Lyrid Meteor Shower 2026 Viewing Map, Peak Time, Moon Phase & Best Places to See

Q: How many meteors per hour will the Lyrids produce in 2026?

Under ideal dark-sky conditions the Lyrid ZHR averages 18–20 meteors per hour. From suburban backyards expect 8–12 per hour. Rare outbursts can push rates to 90+ per hour, as seen in 1982, though these are not predicted for 2026.

Q: What is the moon phase for the 2026 Lyrid peak?

Excellent conditions. New moon falls around April 17–18, so on peak night (April 21–22) only a thin waxing crescent (about 20% illuminated) is in the sky and it sets before 10 PM, leaving completely dark skies for the prime 1 AM to dawn window.

Q: Do I need a telescope to see the Lyrid meteor shower?

No — and a telescope will actually make you miss meteors. Use naked eyes for meteor watching. Meteors move across a wide sky area far too quickly for any telescope's field of view to catch. Save the scope for deep-sky targets between meteor bursts.

Q: What is the best time to watch the Lyrids in 2026?

1:00 AM to dawn on April 22 (local time, all US zones). The Lyrid radiant in Lyra climbs higher throughout the night, and after 1 AM rates significantly increase. The hours just before local dawn are the most productive.

Q: Where exactly should I look in the sky for the Lyrids?

Face generally northeast and keep a broad, relaxed gaze across a wide sky area. Don't stare directly at the radiant in Lyra — meteors appear to radiate from there but the longest and most spectacular streaks appear 40–90 degrees away from it.

Q: Where do the Lyrid meteors come from?

Lyrid meteors are debris from Comet C/1861 G1 (Thatcher), a long-period comet that takes about 415 years to orbit the sun. Earth crosses Thatcher's debris trail every April, and the particles — traveling at roughly 49 km/s — burn up as bright streaks in our upper atmosphere.

Q: What telescope targets are best during a Lyrid night?

M13 (Hercules Cluster), M3 (Globular in Canes Venatici), Beehive Cluster (M44), Cor Caroli (double star), and the Ring Nebula (M57 in Lyra, next to the radiant). All are well-placed high in the spring sky on April 21–22 after midnight.

Q: Can I photograph the Lyrid meteor shower with a smartphone?

Smartphones can capture bright Lyrid fireballs on night mode with a tripod, but a dedicated camera with a wide f/2.8 or faster lens and an intervalometer gives dramatically better results. Use 15–20 second exposures at ISO 1600–3200 and shoot continuously throughout the prime window.

Q: Is there a Lyrid meteor shower viewing map for the US?

Yes. Use our state-level viewing map to estimate visibility by location and sky quality, then prioritize darker Bortle 2-4 zones away from city light pollution. This is the fastest way to answer where to see the Lyrid meteor shower near you.

Quick Answer: Lyrid Meteor Shower 2026

The Lyrid meteor shower 2026 peaks on the night of April 21–22 with an expected rate of 18–20 meteors per hour under ideal dark-sky conditions (ZHR). The moon reaches new phase around April 17–18, so by peak night only a thin crescent remains — it sets before 10 PM in all US time zones, leaving completely dark skies for the prime viewing window from 1:00 AM to dawn. Face northeast, lie flat on your back, and allow 20 minutes for your eyes to dark-adapt. No telescope needed for meteors themselves, but a scope dramatically enriches the night with nearby spring deep-sky targets.

For meteors: naked eyes only

Reclining chair, wide sky view, no optics, minimal phone light. Telescope field of view is far too narrow for fast-moving meteors.

Between bursts: use a telescope

Point at M13, M3, or the Beehive Cluster during lulls — all high in the spring sky and stunning on a moonless night. Jupiter and Venus are also high in April skies and look spectacular through any scope. See our best telescope for viewing planets guide if you’re considering an upgrade.

What Are the Lyrid Meteors? Origin and History

The Lyrids are fragments of Comet C/1861 G1 (Thatcher), a long-period comet with an orbital period of roughly 415 years. The comet was discovered on April 5, 1861, by amateur astronomer A.E. Thatcher and won't return until approximately 2276. Every April, Earth passes through the debris trail Comet Thatcher has shed over millennia, and those particles — traveling at ~49 km/s (108,000 mph) — vaporize in our upper atmosphere to create the Lyrid streaks.

