Camelopardalid meteor shower 2025: When and how to see it this week

Despite the peak, observers will likely see a meager rate of just five meteors per hour because the bright moonlight is expected to wash out all but the most luminous streaks.
PUBLISHED OCT 3, 2025
Perseids meteors, which coincide with the Southern Delta Aquariids at the tail end of July, streak over Sequoia National Forest (Representative Cover Image Source: NASA)
Perseids meteors, which coincide with the Southern Delta Aquariids at the tail end of July, streak over Sequoia National Forest (Representative Cover Image Source: NASA)

Stargazers hoping to catch a glimpse of the October Camelopardalid meteor shower this week will face significant observational challenges. The annual event, which is active from October 5-6, is set to peak on October 5, but the nearly full Moon’s 98% illumination will severely hinder visibility, as per Star Walk

Startrails are seen during the Lyrids meteor shower over Michaelskapelle on April 21, 2020 in Niederhollabrunn, Austria (Representative Cover Image Source: Getty | Thomas Kronsteiner)
Startrails are seen during the Lyrids meteor shower over Michaelskapelle on April 21, 2020 in Niederhollabrunn, Austria (Representative Image Source: Getty | Thomas Kronsteiner)

Experts project a meager peak rate of approximately five meteors per hour as bright moonlight is expected to wash out all but the most luminous streaks. For those in the Northern Hemisphere, the meteor shower’s radiant, located in the constellation Camelopardalis, will remain visible throughout the night, offering a limited viewing opportunity despite the poor conditions.

Perseid Meteor Shower (Perseids), Lake Duolun, Inner Mongolia, China. (Representative Image Source: Getty Images | Haitong Yu)
Perseid Meteor Shower (Perseids), Lake Duolun, Inner Mongolia, China. (Representative Image Source: Getty Images | Haitong Yu)

The origin of the October Camelopardalids remains an astronomical mystery. While their orbital path suggests a link to a Halley-type long-period comet, the specific parent body has yet to be identified. Astronomers speculate that the source comet is either undiscovered or has already fragmented or collided with another object in space.

Photometrically Calibrated Images of Halley's Comet Captured (Image Source: NASA Jet Propulsion Laboratory, California Institute of Technology)
Photometrically Calibrated Images of Halley's Comet Captured (Image Source: NASA Jet Propulsion Laboratory, California Institute of Technology)

Successful observation of the October Camelopardalids will be a demanding endeavor, even for seasoned skywatchers. According to COSMOBC, unlike more prolific events, these meteors are exceptionally faint and sparse, making viewing conditions critical. The single greatest factor in seeing these subtle streaks is escaping local light pollution. City and suburban lighting will completely obscure all but the brightest meteors. Observers are strongly encouraged to locate and travel to a dedicated dark sky site, such as a remote park or public land. Higher elevations and open vistas are preferable to maximize the field of view. Resources like darksky.org can help identify the nearest prime stargazing spots.

Once on location, patience is non-negotiable. Plan to stay for a significant period and ensure comfort by bringing a reclining chair, dressing in warm layers, and packing snacks or a thermos. Crucially, allow your eyes a minimum of 20–30 minutes to fully adjust to the darkness. Even a momentary glance at a phone screen or a bright light source will compromise your night vision. Using a red-filtered flashlight is advised to maintain dark adaptation. In addition to the moon's brightness and the shower’s inherent faintness, observers must contend with atmospheric conditions. Humidity, haze, or air pollution can scatter ground lights and further blur the faint meteors. Even on clear nights, success is not guaranteed, requiring observers to be nimble and consult the most favorable weather forecasts for their chosen viewing window.

A girl observing stars, planets, the Moon, and the night sky with an astronomical telescope (Representative Image Source: Getty | m-gucci)
A girl observing stars, planets, the Moon, and the night sky with an astronomical telescope (Representative Image Source: Getty | m-gucci)

What defines this shower is its notorious variability. In most years, observers report seeing only a handful of meteors, a performance described as weak and dim. However, the shower has a history of catching astronomers off guard with brief, concentrated episodes of unexpectedly higher activity, leading to its classification as a variable meteor shower. When experts use the term "elusive," they refer directly to this unpredictable, weak performance and the extremely short duration of its peak. This combination of faint meteors, a quick peak, and interfering factors like moonlight and ground pollution makes the October Camelopardalids a true test of a stargazer's dedication.

More on Starlust

October 2025 skywatching guide: Harvest Supermoon, Draconid meteor shower and more

Daytime Sextantids meteor shower peaks September 27—but can you spot it with the naked eye?

MORE STORIES

Due to the opposing perihelion alignment, the comet won't be generally visible until November, emerging low above the horizon at dawn.
1 day ago
The shower is caused by Earth's passage through the Comet 55P/Tempel-Tuttle debris trail, running from November 3 to December 2.
1 day ago
November 2025 is prime time for skywatching, featuring the year's biggest Supermoon, the prolific Leonids meteor peak, and must-see planetary close calls.
2 days ago
As of October 28, 2025, the comet resides in the Aquarius constellation. Its present separation from Earth is more than 29.2 million miles.
2 days ago
The icy visitor, which reached its closest point on October 21, is currently situated more than 63.3 million miles from Earth and is swiftly pulling away.
2 days ago
The Supermoon phenomenon will reach its most dramatic point on Wednesday, November 5, 2025.
2 days ago
The shower coincides with a 'swarm year,' meaning observers are far more likely to see spectacular, bright fireballs.
3 days ago
Mercury reaches its greatest elongation, its peak visible separation from the Sun, at 6:00 p.m. ET (5 p.m. CDT) on October 29, 2025.
3 days ago
As of today, October 24, Comet Lemmon is positioned within the constellation Boötes.
6 days ago