Orbital Register seal
ORBITAL REGISTER™by Orbital Radar™

The satellite re-entry register

Earth orbit, on the record.

The permanent public record of every human-made object whose flight has ended: 35,750 entries, from the first rocket stage to fall back in 1957 to this year’s re-entries. Every entry has a permanent number, made to be cited.

Try
Founding volume · September 2026Standards of the RegisterHow to cite
One grain = one entry, in date order within each year. Point at a grain to see the object.
35,750
Entries on record
1,365
Landed
98
Ended on another world
26
Returned from deep space
2,497
In 2022, the busiest year
The register

Re-entered satellites: every entry

Each flight that has ended, with its permanent entry number. Filter on the left, sort by any column, and select a row to open its certificate.

30 of 35,750 entries
PendingOBJECT DNORAD 51827 · 2022-019D · Unidentified objectChina27 Feb 202214 Oct 20264y 7mRe-enteredPendingOBJECT BNORAD 51825 · 2022-019B · Unidentified objectChina27 Feb 202212 Sep 20264y 6mRe-enteredPendingJilin-1 GaoFen 03D 13 xingNORAD 51846 · 2022-019Y · SpacecraftChina27 Feb 202225 Jun 20264y 3mRe-enteredPendingJilin-1 GaoFen 03D 15 xingNORAD 51839 · 2022-019R · SpacecraftChina27 Feb 20226 Jun 20264y 3mRe-enteredPendingJilin-1 GaoFen 03D 12 xingNORAD 51841 · 2022-019T · SpacecraftChina27 Feb 20225 Jun 20264y 3mRe-enteredPendingJilin-1 GaoFen 03D 18 xingNORAD 51844 · 2022-019W · SpacecraftChina27 Feb 20223 May 20264y 2mRe-enteredPendingJilin-1 GaoFen 03D 10 xingNORAD 51840 · 2022-019S · SpacecraftChina27 Feb 20221 May 20264y 2mRe-enteredPendingJilin-1 GaoFen 03D 11 xingNORAD 51835 · 2022-019M · SpacecraftChina27 Feb 202230 Apr 20264y 2mRe-enteredPendingJilin-1 GaoFen 03D 14 xingNORAD 51831 · 2022-019H · SpacecraftChina27 Feb 202221 Apr 20264y 1mRe-enteredPendingJilin-1 GaoFen 03D 16 xingNORAD 51834 · 2022-019L · SpacecraftChina27 Feb 20225 Apr 20264y 1mRe-enteredPendingOBJECT ANORAD 51824 · 2022-019A · Unidentified objectChina27 Feb 20221 Jan 20263y 10mRe-entered2025-1406Jilin-1 GaoFen 03D 17 xingNORAD 51838 · 2022-019Q · SpacecraftChina27 Feb 202224 Aug 20253y 5mRe-entered2025-1152OBJECT KNORAD 51833 · 2022-019K · Unidentified objectChina27 Feb 202210 Jun 20253y 3mRe-entered2025-0527OBJECT XNORAD 51845 · 2022-019X · Unidentified objectChina27 Feb 20228 Mar 20253y 0mRe-entered2025-0403Xiamen Keji 1NORAD 51826 · 2022-019C · SpacecraftChina27 Feb 202221 Feb 20252y 11mRe-entered2024-1788OBJECT NNORAD 51836 · 2022-019N · Unidentified objectChina27 Feb 20225 Nov 20242y 8mRe-entered2024-1440OBJECT GNORAD 51830 · 2022-019G · Unidentified objectChina27 Feb 202213 Sep 20242y 6mRe-entered2024-1439OBJECT FNORAD 51829 · 2022-019F · Unidentified objectChina27 Feb 202213 Sep 20242y 6mRe-entered2024-1395OBJECT PNORAD 51837 · 2022-019P · Unidentified objectChina27 Feb 20227 Sep 20242y 6mRe-entered2024-1090OBJECT UNORAD 51842 · 2022-019U · Unidentified objectChina27 Feb 202228 Jul 20242y 5mRe-entered
30 entries · page 1 of 2
Firsts and records

Milestones in the register

Facts drawn from 35,750 entries across seven decades.

Recently re-entered

The latest entries

Objects that came down this year are on record already, marked certificate pending until their entry numbers are issued. Latest entry: 2 Nov 2026.

Open the Re-entry Tracker →
How flights end

Every ending, recorded

Most flights end in Earth’s atmosphere. Some land, some end on other worlds, and a few come home from deep space.

Break-ups

Where the fragments came from

22,725 fragments are on record, each grouped with the object it came from.

For researchers and journalists

Cite the register

How to cite

Cite the register as a whole, or any entry by its number. Entry numbers are permanent.

Orbital Radar (2026). Orbital Register: the satellite re-entry register. Founding volume. https://orbitalradar.com/register

For a single entry: “Orbital Register entry no. 2001-0089”, with its page address.

Standards of the Register

  • 01An entry records an ending. An object is entered when the record shows its flight has ended, and not before.
  • 02Dates are UTC calendar days. Where records disagree, both dates are shown.
  • 03Numbers are permanent. Each is the year the flight ended and a sequence number. Once given, a number never changes and is never reused.
  • 04Corrections are public. Any change to an entry is published with the entry it changes.
Read the Standards of the Register →
Questions

About the register

How many satellites have re-entered Earth’s atmosphere?

The Orbital Register holds 35,750 entries for human-made objects whose flights have ended since 1957: 8,217 spacecraft, 4,496 rocket bodies, 22,725 fragments and 312 unidentified objects. 34,254 came back through Earth’s atmosphere, 1,365 landed and 98 ended on another world.

How many satellites have crashed to Earth?

Very few crash in the way the word suggests. Of the 35,750 objects in the Orbital Register, most burned up as they re-entered the atmosphere, often over the ocean, and 1,365 landed on purpose, like crew capsules and return capsules. The register counts 8,217 spacecraft among its entries; larger objects can drop surviving pieces, which is why big re-entries are tracked closely.

What was the first human-made object to fall back from orbit?

The core stage of the rocket that launched Sputnik 1. It is entry no. 1957-0001 and re-entered on 1 December 1957. Sputnik 1 itself followed on 3 January 1958 as entry no. 1958-0001.

Which year had the most re-entries?

2022, with 2,497 entries. The four busiest years on record are 2022, 2023, 2024 and 2025.

What does an Orbital Register entry number mean?

Each entry number is the year the flight ended followed by a sequence number, so 2001-0089 is the 89th entry for 2001. Numbers are permanent and never reused, so an entry number can be cited like a document reference.

Does anything come back from beyond Earth orbit?

Yes. 26 entries returned from deep space, including Apollo command modules and sample-return capsules, and 98 ended on another world, such as Luna 2 on the Moon and Cassini in Saturn’s atmosphere.

Across Orbital Radar

Follow the story further