Geomagnetic Storm Tracker
Live storm status from NOAA, updated every 5 minutes
Current Storm Status
Checking... — Loading NOAA data...
Fetching current geomagnetic conditions from NOAA Space Weather Prediction Center.
Get Storm Alerts Before They Hit
AuroraMe monitors 9 NOAA data feeds around the clock. Get storm watch alerts up to 72 hours before major events, and predictive aurora alerts 30-60 minutes before peak visibility at your location.
Active NOAA Space Weather Alerts
Loading active alerts from NOAA...
G-Scale: What Each Storm Level Means for Aurora
NOAA rates geomagnetic storms G1 (minor) to G5 (extreme). Higher levels push aurora further from the poles.
G1 Minor Kp 5
Aurora visible to ~55° magnetic latitude
G2 Moderate Kp 6
Aurora visible to ~50° magnetic latitude
G3 Strong Kp 7
Aurora visible to ~45° magnetic latitude
G5 Extreme Kp 9
Aurora visible below 30° magnetic latitude
Full guide: Geomagnetic Storms Explained — G1 to G5 Scale, Duration & Aurora Impact →
Kp Index Forecast: Next 72 Hours
NOAA's predicted Kp values for the next 3 days. Kp 5+ means geomagnetic storm conditions.
Loading Kp forecast from NOAA...
Kp Index: 27-Day Outlook
NOAA's predicted maximum Kp per day based on solar rotation recurrence. Kp 5+ = storm conditions.
Kp 5+ Storm Kp 3-4 Active Kp 1-2 Quiet
Notable Geomagnetic Storms
G4
March 18-21, 2026: Severe Storm
Kp reached 6+ for multiple days. Aurora visible across Germany, Belgium, UK, and southern Scandinavia. Our busiest week ever, with over 13,000 daily visitors at the peak. Caused by a fast CME arrival.
G3
January 2026: Strong Storm
G3 conditions with Kp 7 sustained for 6+ hours. Aurora photographed from Edinburgh, Copenhagen, and Seattle. Part of the ongoing Solar Cycle 25 maximum activity.
G3
November 2025: Strong Storm Series
Multiple G3 events within a single week. Aurora visible at mid-latitudes across Europe and North America. Solar maximum delivered the most active November in over a decade.
G5
May 10-12, 2024: Extreme Storm
The strongest storm in 20 years. Kp reached 9 for sustained periods. Aurora photographed from Texas, Florida, Spain, and Japan. Caused by a series of X-class flares from sunspot AR 3664.
G4
October 2024: Severe Storm Series
Multiple G4 events as Solar Cycle 25 peaked. Aurora visible across the UK, central Europe, and the northern US.
What to Do When a Geomagnetic Storm Hits
1. Check Storm Level
Look at the current G-level above. G1-G2 means aurora at high latitudes. G3+ means mid-latitude aurora, so check whether your city is in the visibility zone.
2. Find Your City
Search your city on AuroraMe. Each city page shows your specific Kp threshold based on magnetic latitude. If current Kp exceeds your threshold, aurora is possible.
3. Check Cloud Cover
Clear skies are essential. Clouds block aurora completely. Check tonight's local forecast; any clear break is worth going outside for.
4. Get Away from Light
Even 15 minutes of driving reduces light pollution dramatically. Face north (south in Southern Hemisphere). Give your eyes 20 minutes to adapt to darkness.
5. Set Alerts
Don't sit refreshing this page. AuroraMe sends predictive alerts 30-60 minutes before peak aurora at your specific location. Set it and go about your evening.
6. Be Patient
Storms fluctuate. Activity can drop and surge multiple times over 24-72 hours. If the Kp forecast shows elevated activity, stay up: the best displays come in waves.
