Hubble Space Telescope

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Link to this page

https://orbinauts.com/satellites/hubble

  • Space telescope
  • Hubble
  • NORAD 20580
  • 1990-037B
  • Low Earth orbit
  • Naked-eye

Current orbit

Where Hubble is on the world map, with the orbit it is flying
View on live map

Orbit began over South Africa

Orbit ends over the Atlantic Ocean

Sunlit since

Enters the Earth’s shadow

Passes over you

Say where you are and your own next passes appear here, the first drawn across your sky.

Your position is rounded to about a kilometre and sent only to the Orbinauts API, to find the pass.

Meanwhile, the next visible pass over three cities:

  • LondonNo visible pass in the next 10 days
  • New York City
  • Sydney

How to see it

It crosses the sky as a steady point of light, as bright as the brightest stars, taking a few minutes from one horizon to the other and never blinking. Look in the dark hour after sunset or before sunrise, when the sky is dark and it is still in sunlight, and away from street lights if you can. It can be seen as far north and south as about 42°.

Passes over: New York City, Los Angeles, Mexico City, Madrid, Cairo, Delhi, Tokyo, São Paulo, every city

Altitude

450 km500 km550 km600 km650 km1234567
Hubble, one reading a day from Apr 25, 1990 to Nov 3, 2026. The band runs from the lowest point of the orbit to the highest; the line is the middle of it.
  1. 1 The main mirror was found to be the wrong shape by a hair, which blurred every picture it took.
  2. 2 First servicing mission, STS-61: the COSTAR corrective optics went in and Wide Field and Planetary Camera 2 replaced the first camera.
  3. 3 Second servicing mission, STS-82: the Space Telescope Imaging Spectrograph and NICMOS replaced the two spectrographs before them.
  4. 4 Third servicing mission, STS-103: the units holding the gyroscopes were replaced, and the computer with them.
  5. 5 Fourth servicing mission, STS-109: the Advanced Camera for Surveys and a new cooling system went in, with new solar arrays.
  6. 6 Last servicing mission, STS-125: Wide Field Camera 3 and the Cosmic Origins Spectrograph went in, every gyroscope and battery was replaced, and two instruments were repaired in orbit.
  7. 7 Hubble went back to observing after weeks offline, pointing itself with one gyroscope instead of three.

One reading a day, worked out from the elements Space-Track publishes.

Timeline

  1. Launch

    Launched on Space Shuttle from Kennedy Space Center. Source

  2. Milestone

    The main mirror was found to be the wrong shape by a hair, which blurred every picture it took. Source

  3. Milestone

    First servicing mission, STS-61: the COSTAR corrective optics went in and Wide Field and Planetary Camera 2 replaced the first camera. Source

  4. Milestone

    Second servicing mission, STS-82: the Space Telescope Imaging Spectrograph and NICMOS replaced the two spectrographs before them. Source

  5. Milestone

    Third servicing mission, STS-103: the units holding the gyroscopes were replaced, and the computer with them. Source

  6. Milestone

    Fourth servicing mission, STS-109: the Advanced Camera for Surveys and a new cooling system went in, with new solar arrays. Source

  7. Milestone

    Last servicing mission, STS-125: Wide Field Camera 3 and the Cosmic Origins Spectrograph went in, every gyroscope and battery was replaced, and two instruments were repaired in orbit. Source

  8. Milestone

    Hubble went back to observing after weeks offline, pointing itself with one gyroscope instead of three. Source

Size

Hubble, 13.2 m by 4.3 m, drawn to scale over a city bus.
  • Hubble
  • City bus, 12 by 3 m

Summary

Over the Indian Ocean LIVE

Where is Hubble?

At 3:00:43 AM UTC Hubble was over the Indian Ocean (28.6° S, 33.7° E), 474 km up, moving at 7.63 km/s and in sunlight.

What is Hubble?

A space telescope in low Earth orbit, in space since Apr 24, 1990.

Can I see Hubble tonight?

Yes: Hubble can be seen with the naked eye when it passes over you in a dark sky, after dusk or before dawn, as a steady light that crosses the sky in a few minutes.

General

The Hubble Space Telescope drifting above the Earth's horizon after its release from Space Shuttle Atlantis in 2009.
Photograph: NASA (public domain)
Launched
Rocket
Space Shuttle
Main mirror
2.4 m across
Size
13.2 m long by 4.3 m across
Light it sees
Ultraviolet, visible and infrared light
Wavelengths
115 to 2,500 nm
Instruments
WFC3, ACS, COS, STIS, and FGS
Operator
NASA and ESA, with the science run from the Space Telescope Science Institute
Mass
about 12.2 t
Typical altitude
465 to 480 km
Speed
about 7.63 km/s (27,500 km/h)

Latest orbital data

Position received
3:00 AM UTC
Station time (UTC)
3:00 AM UTC
Latitude / longitude
28.6° S, 33.7° E
Altitude
474 km
Speed
7.63 km/s (27,472 km/h)
Course
east
Light
In sunlight until 3:53 AM UTC
Inclination
28.5°
Orbital period
94 minutes
Orbits per day
15.32
This orbit
472 to 475 km
In shadow
35 minutes of each orbit
In view from
Within 1,510 km of the point below it
Elements epoch
Nov 2, 2026, 10:12 AM, 16 hours old
Source
Position from Space-Track orbital elements of Nov 2, 2026, 10:12 AM, 16 hours old.

No operator publishes an ephemeris for Hubble, so every position here comes from its orbital elements.

In orbit

Close approaches
No close approach to Hubble has been reported publicly in the past thirty days.
Losing to drag
Hubble is falling about 11 m a day, read from the last 8,985 days of samples.

From Space-Track’s public conjunction messages; the latest report was issued Nov 2, 2026, 1:53 PM, 13 hours old. Only approaches serious enough to be reported publicly are listed: within three days and, for two bodies near the Earth, closer than a kilometre with a chance of a collision above 1 in 10,000, the level at which NASA moves the ISS.

Beside the others

SatelliteLight it seesTypical altitudeMain mirrorMassIn space since
HubbleUltraviolet, visible and infrared light465 to 480 km2.4 mabout 12.2 t1990
FermiGamma rays, from 8 keV to more than 300 GeV488 to 498 km—about 4.3 t2008
CheopsVisible and near-infrared light, from 0.33 to 1.1 µm679 to 694 km0.3 m280 kg2019
XMM-NewtonX-rays, from 0.15 to 12 keV, and visible and ultraviolet light29,443 to 91,682 km0.7 mabout 3.8 t1999
ChandraX-rays, from 0.1 to 10 keV12,186 to 136,630 km1.2 mabout 4.8 t1999

Data and API

The current elements from Space-Track as an OMM object, epoch Nov 2, 2026, 10:12 AM, 16 hours old.

{
  "OBJECT_NAME": "HST",
  "OBJECT_ID": "1990-037B",
  "EPOCH": "2026-11-02T10:12:07.775136",
  "MEAN_MOTION": 15.3215154,
  "ECCENTRICITY": 0.000167,
  "INCLINATION": 28.4727,
  "RA_OF_ASC_NODE": 214.762,
  "ARG_OF_PERICENTER": 250.8889,
  "MEAN_ANOMALY": 109.1527,
  "EPHEMERIS_TYPE": 0,
  "CLASSIFICATION_TYPE": "U",
  "NORAD_CAT_ID": 20580,
  "ELEMENT_SET_NO": 999,
  "REV_AT_EPOCH": 80978,
  "BSTAR": 0.00014793,
  "MEAN_MOTION_DOT": 0.00004962,
  "MEAN_MOTION_DDOT": 0
}