Satellites Visible from ShenzhenChina flag Tonight

Satellites tonight

Satellite viewing from Shenzhen on the night of 23 August 2026 is rated POOR NIGHT: 2 visible ISS, Tiangong or Hubble passes, the best reaching 49° above the horizon. The best window for satellite spotting over Shenzhen on 23 August 2026 is 04:15–05:33 and 19:03–20:21 GMT+8, 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.

Planets at 9pm

At 9pm local on 23 August 2026, no naked-eye planets are above the horizon from Shenzhen. Planets rise and set like the stars, so the picture changes through the night and across the year.

22.54°NLatitude
114.06°ELongitude
UTC+8Timezone

Shenzhen (22.5°N) — the ISS can climb high overhead here, giving bright, well-placed passes.

Shenzhen, China is perfectly placed for satellite spotting. The ISS, Tiangong, Hubble, and AST BlueBird satellites all pass overhead — OrbitalNodes.ai shows you exactly when and where to look, personalised to your exact location.

Observing notes

Evening twilight begins 30 min after sunset, morning 45 min before sunrise. Best viewing away from the city-centre light dome, toward darker outskirts — best October to March, when northern nights are longest.

🛰 SEE SATELLITES OVER SHENZHEN NOW
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NEXT PASS OVERHEAD — Shenzhen
Live prediction · Updates automatically
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🌙 TONIGHT IN SHENZHEN — VIEWING CONDITIONS
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SHENZHEN22.54°NISS pass tonight
Sky arc showing the satellite pass across the local horizon90°45°15°YOU↑ NWNE ↓
✦ Big Dipper
near overhead — spectacular pass
90°Max Elevation
NW→NERises · Sets
6 minPass Length

What Shenzhen's latitude means for satellite spotting

Latitude decides what you can see, and Shenzhen’s is 22.5°N. The ISS is your standout target: at magnitude −4 it cuts straight through city skyglow, and from 23° it can climb to high passes several nights a week. China’s Tiangong, on a 41.5° inclination, also rides high from here — a second naked-eye station over the city.

The stations are just the start — the same latitude arranges the rest of the sky. The Milky Way's core reaches a useful height — culminating about 38° up toward the south — though from the city its glow is mostly lost to light pollution; an hour out toward darker skies brings it back. You won’t catch the Magellanic Clouds — from this latitude they never clear the horizon. Polaris sits about 23° above your northern horizon to orient by. The long nights of autumn and winter offer the steadiest viewing.

Shenzhen’s wet season (April–September) is long — the drier October–January months bring the settled, clear evenings.

SATELLITE SPOTTING FROM SHENZHEN

When can I see the ISS from Shenzhen?

The ISS appears during twilight — roughly 30 to 60 minutes after sunset or before sunrise. From Shenzhen's latitude of 22.5°N the best passes climb nearly overhead, and the brightest take four to six minutes to cross. OrbitalNodes lists the precise pass times and where on the horizon to start watching.

What satellites are visible from Shenzhen?

From Shenzhen the headline targets are the ISS (magnitude −4, the brightest), Tiangong, the Hubble Space Telescope and the AST BlueBird satellites. Recently launched Starlink trains are a bonus when the timing lines up.

Where is the best place to watch satellites in Shenzhen?

The bright stations cut through city glow, but fainter targets reward darker ground. Heading to the darker edges of Shenzhen sharply improves what you can pick out. Polaris and the Big Dipper help you orient.

Can I see satellites from Shenzhen city centre?

Yes. At magnitude −4 the ISS punches straight through Shenzhen's light pollution and needs no equipment, and Tiangong usually shows from the centre too. Only the fainter satellites really need darker skies.

Does Shenzhen's latitude make it good for satellite spotting?

It does — 22.5°N is a strong latitude, with high, bright ISS passes nearly overhead and access to a wide spread of orbits. Tiangong, China's space station, can also ride high here and is an easy second naked-eye target.

What is the best season for satellite spotting in Shenzhen?

Aim for October through March, when northern-hemisphere nights are longest and the air is clearest; midwinter is prime.

SPACE MIRROR WATCH

Shenzhen sits in the Northern Hemisphere — and when EARENDIL-1 launches, its steerable mirror could illuminate targeted cities during passes. Track space-mirror passes on OrbitalSolar.ai →

WHAT'S VISIBLE FROM HERE

From Shenzhen (22.54°N) you have access to a wide range of satellites — here's what's visible and what isn't:

ISS →Up to 90° elevation — nearly overhead. Magnitude −4. City-visible.
Tiangong →In its 41.5° orbit, reaching about 90° from Shenzhen. Slightly dimmer than the ISS, with an orange tint.
Hubble →Visible — passes nearly overhead (90°). Best on dark, moonless nights.
BlueBirds →All BlueBirds visible from Shenzhen. BB-6 at mag 1.5 is easy; 1–5 need darker skies.
Amazon Kuiper →Visible but faint (mag 5). A dark-sky location is needed.

BEST DARK-SKY SPOTS

Xichong · 60 km NE (90 min)
China's first International Dark Sky Community, on the Dapeng Peninsula, home to the Shenzhen Astronomical Observatory.
Dapeng Peninsula coast
The mountains-and-sea setting east of the city shields much of the urban glow.
Rural outskirts
Clear of the Pearl River Delta light dome, bright passes and the Milky Way both improve sharply.
★ BEST: October – March
Autumn and winter — longer nights and crisp, transparent skies. December and January are peak.
✗ AVOID: June – July
Long twilight and summer haze reduce limiting magnitude; the ISS stays visible but fainter satellites get harder.
VISIBILITY FROM THIS CITY: Hubble passes nearly overhead (90°). BlueBird-6 visible. ISS reaches 90° — near overhead.
CITE THIS PAGE
OrbitalNodes.ai. “Shenzhen Satellite Tracker”. https://orbitalnodes.ai/shenzhen/
Figures on this page are computed from current orbital elements and released under CC BY 4.0 — quote, republish or build on them freely with credit to OrbitalNodes.ai.