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The Orionid meteor shower, active until November 7th and peaking overnight on October 21st to 22nd, occurs when Earth passes through debris left by Halley's Comet. Meteors enter the atmosphere at about 41 miles per second, with up to 20 visible each hour under ideal conditions—dark skies without street lights and away from clouds. However, weather forecasts suggest varying visibility across regions; southern England has better prospects than Wales or Northern England due to cloud cover and rain. The moon’s approach to full phase on October 26th may also impact viewing, obscuring fainter meteors but allowing brighter ones to remain visible.
Written locally by qwen2.5:14b on 2026-10-02,
using this article's own text rather than the other coverage of the
same event (that is the story summary below).
Story summary
The Orionid meteor shower, active until November 7, peaks overnight from October 21 to 22, offering stargazers a spectacular display of meteors. These meteors travel at around 41 miles per second, leaving behind impressive streaks in the sky that can last several seconds after passing through Earth's atmosphere. The Orionids are caused by debris left by Halley’s Comet, which circles the Sun every 76 years; it was last visible from Earth in 1986 and won't be seen again until 2061, though its remnants create two annual meteor showers: the Eta Aquariid in May and the Orionids in October. For viewers in regions like Scotland, England, Wales, and Northern Ireland, clear periods are expected amidst patchy clouds, offering glimpses of this celestial event if skies remain clear for extended durations.
Written for “Orionid Meteor Shower Viewing” on 2026-10-05,
grounded in this article and the 0 other(s) covering the same event.
- Published
One of the best-known meteor showers is now active until 7 November.
asserted
One → publish → November
The Orionids are particularly fast and can leave trails in the sky that last a few seconds after the meteor itself has gone.
asserted
meteor → leave → sky
The display occurs at around the same time each year when the Earth passes through a trail of dust and debris left behind by Halley's Comet.
asserted
Earth → occur → Comet
The showers peak overnight from 21 to 22 October.
asserted
showers → peak → October
The Orionids are particularly fast, entering the atmosphere at around 41 miles per second.
asserted
Orionids → enter → second
As tiny particles from Halley's comet enter the Earth's atmosphere they heat up and produce streaks of light across the night sky that we see as meteors.
asserted
we → enter → meteors
Halley's Comet is one of the most famous comets in our Solar System and has been observed from Earth for centuries.
asserted
Comet → observe → centuries
It takes around 76 years to complete one orbit of the Sun and was last seen from Earth in 1986.
asserted
It → take → 1986
Halley's Comet is not expected to be visible from Earth again until 2061, but its debris will continue to produce meteor showers each year.
asserted
debris → expect → showers
In fact, the Earth encounters material left behind by it twice a year, resulting in the Eta Aquariid meteor shower in May and the Orionids in October.
uncertain
Earth → encounter → October
How can I see the Orionids?
asserted
I → see → Orionids
The meteors appear to radiate from the constellation of Orion, which is where the shower gets its name, but they can appear anywhere across the night sky.
asserted
they → appear → sky
Under ideal conditions, around 10 to 20 meteors can be seen each hour at the shower's peak.
asserted
meteors → see → peak
Allow around 15 to 20 minutes for your eyes to adjust.
asserted
eyes → allow → minutes
You won't need binoculars or a telescope; the shower is best viewed with the naked eye.
asserted
shower → need → eye
Viewing prospects will be rather mixed on Friday evening.
asserted
prospects → view → evening
The best conditions are likely to be across southern and eastern parts of England where there should be long clear spells, albeit with a few areas of cloud drifting across the sky from time-to-time.
asserted
conditions → drift → time
In Wales, the Midlands and Northern England it may be more of a struggle to see the meteor shower, with a slow-moving weather front providing cloud and outbreaks of rain.
uncertain
front → see → rain
The rain is likely to turn patchier later in the night with a few cloud breaks likely to develop.
asserted
breaks → turn → night
For Scotland and Northern Ireland it will be a story of clear periods, patchy cloud and a few showers - but if the gaps between the showers are long enough you should get a view for at least some of the time.
asserted
you → get → time
The Moon could also affect how many meteors are visible at the peak of the Orionids later in October, as the Moon will be building to its full phase on 26 October.
uncertain
Moon → affect → October
This means its light could make some of the fainter meteors more difficult to see.
uncertain
some → mean → meteors
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