C/2019 L3 (ATLAS) - In-The

C/2019 L3 (ATLAS)

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From New Delhi , C/2019 L3 (ATLAS) is not readily observable since it lies so far south that it will never rise more than 0° above the horizon.

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Name C/2019 L3 (ATLAS)

Object type Comet

Current position

Computed for:	13 February 2026
Right ascension:	13h33m [1]
Declination:	−61°04' [1]
Constellation:	Centaurus
Magnitude:	18.42 (V) [2]
Distance:	11.77 AU97.90 lightmin [1]

Orbital elements [1]

Semi-major axis:	-1148.93 AU
Eccentricity:	1.003097
Inclination:	48.35°
Longitude ascending node:	290.72°
Argument of perihelion:	171.74°
Epoch of elements:	5 May 2025
Mean Anomaly at epoch:	0.03°
Absolute mag (H):	-0.90 [2]
Slope parameter (n):	5.24 [2]

Derived quantities

Perihelion:

3.56 AU

Sources

[1]	Minor Planet Centre

[2]	BAA Comet Section

Visibility from New Delhi

All times shown in New Delhi local time.

Additional sources

The position of this comet was calculated from orbital elements published by the Minor Planet Center (MPC).

We estimate the brightnesses of comets from magnitude parameters published by the BAA Comet Section, where these are available. These are computed from the observations they receive from amateur astronomers.

Comets are intrinsically highly unpredictable objects, since their brightness depends on the scattering of sunlight from dust particles in the comet's coma and tail. This dust is continually streaming away from the comet's nucleus, and its density at any particular time is governed by the rate of sublimation of the ice in the comet's nucleus, as it is heated by the Sun's rays. It also depends on the amount of dust that is mixed in with that ice. This is very difficult to predict in advance, and can be highly variable even between successive apparitions of the same comet.

In consequence, while the future positions of comets are usually known with a high degree of confidence, their future brightnesses are not. For most comets, we do not publish any magnitude estimates at all. For the few comets where we do make estimates, we generally prefer the BAA's magnitude parameters to those published by the Minor Planet Center, since they are typically updated more often.

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