The Lyrids are one of the oldest recorded meteor showers in human history. Chinese astronomers documented "stars fell like rain" during a Lyrid outburst as far back as 687 BCE — making this shower over 2,700 years old in recorded observation. Because of their speed, Lyrids frequently produce bright fireballs and glowing persistent trains that can last several seconds after the meteor itself fades.

Fast facts

Source cometC/1861 G1 (Thatcher)

Entry speed~49 km/s (108,000 mph)

Known since687 BCE

Avg ZHR (ideal)18–20 meteors/hr

Outburst ZHRUp to 90–100/hr

RadiantNear Vega in Lyra

2026 Moon Phase and Sky Conditions: Excellent Year

Moon phase is the single biggest factor affecting meteor shower visibility. For 2026, the conditions are exceptional:

~20%

Moon illumination at peak

Thin waxing crescent only

~9–10 PM

Moonset on peak night

Dark skies for entire prime window

18–20

Expected meteors/hr (ZHR)

Up to 90+ during rare outbursts

The new moon falls around April 17–18, 2026. By peak night (April 21), the crescent moon is only about four days old and just 20% illuminated — it sets in the early evening, well before the Lyrid radiant in Lyra climbs to productive altitude after midnight. The entire 1 AM to dawn window will be completely moonless. Compare this to years when a near-full moon washes out all but the brightest meteors.

The ZHR (Zenithal Hourly Rate) of 18–20 assumes a perfectly dark sky with the radiant at zenith. From typical suburban backyards you might realistically see 8–12 per hour; from a dark rural site, 15–20 or more. Lyrids occasionally produce brief outbursts exceeding 90 meteors per hour — unpredictable but historically documented (see outburst history below).

Best Viewing Times by US Time Zone

The Lyrid radiant (in Lyra, near Vega) rises higher as the night progresses, peaking near dawn. Earlier in the night you will see fewer meteors; the hours just before local dawn are consistently the most productive.

Time Zone	Good Start	Prime Window	Local Dawn
Eastern (ET)	10:30 PM	1:00 AM – 5:00 AM	~6:00 AM
Central (CT)	10:30 PM	1:00 AM – 5:30 AM	~6:30 AM
Mountain (MT)	10:30 PM	1:00 AM – 5:30 AM	~6:30 AM
Pacific (PT)	10:30 PM	1:00 AM – 6:00 AM	~6:45 AM

All times are local to each zone on the night of April 21–22. Dawn twilight varies by latitude; observers in Alaska or the northern US border regions should adjust earlier.

Where to See the Lyrid Meteor Shower: US Viewing Map and Best Regions

If you searched for a Lyrid meteor shower viewing map, the key is choosing dark-sky zones away from city light domes. Use our state-based visibility tool as a live map, then match your location to the regional guidance below. For most US observers, the best viewing direction remains northeast to east, with the best activity from 1:00 AM to dawn.

Best Viewing Conditions

Bortle 2-4, clear skies, low humidity, unobstructed horizon, no moonlight after 10 PM.

Good Viewing Conditions

Bortle 5-6 suburban zones. Expect fewer faint meteors but still strong rates for brighter streaks.

Tough Viewing Conditions

Bortle 7-9 city centers. Travel 20-40 miles out for major improvement in meteor counts.

US Region	Where to See Lyrids Best	Visibility Notes
Northeast	Catskills, Adirondacks, rural Maine	Excellent if skies clear; avoid metro light domes from NYC/Boston corridor.
Southeast	Blue Ridge, North GA mountains, inland Carolinas	Historically strong Lyrid observing region; watch for humidity and haze.
Midwest/Plains	Rural Kansas, Nebraska Sandhills, Upper Midwest dark sites	Wide open horizons and low obstructions make this a top region for long trails.
Mountain West	Utah high desert, Colorado western slope, northern New Mexico	Best overall odds due to altitude, dry air, and dark skies.
West Coast	Inland CA foothills, eastern WA/OR, high desert sites	Move inland from marine layer; interior valleys and high desert perform best.

Interactive Lyrid Meteor Shower Viewing Map

Use our interactive state-level visibility tool to estimate what you can see tonight from your location and sky quality.

