Phoenicids: See the First December Meteor Shower 2026
The Phoenicid meteor shower reaches its expected maximum around December 2, 2026. The waning crescent Moon will leave the evening sky dark, offering favorable observing conditions, especially in the Southern Hemisphere. Read on to discover when and where to watch the Phoenicids, and use the Sky Tonight app to plan your observations easily.
Contents
- Phoenicids 2026: When and Where to See
- What Causes the Phoenicids?
- Historic Phoenicid Meteor Shower Outbursts
- Are There Any Other Meteor Showers in December 2026?
- December Shooting Stars Phoenicids: Key Takeaways
Phoenicids 2026: When and Where to See
- Designation: 254 PHO
- Active: December 1–5
- Peak of activity: December 2
- Meteors/hour: Variable
- Moon phase: waning crescent, just past Last Quarter
- Radiant location: Sculptor, near the border with Cetus
- Parent body: Comet 289P/Blanpain
- Best visible from: Southern Hemisphere
The Phoenicids are a minor shower with an unpredictable rate. In most years, little or no activity is detected, but the Phoenicids have surprised observers with short-lived outbursts in the past.
Phoenicids 2026 visibility forecast
In 2026, the Phoenicids reach their maximum shortly after the Last Quarter Moon. The Moon will rise later in the night, leaving the evening hours relatively free of moonlight. This creates favorable conditions for watching the shower from dark locations, especially in the Southern Hemisphere. The best general viewing window is after evening twilight and before moonrise, while the radiant is still relatively high in the sky. Choose a location away from city lights, allow your eyes 20–30 minutes to adjust to the darkness, and watch a wide area of the sky. No telescope or binoculars are needed.
No Phoenicid outburst is predicted for 2026, so observers should expect very little activity. Even with clear, dark skies, it may be difficult to identify any meteors from this stream.
Where can I see the Phoenicids?
The Southern Hemisphere generally offers the best views of the Phoenicids. Observers in the Northern Hemisphere, especially those close to the equator, may also spot some meteors if the shower is active.
Phoenicid meteors can appear anywhere in the sky. To check whether a meteor belongs to this shower, try to trace its path backward. It should lead toward the shower’s radiant — the area of the sky from which its meteors appear to come. The Phoenicids provide unusually slow meteors, which can help distinguish them from sporadic meteors.
The Phoenicids were named after their radiant in Phoenix during the 1956 outburst. However, different encounters with the comet’s dust trails can produce activity from different radiant positions.
During the shower’s return on December 1, 2014, the radiant was farther north, near the border between Sculptor and Cetus, about 7° southwest of Deneb Kaitos (Beta Ceti). The International Meteor Organization’s 2026 calendar uses this 2014 position as a reference.
For observing, you don’t need to look directly at the radiant. Find a dark spot with an open view and watch a broad area of sky. Your chances of seeing meteors are generally better when the radiant is high above the horizon. Use the Sky Tonight app to check its position for your location and observing time.
For more tips on watching meteor showers, see our beginner-friendly infographic.
What Causes the Phoenicids?
Meteor showers form when Earth crosses a trail of debris left by a comet or asteroid. The Phoenicids come from dust shed by the small periodic comet 289P/Blanpain. Discovered in 1819, the comet was soon lost. It was later cataloged as D/1819 W1, with “D/” meaning “disappeared” or “dead”.
In 2003, astronomers discovered the near-Earth object 2003 WY25, whose orbit closely matched that of the lost Comet Blanpain. Almost two centuries after it was lost, the comet was rediscovered. Later observations revealed a faint coma, suggesting the object was still a weakly active comet.
In 2013, during a major outburst, the object was observed again by Pan-STARRS. It then received the permanent designation 289P/Blanpain.
By the way, Blanpain may not be the stream’s only source: a 2025 modeling study suggests that comets 46P/Wirtanen and 104P/Kowal 2 may also contribute dust.
Want to spot a comet yourself? Check our guide to upcoming comets to see what’s next in the sky.
Historic Phoenicid Meteor Shower Outbursts
Earth doesn’t cross the same dense dust trails every year. This is why the Phoenicids usually remain quiet but occasionally produce unexpected bursts of activity. Their history includes a spectacular unexpected display in 1956 and a much weaker but successfully predicted return in 2014.
December 5, 1956: An unexpected outburst
The Phoenicids entered astronomy in a dramatic fashion. In early December 1956, observers in places like New Zealand, Australia, South Africa, and aboard ships in the Indian Ocean reported a sudden surge of shooting stars.
The shower reached an estimated ZHR of around 100 meteors per hour, although some eyewitness reports described even higher rates. This outburst revealed the shower’s existence, and it remains the Phoenicids’ most famous appearance.
Astronomers later found that Earth had passed through several dense dust trails released by Comet 289P/Blanpain during the 18th and early 19th centuries — long before the meteor shower was officially named.
December 1–2, 2014: A predicted return
After decades of little activity, the Phoenicids appeared again on December 1–2, 2014. This time, astronomers had predicted the encounter in advance. Researchers observing from North Carolina, USA, recorded 29 Phoenicid meteors with video and digital cameras. The detected activity occurred close to the predicted maximum, although the display was much weaker than in 1956.
The 2017 study of the 2014 Phoenicids confirmed that the meteors originated from dust trails released by the comet in the early 20th century.
Astronomers do not expect a strong meteor display in 2026, but observations can help them better understand this unusual stream.
Are There Any Other Meteor Showers in December 2026?
December 2026 brings several meteor showers besides the Phoenicids. The highlight is the Geminids, peaking on December 13–14. With a waxing crescent Moon causing little interference, they offer some of the year’s best meteor-viewing opportunities. The Geminids are visible from both hemispheres, with the best views in the Northern Hemisphere.
Earlier in the month, look for the Puppid-Velids around December 7, especially from the Southern Hemisphere; their exact peak date is uncertain. The December Monocerotids and Sigma Hydrids follow on December 8–9, offering a chance to spot meteors under nearly moonless skies.
The Ursids peak on December 21–22 and favor the Northern Hemisphere, but bright moonlight will make observations difficult.
For the complete schedule, viewing conditions, and observing tips, check our guide to meteor showers in December 2026.
December Shooting Stars Phoenicids: Key Takeaways
The Phoenicids peak around December 2, 2026, with relatively favorable Moon conditions but no predicted outburst. This means the shower suits dedicated meteor watchers more than anyone expecting a spectacular display.
If you decide to observe, take advantage of the darker evening hours and use the Sky Tonight app to plan your meteor watch.
If you’d like to improve your meteor-spotting skills, try our shooting star quiz.
