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ISS passes tonight over Orlando

No visible passes tonight. The station is not crossing a dark Orlando sky between 6:00 PM and 6:00 AM — see why below, and check back in a day or two.

Tonight's window
6:00 PM – 6:00 AM
Tue, Sep 1 · EDT
Visible passes
0
dark sky + sunlit satellite
Observer
28.54°N
81.38°W — Orlando center
Elements
Tue, Sep 1
CelesTrak epoch, 11:57 AM UTC

International Space Station

NORAD 25544 · epoch 2026-09-01

No visible ISS pass over Orlando tonight.

Tiangong (China Space Station)

NORAD 48274 · epoch 2026-09-01

No visible Tiangong pass over Orlando tonight — 3 passes in daylight or shadow.

3 passes you will not see (daylight or Earth's shadow)
  • 12:19 AMWed, Sep 2In Earth's shadow — unlit
    Rises
    12:19 AM
    Highest
    13° at 12:23 AM
    Visible for
    9 min · sets 12:27 AM
  • 1:56 AMWed, Sep 2In Earth's shadow — unlit
    Rises
    1:56 AM
    Highest
    51° at 2:01 AM
    Visible for
    10 min · sets 2:06 AM
  • 3:33 AMWed, Sep 2In Earth's shadow — unlit
    Rises
    3:33 AM
    Highest
    15° at 3:37 AM
    Visible for
    9 min · sets 3:42 AM

Hubble Space Telescope

NORAD 20580 · epoch 2026-09-01

No visible Hubble pass over Orlando tonight — 4 passes in daylight or shadow.

4 passes you will not see (daylight or Earth's shadow)
  • 12:37 AMWed, Sep 2In Earth's shadow — unlit
    Rises
    12:37 AM
    Highest
    44° at 12:43 AM
    Visible for
    12 min · sets 12:49 AM
  • 2:17 AMWed, Sep 2In Earth's shadow — unlit
    Rises
    2:17 AM
    Highest
    85° at 2:23 AM
    Visible for
    12 min · sets 2:28 AM
  • 3:57 AMWed, Sep 2In Earth's shadow — unlit
    Rises
    3:57 AM
    Highest
    71° at 4:03 AM
    Visible for
    12 min · sets 4:08 AM
  • 5:37 AMWed, Sep 2In Earth's shadow — unlit
    Rises
    5:37 AM
    Highest
    29° at 5:42 AM
    Visible for
    11 min · sets 5:48 AM

Orbital elements: CelesTrak, epoch 2026-09-01 11:57 UTC. Elevation-only predictor (no direction of travel); passes above 10°; darkness = sun below −6° at Orlando; shadow check at each pass's peak. All times EDT. Computed 11:49 PM, refreshed every 30 minutes.

How to spot the ISS

  1. Be outside two minutes before the rise time with as much open sky as you can find. City lights are fine — the station outshines them.
  2. Look for a steady, un-blinking star moving about as fast as a high airliner. No flashing lights, no sound. If it blinks, it is a plane.
  3. It is brightest near the “highest” time on the card — that is when it is closest to you. Passes above 60° go almost overhead.
  4. If it fades out mid-sky, that is normal — it just flew into Earth's shadow. Wave anyway; the crew is up there.

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Frequently asked

How bright is the ISS?

On a high pass the International Space Station reaches magnitude −3 to −6 — brighter than any star and comparable to Venus — a steady white point that does not blink and makes no sound. Tiangong is a step dimmer (about −1 to −3) and Hubble is a faint, steady star (+1 to +2) that wants a dark sky. Our brightness hint uses peak elevation only: passes above 60° are the bright ones; below 30° the object stays low in haze.

Why do passes end abruptly?

A satellite is visible only while it is in sunlight and you are in darkness. When it flies into Earth's shadow it fades out over a few seconds — often still high in the sky. That is not cloud: it is orbital sunset. Passes an hour or two after dusk usually end this way; passes before dawn often begin this way, with the station appearing out of nothing overhead.

Why are there no passes over Orlando some nights?

The ISS orbits at 51.6° inclination and its ground track drifts west about 22° each orbit, so it overflies Orlando in runs of a week or two, then swings away for a similar stretch. Even when it does pass over, the sun angle has to line up so the station is lit while your sky is dark. Tiangong (41.5°) and Hubble (28.5°) never climb high for cities north of those latitudes — Orlando is at 28.5°N, so Hubble stays low on the southern horizon here.

Other cities

Can you see a rocket launch from Orlando? · What's overhead right now · Live satellite tracker