Open US Viewing Map →

How to Find the Lyrid Radiant: Locating Lyra in the Sky

The Lyrid meteor shower radiates from the constellation Lyra, just a few degrees from its brightest star, Vega. Vega is one of the easiest stars to find in the northern sky — brilliant blue-white, and the fifth-brightest star overall as seen from Earth.

Step-by-step: find Vega and Lyra

After midnight on April 22, face northeast.
Look for a very bright, blue-white star about 30–40° above the horizon — that's Vega.
Vega forms the top point of the Summer Triangle, along with Deneb (upper left) and Altair (lower right).
Just beside Vega you'll see a small parallelogram of fainter stars — that's Lyra.
The radiant point is roughly 8° southwest of Vega, inside Lyra.

Important: don't stare at the radiant

Meteors appear to originate from the radiant, but the best, longest streaks are visible 40–90° away from it. Staring directly at the radiant makes meteors appear as short dots. Spread your gaze across a large sky area facing generally east and you'll see significantly more and longer trails.

Lyrid Outburst History: Could 2026 Surprise Us?

The Lyrids average 18–20 meteors per hour but have historically produced dramatic, unpredictable outbursts when Earth passes through a denser filament of the debris trail. These outbursts last only a few hours and cannot be reliably forecast in advance — which makes every Lyrid peak worth watching.

Year	Peak ZHR	Notes
687 BCE	Unknown (extreme)	"Stars fell like rain" — Chinese records, earliest known observation
1803	~700/hr	Spectacular storm; widely observed in Richmond, VA and the US Southeast
1922	~96/hr	Short but intense outburst, lasted only a few hours
1945	~100/hr	Enhanced rates; observed primarily from Europe
1982	~90/hr	Most recent major outburst; observers reported 3× normal rates

The 2026 Lyrids are not predicted to produce an outburst, but outbursts by definition are surprise events. The excellent moon conditions mean any unexpected surge in rates won't be masked by moonlight — an added reason to stay out past 3 AM.

How to Photograph the Lyrid Meteor Shower

Astrophotography of meteor showers requires a slightly different approach from visual observing. The goal is capturing as much sky as possible over a long session, then stacking or selecting the best frames. Here's a field-proven setup for the Lyrids:

Camera and lens settings

Lens: Wide-angle 14–24mm, f/2.8 or faster (f/2 or f/1.8 ideal)
ISO: 1600–3200 on APS-C; 800–1600 on full frame
Shutter: 15–25 seconds (use the 500 rule to avoid star trails)
Focus: Manual, on a bright star like Vega — verify with live view zoom
Mode: Full manual, RAW format
White balance: 3800–4200K or "Daylight" preset

Field setup and technique

Tripod: Stable, locked — any vibration during exposure kills sharpness
Intervalometer: Set for continuous shooting with 1-second gaps
Direction: Aim northeast, 30–50° above horizon, including a landscape anchor
Dew: Use a lens heater or USB hand warmer on cold nights to prevent fogging
Stacking: Select frames with meteors; use Sequator (free) or Starry Landscape Stacker for composites
Battery: Cold April nights drain batteries fast — bring a spare

The near-new-moon conditions on April 21–22 are ideal for astrophotography. You'll get dark, low-gradient skies during the entire prime window — great for capturing fainter meteor trails that a bright moon would otherwise wash out.

Best Telescope Targets to Pair With the Lyrids

Meteors streak too fast for a telescope's narrow field. Use the natural lulls — Lyrids tend to come in sporadic bursts with quieter periods between — to explore bright spring deep-sky objects. All five targets below are well-placed high in the sky on April 21–22 after midnight.

Target	Type	What You'll See	Sky Required	Scope
Hercules Cluster (M13)	Globular cluster	Hundreds of thousands of stars in a tight ball; one of the finest northern sky objects	Suburban–dark	$$
Beehive Cluster (M44)	Open cluster	Loose scatter of 50+ stars in Cancer; great at low power from any backyard	City–suburban	$
Globular Cluster M3	Globular cluster	Bright, well-resolved rival to M13; in Canes Venatici — high overhead in April	Suburban–dark	$$
Cor Caroli (α CVn)	Double star	Clean split into two white-blue stars; excellent for all apertures, city-friendly	City–suburban	$
Ring Nebula (M57)	Planetary nebula	Famous smoke-ring nebula in Lyra — literally next to the Lyrid radiant; needs 6"+ aperture	Suburban–dark	$$$

The Ring Nebula (M57) is a bonus target uniquely appropriate for Lyrid night — it sits directly in Lyra, the same constellation as the meteor radiant, making it easy to locate while you’re already looking that way.

