October Meteor Showers Set Up Taurid and Orionid Peaks

Several meteor showers will cross the night sky during October and November 2026, giving observers opportunities to see shooting stars without specialized equipment. The Draconids peak on October 8, the Orionids on October 21, and the Southern and Northern Taurids reach their respective peaks on November 4–5 and November 11–12, according to reports from Weather.com, Scientific American, CNN, and Space.com.

Viewing conditions vary by shower, but limited moonlight should favor several of the major events. The Draconids offer an early-evening display, while the Orionids are best viewed before dawn. The Taurids are notable for occasionally producing exceptionally bright meteors known as fireballs.

According to Weather.com and CNN, the Draconids are expected to produce approximately five to 10 meteors per hour under dark skies, with their main maximum occurring at 9 p.m. Eastern Time on October 8. The shower is best viewed from the Northern Hemisphere because its radiant, the apparent point of origin of the meteors, lies near Draco, the Dragon constellation.

The Draconids originate from debris left by Comet 21P/Giacobini-Zinner, which completes an orbit around the Sun approximately every seven years. Scientific American identifies the comet as about 1.24 miles (2 kilometers) in diameter. Although no major outburst is forecast for 2026, CNN reports that the shower remains unpredictable.

Previous Draconid outbursts have produced hundreds or even thousands of meteors per hour. CNN highlights increased activity in 2018, when the comet approached its closest point to Earth in its orbit, and notes that the comet also neared Earth in March 2025.

Scientific American reports that the Orionids are expected to peak on October 21, with the best viewing window before dawn after the Moon sets. The shower originates from debris associated with Halley's Comet, which measures approximately 9.3 miles (15 kilometers) across at its widest point.

Unlike the Draconids, the Orionids favor late-night and early-morning viewing. Both showers occur when Earth passes through trails of dust and other debris shed by comets as they travel around the Sun.

The Southern Taurids are active from September 20 through November 20, according to the American Meteor Society, as cited by Space.com. Their annual component peaks around October 14, while the component associated with fireballs reaches its peak overnight on November 4–5.

The Southern Taurids produce an average zenithal hourly rate of approximately five meteors under ideal conditions. Their meteors enter Earth's atmosphere at about 17 miles (27 kilometers) per second, a relatively slow speed that can make the brighter streaks easier to follow across the sky.

The Northern Taurids run from October 20 through December 10 and are expected to peak overnight on November 11–12, according to the American Meteor Society. Their average rate is also approximately five meteors per hour under ideal conditions, with atmospheric entry speeds of about 18 miles (29 kilometers) per second.

Space.com reports that the Moon should have little impact on either Taurid peak. On November 4–5, it is expected to be a 17%-illuminated waning crescent that rises a few hours before dawn. During the November 11–12 peak, a 5%-illuminated waxing crescent will leave most of the night dark.

Because the two Taurid showers overlap in late October and early November, their combined activity could reach approximately 10 meteors per hour under clear, moonless conditions. Their broad peaks make the viewing period more extended than a single-night event.

The Taurids are informally known as the Halloween fireballs because of their timing and their potential to produce unusually bright meteors. According to Space.com, enhanced displays occurred in 2008, 2015 and 2022 when Earth encountered concentrations of larger debris. No comparable swarm is predicted for 2026, with the next predicted Taurid fireball swarm expected in 2032.

Both Taurid branches are associated with Comet 2P/Encke, which measures approximately three miles (4.8 kilometers) across and orbits the Sun every 3.25 years, according to NASA information cited by Space.com. The showers form part of a much larger debris complex that may have originated when a larger object fragmented thousands of years ago.

For all four showers, observers should move away from artificial lights and choose a location with a wide, unobstructed view of the sky. Space.com recommends allowing about 20 minutes for the eyes to adjust to darkness, while Scientific American suggests approximately 30 minutes. Binoculars and telescopes are unnecessary because their restricted fields of view make it harder to track meteors.

The American Meteor Society's remaining major meteor shower calendar for late 2026, as reported by CNN, includes the Leonids on November 16–17, the Geminids on December 13–14 and the Ursids on December 21–22.