Meteor shower · peak 22 April 2028
Lyrid meteor shower 2028
The Lyrids reach their peak on 22 April 2028, with up to 18 meteors an hour from a dark site. A thin 6% Moon leaves the sky dark.
Next: Lyrid meteor shower peak, 22 April 2029
PeakSaturday 22 April 2028, 07:51 UTC
Your timeSaturday 22 April 2028, 07:51 UTC
When and where to look
The best night is the night of 21 to 22 April. Best after midnight from the Northern Hemisphere, with the odd bright fireball.
The meteors seem to come from the radiant, near Vega, on the border of Lyra and Hercules, but they appear all over the sky. Look about halfway up and 40 to 60 degrees away from it, where the trails are longest.
| From | Radiant at its highest |
|---|---|
| London | 73° |
| New York | 83° |
| Delhi | 85° |
| São Paulo | 33° |
| Sydney | 22° |
The higher the radiant, the more meteors you see. When it is low, the ones you do see skim the horizon in long, slow trails.
The Moon
A thin 6% Moon leaves the sky dark.
Up to 18 an hour is the rate under a perfectly dark sky with the radiant overhead. From a typical dark site expect a third to a half of that; from a town, a handful.
What is happening
Every year the Earth crosses a stream of dust shed by Comet Thatcher (C/1861 G1). The grains, most no bigger than sand, hit the top of the atmosphere at 49 km/s and burn up 80 to 120 km above the ground, each one a streak of light.
Because they all arrive on parallel paths, perspective makes them seem to spread from one point, the radiant, like a road vanishing into the distance. They are named after Lyra, the constellation their radiant sits beside.
How to watch
- Get away from lights. A dark field or hill outside town shows several times as many meteors as a garden in the city.
- Give your eyes 20 to 30 minutes to adapt, and keep your phone screen dim or red.
- Lie back on a reclining chair or a mat and take in as much sky as you can. No telescope or binoculars: they show too little sky.
- Be patient. Meteors come in bursts and lulls; give it at least an hour.
- To photograph them, put a phone or camera on a tripod, point it about 45 degrees from the radiant and take long exposures one after another.
See it in 3D
The Earth, where the meteors fall, rendered live from today's real positions by our 3D viewer. Press play to load it here, or open the full viewer to fly anywhere in the solar system.

Open the Earth in the 3D viewer →
Get a reminder
We email you a day or two before, with the time. Leave your email once and we send a code to confirm it; nothing else arrives unless you ask for it.
Questions
When do the Lyrids peak in 2028?
The peak is predicted for 22 April 2028 at 07:51 UTC. The shower is active from 14 to 30 April, so the nights either side are worth watching too; the best is the night of 21 to 22 April, after midnight.
How many meteors will I see?
Up to about 18 an hour under a perfectly dark sky with the radiant overhead. Most watchers see a third to a half of that from a dark site, fewer from towns.
Will the Moon spoil it?
A thin 6% Moon leaves the sky dark.
Where should I look?
Anywhere, though meteors appear longest 40 to 60 degrees from the radiant, near Vega, on the border of Lyra and Hercules. Look about halfway up the darkest part of the sky.
Do I need a telescope?
No. Meteors are best with the naked eye: binoculars and telescopes show far too little sky.
When are the Lyrids next?
22 April 2029, with the peak at 14:00 UTC and a 58% Moon.
More in the sky
4 October 2026Saturn at opposition1.26 billion km · magnitude 0.3
21 October 2026Orionids 2026Up to 20 an hour · 78% Moon
17 November 2026Leonids 2026Up to 15 an hour · 55% Moon
25 November 2026Uranus at opposition2.76 billion km · magnitude 5.7
14 December 2026Geminids 2026Up to 150 an hour · 25% Moon
4 January 2027Quadrantids 2027Up to 80 an hour · 12% Moon
Every eclipse, meteor shower and planet at opposition, or the whole calendar. Tonight's planets are on what is visible tonight.
Sources
- International Meteor Organization: meteor shower calendar
- Wikipedia: the Lyrids
- NASA: meteors and meteorites
- The times and positions on this page come from our own sky calendar, built on the sources above, the same one the 3D viewer runs on.