Planets on Lyrid night: Jupiter and Venus are both prominent in the April 2026 sky and deliver stunning views through any telescope between meteor bursts. Saturn also returns to better viewing geometry this year. See our full guide: Best Telescope for Viewing Planets in 2026 — or our dedicated Saturn’s Rings 2026 guide for timing and setup tips.

Recommended Telescope Classes for Lyrid Night

Viewing by US Region on April 21–22

Northeast & Mid-Atlantic

Lyra rises high by 1 AM. Watch for April cloud systems; check forecasts 24 hours out. Inland sites away from coastal humidity are best.

Southeast

Historically one of the best spots for Lyrid outbursts (see 1803, Richmond VA). Warm spring nights mean no heavy clothing required.

Midwest & Plains

Flat terrain gives wide horizon access — minimal obstructions for low-altitude meteors. Dark rural sites are plentiful and accessible.

Southwest & Mountain West

Driest air and darkest skies in the continental US. Elevation sites in New Mexico, Colorado, and Utah can yield 15–20+ meteors/hr.

Pacific Coast

Coastal marine layer is the main concern in April. Head inland 20–30 miles from the coast for significantly clearer skies.

FAQ: Lyrid Meteor Shower 2026

How many meteors per hour will the Lyrids produce in 2026?

Under ideal dark-sky conditions the Lyrid ZHR averages 18–20 meteors per hour. From suburban backyards expect 8–12 per hour. Rare outbursts can push rates to 90+ per hour, as seen in 1982, though these are not predicted for 2026.

What is the moon phase for the 2026 Lyrid peak?

Excellent conditions. New moon falls around April 17–18, so on peak night (April 21–22) only a thin waxing crescent (~20% illuminated) is in the sky and it sets before 10 PM, leaving completely dark skies for the prime 1 AM–dawn window.

Do I need a telescope to see the Lyrid meteor shower?

No — and a telescope will actually make you miss meteors. Use naked eyes for meteor watching. Meteors move across a wide sky area far too quickly for any telescope's field of view to catch. Save the scope for deep-sky targets between meteor bursts.

What is the best time to watch the Lyrids in 2026?

1:00 AM to dawn on April 22 (local time, all US zones). The Lyrid radiant in Lyra climbs higher throughout the night, and after 1 AM rates significantly increase. The hours just before local dawn are the most productive.

Where exactly should I look in the sky?

Face generally northeast and keep a broad, relaxed gaze across a wide sky area. Don't stare directly at the radiant in Lyra — meteors appear to radiate from there but the longest and most spectacular streaks appear 40–90° away from it.

Where do the Lyrid meteors come from?

Lyrid meteors are debris from Comet C/1861 G1 (Thatcher), a long-period comet that takes about 415 years to orbit the sun. Earth crosses Thatcher's debris trail every April, and the particles — traveling at roughly 49 km/s — burn up as bright streaks in our upper atmosphere.

What telescope targets are best during a Lyrid night?

M13 (Hercules Cluster), M3 (Globular in CVn), Beehive Cluster (M44), Cor Caroli (double star), and the Ring Nebula (M57 — in Lyra itself, next to the radiant). All are well-placed high in the spring sky on April 21–22 after midnight.

Can I photograph the Lyrid meteor shower with a smartphone?

Smartphones can capture bright Lyrid fireballs on night mode with a tripod, but a dedicated camera with a wide f/2.8 or faster lens and an intervalometer gives dramatically better results. Use 15–20 second exposures at ISO 1600–3200 and shoot continuously throughout the prime window.

Is there a Lyrid meteor shower viewing map for the US?

Yes. Use our state-level viewing map to estimate visibility by location and sky quality, then prioritize darker Bortle 2-4 zones away from city light pollution. This is the fastest way to answer where to see the Lyrid meteor shower near you.

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