Storm tracking & trajectories

Real-time storm tracking and trajectories

Storm Predict tracks storm cells continuously and works out where they are heading.

Town by town, down to the kilometre and the minute, from radar, lightning and forecast models.

Where are the storms right now?

Cells tracked live across Europe, with paths and arrival times.

Instant answer, no account

Storm Predict, real-time worldwide storm tracking

Live worldwide view · 66 active storms, 6 supercells tracked individually

Going further

Two uses, depending on what you have to protect.

Follow the season

The live map, the tracks, alerts on your places. For anyone watching the sky all summer.

Try 7 days

Protect an activity

This page is free and comes with no service guarantee. A decision that commits teams or equipment needs something else.

Storm Predict Pro

Frequently Asked Questions

What is Storm Predict?

Storm Predict is a real-time storm tracking platform that automatically detects storm cells, calculates their trajectories up to 4 hours ahead, and sends personalized alerts. Built by a storm chaser, it leverages high-resolution models (AROME in France and almost all of Spain, HRRR in the US, and more every season), composite radar and Doppler.

How do trajectories work?

Trajectories are calculated from atmospheric wind data from high-resolution models and analysis of the cell's past movement. The system produces a confirmed trajectory (white line) with a danger corridor and hourly predictions (+15min, +30min, +1h, +2h, +4h).

How much does it cost?

Two plans with the exact same features, only the duration changes: Monthly at €11.99/month with no commitment, and Annual at €109 for 12 months, saving €35 over the year. A free 7-day trial lets you test before choosing.

What geographic coverage?

Storm Predict covers the entire world. Automatic tracking detects and follows storms on all continents in real time via the Blitzortung lightning detection network, backed by the most accurate local models and radars available in each region.