- Communications satellite
- EUTE 48A (HB2)
- NORAD 24665
- 1996-067A
- Inclined geosynchronous
Current orbit
View on live mapOrbit began over Indonesia
Orbit ends over the Indian Ocean
In view from you
Nobody watches Hot Bird 2 go over, but a receiver still asks whether it is above the horizon. Say where you are and this card answers.
Your position is rounded to about a kilometre and sent only to the Orbinauts API, to find the pass.
No brightness has been published for Hot Bird 2, so it is not a naked-eye satellite and no city page carries pass times for it. Nothing here estimates one.
Seeing it
There is nothing to go outside for: it is too faint for the naked eye. What reaches you from it reaches a dish or an antenna, not an eye.
Timeline
- Launch
Launched, on the day GCAT records. Source
Summary
Over the Strait of Malacca LIVE
Where is Hot Bird 2?
At 6:41:44 PM UTC Hot Bird 2 was over the Strait of Malacca (6.5° N, 97.7° E), 36,363 km up, moving at 3.05 km/s and in sunlight.
What is Hot Bird 2?
A communications satellite in an inclined geosynchronous orbit, in space since Nov 21, 1996.
Can I see Hot Bird 2?
No, not with the naked eye: no brightness has been published for Hot Bird 2, and nothing here estimates one; the dishes and receivers on the ground use its signals instead.
General
- Operator
- European Telecommunications Satellite Organization
- State
- European Telecommunications Satellite Organization
- Built by
- Matra Marconi Space (Toulouse)
- What it is
- Communications satellite
- Launched
- Mass
- about 2.9 t
- Operating
- No: its regular operations have ended
- Orbit class
- Inclined geosynchronous
From GCAT, Jonathan McDowell’s general catalogue, licensed CC BY 4.0: the operator, the state, the manufacturer, what it is for, the launch day, the mass, and whether it is operating. The orbit class is read from its current elements.
Latest orbital data
- Position received
- 6:41 PM UTC
- Station time (UTC)
- 6:41 PM UTC
- Latitude / longitude
- 6.5° N, 97.7° E
- Altitude
- 36,363 km
- Speed
- 3.05 km/s (10,991 km/h)
- Course
- north
- Light
- In sunlight
- Inclination
- 12.2°
- Orbital period
- 1,463.7 minutes
- Orbits per day
- 0.98
- This orbit
- 36,285 to 36,367 km
- In shadow
- None of this orbit
- In view from
- Within 7,960 km of the point below it
- Elements epoch
- Nov 7, 2026, 4:51 PM, 1 day old
- Source
- Position from Space-Track orbital elements of Nov 7, 2026, 4:51 PM, 1 day old.
No operator publishes an ephemeris for Hot Bird 2, so every position here comes from its orbital elements.
In orbit
- Close approaches
- No close approach to Hot Bird 2 has been reported publicly in the past thirty days.
From Space-Track’s public conjunction messages; the latest report was issued Nov 8, 2026, 1:11 PM, 3 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
| Satellite | Typical altitude | Orbital period | Mass | In space since |
|---|---|---|---|---|
| Hot Bird 2 | 36,285 to 36,367 km | 1,464 minutes | about 2.9 t | 1996 |
| Hispasat 30W-6 | 35,786 to 35,786 km | 1,436 minutes | about 6.1 t | 2018 |
| Amazonas Nexus | 35,786 to 35,786 km | 1,436 minutes | about 4.1 t | 2023 |
| ARSAT-1 | 35,786 to 35,786 km | 1,436 minutes | about 3 t | 2014 |
| Astra 1N | 35,786 to 35,786 km | 1,436 minutes | about 5.3 t | 2011 |
| Hotbird 13F | 35,786 to 35,786 km | 1,436 minutes | about 4.5 t | 2022 |
Data and API
The current elements from Space-Track as an OMM object, epoch Nov 7, 2026, 4:51 PM, 1 day old.
{
"OBJECT_NAME": "EUTE 48A (HB2)",
"OBJECT_ID": "1996-067A",
"EPOCH": "2026-11-07T16:51:38.740608",
"MEAN_MOTION": 0.98380673,
"ECCENTRICITY": 0.00095403,
"INCLINATION": 12.2109,
"RA_OF_ASC_NODE": 34.6037,
"ARG_OF_PERICENTER": 191.2021,
"MEAN_ANOMALY": 179.735,
"EPHEMERIS_TYPE": 0,
"CLASSIFICATION_TYPE": "U",
"NORAD_CAT_ID": 24665,
"ELEMENT_SET_NO": 999,
"REV_AT_EPOCH": 10947,
"BSTAR": 0,
"MEAN_MOTION_DOT": -7.9e-7,
"MEAN_MOTION_DDOT": 0
}