2022 LT14

ASTEROIDTrans-Neptunian object

ILLUSTRATION · NO MEASURED PROPERTIES

[

OVERVIEW

] ASTEROID

2022 LT14 is a . Its absolute magnitude () is 8.70. It orbits the Sun at a mean distance of 68.82 .

WHAT IT IS: Trans-Neptunian object
HOW FAR: 68.82
HOW BRIGHT IN ITSELF (H)
ONE ORBIT TAKES: 572

[

OBSERVING

] FROM WHERE YOU ARE

What it takes to see 2022 LT14 for yourself. Everything in this part of the page is worked out for a real horizon, a real night and the equipment you say you have.

WHERE IT IS NOW

[

CATALOG DATA

] 11 FIELDS

The raw catalogue values, as the source published them, with the error bars where one was published — sorted by what each set of figures is about rather than by the order they happened to be stored in.

THE ORBIT

The shape of the path, where the object sits on it, and the instant those figures were true of. An orbit is a fit to observations and drifts away from the real one either side of its epoch.

Orbital period: 572.2 ±2.7×10⁷
Eccentricity: ±150
Inclination: 41.06 ±2200
Longitude of ascending node: 286.54 ±65
Argument of perihelion: 356.61 ±5.7×10⁵
Mean anomaly: 3.6
Element epoch: 2459746.5000
Perihelion passage: 2457659.1600
Minimum distance from Earth's orbit: 60.9
Orbit class: TNO

WHEN IT WAS FOUND

Who first saw it, from where, and by what method.

First observed: 2022-06-02

[

ALSO KNOWN AS

] 2 DESIGNATIONS

Asteroid (2022 LT14)
Asteroid 2022 LT14

[

LOOK IT UP ELSEWHERE

] 1 SERVICE

Each link carries the identifier printed beside it. Nothing on this page is a measurement of our own, so a number that disagrees with one of these is worth reporting — and a service that has never catalogued this object under this name will say so plainly.

JPL Small-Body Database2022 LT14
The orbit these elements were taken from, with its uncertainty, its close approaches and every observation behind the fit.

[

CITE THIS PAGE

] DR1

This page is live and its numbers move when an upstream refreshes, so the citation names the release the rows belong to rather than the day you read them. The release itself is frozen, republished as a bundle, and is what a data-availability statement should point at.

PLAIN TEXT

SpaceCatalog. 2022 LT14 [catalogue entry]. Data release DR1 (2026-08-21). https://spacecatalog.org/object/2022-lt14

BIBTEX

@misc{spacecatalog_2022-lt14,
  author       = {{SpaceCatalog}},
  title        = {{2022 LT14}},
  howpublished = {SpaceCatalog, data release DR1 (2026-08-21)},
  year         = {2026},
  url          = {https://spacecatalog.org/object/2022-lt14},
  note         = {Catalogue entry, data release DR1 (2026-08-21). Values from JPL Small-Body Database.}
}

The values above were taken from JPL Small-Body Database — Public domain (NASA/JPL). Citing this page does not replace citing that catalogue.

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