Meteor Shower Calendar
Track every major meteor shower in 2026. Plan your stargazing nights with peak dates, hourly rates, countdowns, and expert viewing tips.
Delta Aquariids
Peak
Jul 30-31
Expected Rate
~20/hr
Best Viewing
After midnight
Radiant
Aquarius
2026 Meteor Showers
All major meteor showers for the year with real-time status
Monthly Timeline
See when each shower is active throughout the year
Viewing Tips
Maximize your chances of seeing shooting stars
Escape Light Pollution
Get at least 30 minutes away from city lights. Darker skies reveal far more meteors.
Let Your Eyes Adjust
Give your eyes 20-30 minutes to fully adapt to the dark. Avoid looking at your phone.
Face the Radiant
Look towards the constellation the shower is named after, but scan the whole sky.
Go After Midnight
Most showers peak after midnight when your location faces into Earth’s orbital path.
No Equipment Needed
Use your naked eyes -- no telescope or binoculars needed. They restrict your field of view.
Lie Back
Lie flat on your back for the widest view of the sky. A reclining chair works too.
Check the Moon
A full or bright moon washes out faint meteors. New moon nights are best.
Dress Warmly
Even summer nights get chilly when you’re lying still. Bring layers, blankets, and hot drinks.
What Causes Meteor Showers?
The science behind shooting stars
Comets Leave Debris Trails
As comets orbit the Sun, solar heat vaporizes ice and releases dust and rocky particles. These particles spread along the comet’s orbital path, forming a vast debris trail that persists for centuries.
Earth Passes Through These Trails
Each year, Earth’s orbit intersects the same cometary debris streams at predictable times. This is why meteor showers recur on roughly the same dates every year.
Debris Burns Up in the Atmosphere
Particles -- most no larger than a grain of sand -- enter Earth’s atmosphere at speeds of 11 to 72 km/s. Friction with air molecules superheats the particle, producing the streak of light we call a meteor or “shooting star.” Most burn up at altitudes of 80 to 120 km.
ZHR: Zenith Hourly Rate
ZHR is the theoretical maximum number of meteors an observer would see per hour under perfect conditions: the radiant at the zenith, skies dark and clear, and limiting magnitude of 6.5. Real observed rates are typically lower.
Meteor vs. Meteorite vs. Meteoroid
A meteoroid is a small rocky or metallic body in space. When it enters Earth’s atmosphere and produces a streak of light, that phenomenon is a meteor. If any fragment survives to reach the ground, it is called a meteorite.