Aurora Destinations by Country
🇺🇸
United States
304 locations 🇨🇦
Canada
73 locations 🇷🇺
Russia
35 locations 🇳🇴
Norway
29 locations 🇫🇮
Finland
25 locations 🇬🇧
United Kingdom
23 locations 🇬🇱
Greenland
20 locations 🇸🇪
Sweden
18 locations 🇩🇰
Denmark
16 locations 🇯🇵
Japan
14 locations 🇮🇸
Iceland
12 locations 🇱🇹
Lithuania
12 locations 🇳🇱
Netherlands
12 locations 🇩🇪
Germany
12 locations 🇵🇱
Poland
12 locations 🇧🇾
Belarus
12 locationsShow all 53 countries
🇫🇷
France
12 locations 🇺🇦
Ukraine
12 locations 🇮🇹
Italy
12 locations 🇪🇸
Spain
12 locations 🇨🇱
Chile
12 locations 🇿🇦
South Africa
12 locations 🇳🇿
New Zealand
11 locations 🇦🇺
Australia
11 locations 🇦🇷
Argentina
11 locations 🇮🇪
Ireland
10 locations 🇪🇪
Estonia
10 locations 🇱🇻
Latvia
10 locations 🇧🇪
Belgium
10 locations 🇱🇺
Luxembourg
10 locations 🇨🇿
Czech Republic
10 locations 🇨🇭
Switzerland
10 locations 🇸🇰
Slovakia
10 locations 🇦🇹
Austria
10 locations 🇭🇺
Hungary
10 locations 🇸🇮
Slovenia
10 locations 🇭🇷
Croatia
10 locations 🇷🇴
Romania
10 locations 🇵🇹
Portugal
10 locations 🇷🇸
Serbia
10 locations 🇧🇦
Bosnia and Herzegovina
10 locations 🇫🇰
Falkland Islands
10 locations 🇲🇪
Montenegro
10 locations 🇧🇬
Bulgaria
10 locations 🇦🇱
Albania
10 locations 🇲🇰
North Macedonia
10 locations 🇲🇳
Mongolia
10 locations 🇬🇷
Greece
10 locations 🇲🇹
Malta
10 locations 🇨🇾
Cyprus
10 locations 🇺🇾
Uruguay
10 locations 🇧🇷
Brazil
10 locations 🇬🇸
South Georgia
9 locationsFrequently Asked Questions
Is there a geomagnetic storm right now?
Check the "Current Storm Status" panel at the top of this page. It shows the live G-scale level from NOAA, updated every 5 minutes. If the status shows G1 or higher, a storm is in progress. You can also check the Kp index, where 5 or above means storm conditions.
How do I know if aurora is visible during a storm?
Each storm level corresponds to a latitude range. Find your city's Kp threshold on its forecast page. If the current Kp meets or exceeds your threshold, and skies are clear and dark, aurora should be visible. AuroraMe combines all factors and sends alerts automatically.
How long does a geomagnetic storm last?
Most storms last 24-72 hours. The main phase (peak aurora activity) typically lasts 1-6 hours. CME-driven storms are intense but shorter; coronal hole streams are weaker but can persist for days. Activity comes in waves, so stay alert through the night.
Are geomagnetic storms dangerous?
No. People on Earth's surface are completely safe during all storm levels, including G5 extreme events. The aurora is safe to observe. Storms can affect power grids, satellites, GPS accuracy, and radio communications, but these effects are managed by specialized operators.
How far in advance can storms be predicted?
NOAA issues storm watches 1-3 days before expected arrival based on CME detections. The exact intensity is only confirmed when the solar wind reaches the L1 monitoring point, about 30-60 minutes before impact. AuroraMe sends storm watch alerts as soon as NOAA issues them.
What is the difference between G1 and G5?
G1 (Kp 5) is a minor storm, with aurora at high latitudes like Tromsø and Fairbanks. G5 (Kp 9) is extreme, with aurora from Spain, Texas, and Japan. G1 storms happen hundreds of times per solar cycle; G5 events are once-per-decade occurrences.