Check your local cloud cover, see the 2026 Perseid peak in your own time zone, watch real sky cameras, and find the best hours to step outside.
Use your device location or search a city/ZIP. Meteor.Watch scores the upcoming night using cloud cover, precipitation probability and visibility.
Location is requested only after you click. Coordinates are sent directly from your browser to Open-Meteo for the forecast; Meteor.Watch has no location backend in this static build.
Real observatory camera sources give Meteor.Watch something more useful than a generic article: a place to actually watch the night.
CFHT–Asahi StarCam looking west from Maunakea. CFHT describes this camera as a 4K 24/7 StarCam designed to capture night-sky events including meteor showers.
Subaru–Asahi StarCam looking east from the Subaru Telescope on Maunakea. The official StarCam has continuously monitored the sky for meteor activity and other transient events.
North
Northeast
South
SoutheastThe site rolls forward into the next major shower instead of dying when the Perseids end.
ZHR 100 theoretical; rural observers commonly see lower real-world rates. New moon gives excellent conditions.
Typical ZHR around 20. Moonlight is less favorable in 2026.
Usually one of the strongest showers of the year, with a theoretical ZHR around 150.
A smaller northern-hemisphere shower, typically around 5–10 meteors per hour near maximum.
Built for the search questions people actually ask: what time, where to look, what to bring and whether a telescope helps.
Pick a safe open location with the darkest sky available. Turn down your phone and avoid streetlights in your field of view.
Open light-pollution map ↗Dark adaptation matters. A bright phone screen can reset the advantage you just waited for.
Meteor trails can appear across a huge area of sky. Lie back, keep a wide field of view and be patient.
The Perseids radiate from near Perseus, generally northeast for northern observers. You do not need to stare directly at the radiant.
At mid-northern latitudes the radiant reaches a useful elevation around 10–11 p.m. local time and improves later into the night.
A reclining chair, blanket, warm layer, water and patience can matter more than expensive astronomy equipment.
The media side is ready to become its own funnel: astrophotography, featured submissions, wallpapers, camera captures and eventually user sightings.
Visual concept / art direction for the Meteor network.
Meteor.Pics and the other `.pics` domains can later funnel into this one media system instead of fragmenting the audience.
The shop is intentionally broader than Perseids merch so the commercial side can keep working year-round.
Logo tees, hoodies, hats, mugs and stickers built around the flagship identity.
SHOP DOMAIN RESERVEDLunar, Mars, orbital infrastructure and deep-space visual lines that can cross over with the future space network.
GENERAL SPACE MERCHTime-stamped poster, shirt and sticker designs for the launch event without making the entire store seasonal.
LIMITED DROPEvergreen astronomy and stargazing designs for people who came for the shower and stay for the sky.
FUTURE LINEThe domain is reserved. For now the main Meteor.Watch page can carry the merch catalog and send buyers to the eventual storefront when it is built.
Meteor.Watch can become the public-facing entry point into the larger space ecosystem as those projects come online. No fake links: placeholders stay non-clickable until each site exists.
Long-term terraforming / off-world work. This card becomes a real outbound node when the site is deployed.
URL SLOT READYInfrastructure and network project in the larger ecosystem. Kept separate until its live destination is confirmed.
URL SLOT READYBroader astronomy / stargazing identity that can eventually carry evergreen sky content beyond meteor showers.
DOMAIN OWNEDFuture aerospace, lunar, Mars, orbital and off-world projects can slot directly into this grid without rebuilding Meteor.Watch.
NETWORK READYUseful answers first; keyword coverage naturally follows instead of stuffing the page with repetitive phrases.
The Perseids are active from July 17 through August 24, 2026. Their traditional maximum occurs around August 13 UTC, so August 12 into the early hours of August 13 is the primary viewing window for much of North America.
The IMO gives the 2026 traditional maximum as roughly 02:00–04:00 UTC on August 13. This page automatically converts that window to your browser’s local time. At mid-northern latitudes, the radiant becomes more useful around 10–11 p.m. local time and rises higher later.
The radiant is near Perseus, generally toward the northeast for northern observers. Meteors can streak far from the radiant, so a broad unobstructed view is better than staring at one point.
Theoretical ZHR for the Perseids is around 100, but real observers usually see fewer. The American Meteor Society notes roughly 30–50 shower meteors per hour from rural locations near maximum under good conditions.
No. Meteor showers are a naked-eye event. Optical magnification narrows your field of view and can make it harder to catch random streaks across the sky.
New moon occurs on August 12, 2026, so moonlight is minimal around the main maximum and does not wash out faint meteors the way a bright moon can.