The Orionid Meteor Shower returns this month, and brings beautiful streaks of lights and fill the dark sky with colours. Each meteor burning up in the sky is a tiny piece of dust that left behind by the Halley’s Comet hundreds of years ago. Now centuries past, and when Earth passes through this old trail of debris, those tiny particles enter our atmosphere and burn up, creating the bright streaks we see in the dark sky. This year’s Orinoid Meteor Shower is about to peaks on the night of October 21 and continue to early morning of October 22. But there is another interesting part of this year’s display that many viewing guides may not mention.
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Why the Orionid Meteor Shower Connects You to the Past?
Most of you don’t know about Halley’s Comet. So don’t worry, I’ll explain. Halley’s Comet is like an icy visitor that comes close to our Sun once in every 76 years. It was last seen in 1986 and scientists expect to see it again in 2061. Everytime when this comet travelled, it leaves tiny pieces of rocks and dust behind it. Over thousands of years, these dust and rock pieces spread over comets orbit and form a long trail of debris around the Sun.
Earth passes through this trail of debris twice in a year. As a result, we see meteor showers both times. The first one is called Eta Aquariids, and it occurs in May. And the second one is today’s star which is called Orionid Meteor Shower and it occurs in October. These meteor showers happen at different times but both are the result of same comet.
The best part about the Orionid Meteor Shower is that, the particles you see burning in the sky are not comes from the Haley’s Comet at the same time. Some of them leave the comet in recent visit but some are present in the trail from hundreds or thousands of years. When Earth passes through this trail, some particles enter the Earth’s atmosphere at high speed. Due to the air resistance, these particles start burning up and create beautiful streaks of lights in the sky. And these are called meteors. In this Orionid Meteor Shower, most of the meteors are the particles of size as grains of sand. So they got burn up in the atmosphere. So they pose no danger to us. These tiny particles enter our Earth at incredible speed about 66 kilometers per second (about 148,000 miles per hour).
During a year, the Orionid Meteor Shower usually produces around 10 to 20 Meteors per hour under dark skies with clear weather. This number can varies depending on the viewing conditions and how Orionids active that year. But this number is lesser than some popular Meteor showers like Perseids in August. But with a dark location away from city lights, you have a better chance of spotting these flashes against the night sky. So these tiny flashes are not oridinary, these are the fragments of ancient and famous Halley’s comet and when they enter the earth, they are meeting their end by showing one final amazing view.
When And How to Watch the Orionid Meteor Shower in 2026?
The Orionid Meteor Shower gets its name from the constellation named Orion. It contains three stars arranged in a line called Orion’s Belt. The Orionid Meteor Shower begins from near this constellation. As the night goes on, the Orion reaches higher in the sky. It meets its highest point after midnight. So the hours after the midnight and before the dawn are the best timing for see Orionid Meteors.
This year Moon may create a problem in viewing the meteors properly. This Moon can brighten the sky and hide the faint meteors from our sight. But the good part is that Moon will grow dim or moves out of view later in the night. Only the patient skywatchers or who stays up past midnight may get a better chance for witnessing the Orionid Meteor Shower in the dark sky.
For witnessing this amazing meteor shower, you don’t need any telescope or binoculars. Infact these tools can work against you and make it harder to see the shower properly, because these meteors move at incredibly high speed across a wide area of the sky. So chose a location wisely, far from the city lights and then give your eyes at least 10 to 15 minutes to adjust in the darkness. And also don’t look directly at the constellation point. Because Orionid meteors can appear anywhere in the sky.
A Comet You May Never See Again, Still Reaching You
The most striking part is that: the Halley’s Comet will not return until 206. It means that many people watching the Orionid Meteor Shower this time may never get the chance to see the comet itself in their lifetime. Yet its influence reaches Earth every single year when Earth passes through dust and debris left behind by Halley’s Comet. As these tiny particles enter and burn up in our atmosphere, they create bright streaks across the night sky. In this way, the Orionid meteor shower offers a yearly chance to see a small part of the comet’s legacy, even while the comet itself remains far away.