitude and 2,240m altitude makes Mexico City one of the world's most favourably positioned major cities for satellite observation. Near-zenith ISS passes at 90° elevation combined with 20–30% less atmosphere than sea level creates conditions comparable to many professional observatory sites' low-altitude facilities. Mexico City shares ISS geometry with Mumbai (19.1°N), making it an interesting comparison: CDMX's altitude advantage compensates for Mumbai's lower humidity. The valley basin geography does mean surrounding mountains can clip very low-angle horizon passes — but with 90° maximum elevation this rarely matters in practice.
What is the best season for satellite spotting in Mexico City?
November through April — Mexico City's dry season. The Basin of Mexico becomes remarkably clear in winter, with dust-free high-altitude air and excellent sky transparency. December–February are the most reliable months: cloud-free night after night, with the high-altitude valley cooling rapidly after sunset to provide exceptionally stable air for satellite tracking. May marks the start of the rainy season — afternoon convective storms develop in the mountains surrounding the valley and cloud often persists into the evening. July and August see daily rain with significant cloud, making these the worst months for satellite observing despite the mild temperatures. September–October remain unsettled as the rainy season tails off.
Mexico City is in the coverage zone for EARENDIL-1, the first commercial space mirror from Reflect Orbital. When operational, the steerable mirror could illuminate Mexico City during targeted passes. OrbitalSolar.ai has full pass predictions for Mexico City →
WHAT'S VISIBLE FROM HERE
From Mexico City (19.4°N) you have access to a wide range of satellites: