The first week of November 2026 provides a rich assortment of objects and events for anyone who looks upward. Daylight‑Saving Time ends on November 1, granting an hour of extra darkness each evening—a welcome benefit for late‑night skywatchers.
Early‑Month Highlights
On the morning of November 1, the waning Moon will drift close to the Beehive Cluster (Messier 44) just before sunrise. A modest telescope can separate the cluster’s dozens of stars from the bright lunar glare, and a smartphone held against the eyepiece can lock exposure to prevent the Moon from washing out the faint stars. Observers seeking the dimmest stars near the Moon’s edge are advised to use averted vision, looking slightly away from the lunar disk to engage peripheral rods that are more sensitive to low light.
The following day, a striking conjunction occurs as Mars passes near the Moon in the predawn sky. In many locations the Red Planet will actually occult the Moon, creating a brief eclipse‑like event. The naked eye will easily pick out Mars’s steady red hue next to the half‑illuminated Moon. With a standard DSLR on a tripod and a 200 mm lens, photographers can bracket exposures to capture both the Moon’s Earthshine and Mars’s color.
November 3 offers a triple visual treat: the bright star Regulus, the gas giant Jupiter, and the Moon will all appear close together before sunrise. Jupiter is visible to the unaided eye and, at higher magnification, will reveal its equatorial bands alongside the Moon’s rugged terminator. A simple smartphone on a stable surface can record the scene, and a slight defocus of the optics can spread lunar light, making Jupiter’s subtle cloud colors easier to discern.
Mid‑Week Wonders
By November 4, the Andromeda Galaxy (M31) climbs high in the evening sky, reaching an optimal position for observation. It is the most distant object visible to the naked eye under dark rural conditions, though it appears as a faint smudge. Wide‑field refractors can outline its dust lanes, and larger telescopes can separate its companion galaxies M32 and M110. Astrophotographers can use a DSLR on a basic tracking mount to stack several minutes of exposure and reveal the galaxy’s spiral arms.
The Southern Taurid meteor shower peaks around the predawn hours of November 5. Although the shower typically produces only five to ten meteors per hour, the fireballs are slow‑moving and leave long, lingering trails. The best viewing window is just after midnight, before the waning crescent Moon rises and brightens the sky. No equipment is required; a comfortable chair, a blanket, and a hot beverage are sufficient. For those who wish to photograph the fireballs, a camera on a tripod with a wide‑angle lens, set to continuous 20‑second exposures, is recommended.
Comet 161P/Hartley‑IRAS becomes visible in the northern evening sky on November 6, setting around 11:30 p.m. The comet will not display a dramatic tail; instead it presents a faint, ghostly gray patch. Large binoculars under dark conditions and medium‑sized telescopes are the best tools for locating its fuzzy glow. Photographers should employ tracking mounts and stack long exposures aligned on the comet’s nucleus rather than background stars.
Pre‑Dawn Alignments and Early November Clusters
On the morning of November 7, Venus will pass close to a thin crescent Moon and the bright star Spica. In extreme southern latitudes the Moon will actually occult Venus, while most of the world will see a tight approach. The optimal viewing window for the U.S. East Coast is between 6:00 a.m. and 6:30 a.m. Eastern Time, with a clear view of the east‑southeastern horizon. Venus will show a razor‑thin crescent phase, mirroring the Moon’s shape. Smartphone astrophotographers can capture the alignment using a three‑second timer on a stable surface. Caution is emphasized: never point binoculars or telescopes at the rising Sun, as accidental exposure can cause permanent eye damage.
Finally, on the night of November 8, the absence of the Moon allows observers to hunt the Pegasus Globular Cluster (M15). Binoculars can locate the fuzzy, out‑of‑focus star near the “nose” of Pegasus, while a telescope will resolve individual stars within the densely packed cluster.
Across the month, enthusiasts are encouraged to use sky maps, satellite trackers, and astrophotography guides to enhance their experience. Whether using the naked eye, binoculars, a modest telescope, or a DSLR, November 2026 promises a rewarding series of celestial events for observers of all skill levels.
Helene Elliott is the Lead Science & Space Reporter at News Raise. She reports on aerospace missions, astrophysics discoveries, quantum research, and environmental technology.
