Asteroid

216 Kleopatra

From New York on October 13, 2026, 216 Kleopatra rises at 12:12 PM in the ESE, is highest at 5:35 PM (38° above the horizon in the S) and sets at 10:58 PM in the WSW.

Rises 12:12 PMESE
Highest 5:35 PM 38° S
Sets 10:58 PMWSW

In the 3D sky

The sky over New York turned towards 216 Kleopatra. Drag to look around.

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12:07 PMTue, Oct 13

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Evening visibility over the year

Height of 216 Kleopatra above the horizon at 10 pm local time on the 15th of each month, from New York.

0°30°60°90°Oct: 9°OctNov: -25°NovDec: -46°DecJan: -60°JanFeb: -53°FebMar: -46°MarApr: -24°AprMay: -1°MayJun: 19°JunJul: 34°JulAug: 38°AugSep: 27°Sep

Brightness over the coming year

Predicted magnitude on the 15th of each month (lower is brighter) and the angle from the Sun. Near the Sun an object is lost in twilight. Comet forecasts can be off by a magnitude or more.

8101214Oct 26: mag 12.4, 71° From the SunOct 26Nov 26: mag 12.4, 51° From the SunNov 26Dec 26: mag 12.3, 33° From the SunDec 26Jan 27: mag 12.1, 17° From the SunJan 27Feb 27: mag 11.9, 9° From the SunFeb 27Mar 27: mag 11.9, 18° From the SunMar 27Apr 27: mag 11.9, 32° From the SunApr 27May 27: mag 11.8, 46° From the SunMay 27Jun 27: mag 11.6, 60° From the SunJun 27Jul 27: mag 11.4, 75° From the SunJul 27Aug 27: mag 11.0, 93° From the SunAug 27Sep 27: mag 10.4, 115° From the SunSep 27Oct 27: mag 9.8, 143° From the SunOct 27
WhenMagnitudeFrom the SunConstellation
Oct 15, 202612.471°Serpens
Nov 15, 202612.451°Scutum
Dec 15, 202612.333°Aquila
Jan 15, 202712.117°Capricornus
Feb 15, 202711.99°Aquarius
Mar 15, 202711.918°Aquarius
Apr 15, 202711.932°Pisces
May 15, 202711.846°Pisces
Jun 15, 202711.660°Pisces
Jul 15, 202711.475°Aries
Aug 15, 202711.093°Aries
Sep 15, 202710.4115°Taurus
Oct 15, 20279.8143°Taurus

Orbit

Perihelion passageSeptember 26, 2027
Perihelion distance2.096 au
Eccentricity0.2502
Inclination13.1°
Orbital period4.67 years
Absolute magnitude (H)7.02
Elements epochJun 9, 2026

Orbital elements and brightness parameters: NASA/JPL Small-Body Database, refreshed daily. Positions are two-body propagation from those elements with Astronomy Engine (accurate for weeks to months around the epoch). Magnitudes use JPL’s standard comet and asteroid formulas. NASA/JPL Small-Body Database Query API (Oct 13, 2026). Calculated with Astronomy Engine, an open-source library verified against the US Naval Observatory and NASA JPL. Data sources

How to use this page

Choose your place and a night at the top. The page shows where the object is in the sky, when it is best placed, how bright it should be and how its brightness and distance change over the coming months. The values come from its orbit as published by NASA JPL.

Frequently asked questions

How bright will it be?

The page gives the brightness predicted from JPL’s standard formulas. Comets often brighten or fade faster than predicted, so treat the value as a guide.

Can I see it without a telescope?

Only when it is brighter than about magnitude 6 and the sky is dark. Most comets and asteroids need binoculars or a telescope.

How accurate is the position?

Positions are worked out from JPL’s orbital elements and are accurate for weeks to months around the date of those elements, which are refreshed daily.

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