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T Camelopardalis

4-8 inch Telescope • Carbon Stars T Camelopardalis finder map.

Finder map for T Camelopardalis

No known ancient cultural or mythological significance. T Camelopardalis is of interest primarily to amateur and professional observers studying carbon-rich long-period variable stars. Circumpolar for many northern observers (roughly north of 25° N) and well placed high in the sky from mid-northern latitudes. It becomes increasingly low toward equatorial regions and is effectively unobservable from most of the Southern Hemisphere. Its very large magnitude range presents a challenge: while easily visible near maximum, it fades beyond the reach of 4–8 inch telescopes near minimum light. Identifying the star in its relatively sparse field can also be difficult, particularly as it

T Camelopardalis finder optic view.

Finder scope & binocular view of T Camelopardalis

PropertyValue
Common namesT Cam, HR 1228
Catalog names-
TypeEvolved Star
SubtypeS Star
Coordinates4h 40m 08.87s, +66° 08’ 48.64”
SeasonOctober - December
Best monthMid-November
Beginner friendlyNo
Visual rewardModerate
Filters requiredNone
LP toleranceMedium
Minimum equipmentBinoculars
Optimal equipmentMedium telescope
Magnitude7.3
Size-
ConstellationCamelopardalis

Observation Notes

Naked Eye

Not visible to the naked eye at any point in its cycle.

Binoculars

Detectable in binoculars such as 7×50 or 10×50 near favorable maxima, appearing as a faint orange-red to red star. Visibility is strongly phase-dependent and may be difficult under less-than-dark skies.

Small Telescope

A 3–5 inch telescope shows the star clearly near maximum light and through much of its brighter phase, with its warm red coloration readily apparent. Suitable for basic brightness estimates using nearby comparison stars.

Medium Telescope

Extends coverage well into fainter phases, allowing the star to be followed as it fades toward magnitude 12 and beyond, though identification becomes increasingly challenging near minimum.

Large Telescope

Improves the chance of detection near deep minima, which can reach roughly magnitude 13–14, but the star remains a difficult, low-contrast point source. Even in large apertures, it may be challenging or occasionally lost at its faintest.