Ships do not stop sailing just because the weather turns rough. In fact, storms, heavy rain, and strong winds are part of maritime life. However, tracking ships during bad weather can feel challenging. Fortunately, platforms like MarineRadar make it much easier to monitor vessels even in difficult conditions.
In this guide, you will learn how to track ships during bad weather, what affects tracking accuracy, and how to use MarineRadar effectively during bad weather.
There are many important reasons for tracking ships during bad weather
During storms, ships may slow down, change direction, or anchor temporarily. Therefore, tracking them becomes even more important.
MarineRadar uses AIS (Automatic Identification System) data. Ships transmit their position, speed, and direction through AIS signals.
These signals are received by:
Ships can broadcast even in bad weather because AIS transmissions are automated. As a result, tracking stops when a storm begins.
Yes, but usually only slightly.
Here’s how weather may impact tracking:
1. Heavy Rain
Very intense rainfall can weaken radio signals. Still, most AIS signals remain stable.
2. Strong Winds
Wind does not directly block AIS signals. However, it may cause ships to change speed or course, which you will notice on the map.
3. Storm Systems
Large storms may disrupt coastal receiving stations if infrastructure is affected. In such cases, satellite AIS
Start by visiting MarineRadar on desktop or mobile. The live ship map will load automatically.
You will see multiple ship icons across oceans and coastlines.
Use the search bar to find a vessel by:
This method is the fastest way to monitor a vessel during a storm.
Once located, the map will zoom directly to the ship’s position.
During bad weather, ships often reduce speed. When you click on a vessel icon, you can see:
If the speed decreases significantly, it may indicate rough sea conditions.
Ships sometimes change routes to avoid storms.
For example, instead of sailing straight, they may:
By zooming out slightly, you can see route patterns and compare movement direction.
In extreme conditions, vessels may anchor at a safe location.
On MarineRadar, anchored ships usually appear:
This does not mean the tracking system failed. Instead, it means the vessel is waiting for safer conditions.
When ships sail far from land during storms, coastal AIS stations may not fully cover them. That is where satellite AIS becomes important.
Satellite systems collect AIS signals from space. Because of this, MarineRadar can continue displaying offshore vessels even during severe weather.
Sometimes, users worry when a ship briefly disappears from the map.
This can happen due to:
However, once the signal reconnects, the vessel’s updated position usually appears again. Therefore, a short disappearance does not always indicate danger.
To improve your tracking experience:
Additionally, tracking multiple ships in the same region helps you compare how different vessels respond to the same weather conditions.
Ship tracking during bad weather supports safety awareness.
MarineRadar allows users to:
Because maritime traffic never stops completely, real-time tracking becomes an essential tool during storms.
Tracking ships during bad weather might sound complicated, but it is actually quite simple with MarineRadar.
Because AIS systems operate continuously, vessels remain visible even in storms. While severe weather may influence speed or routes, tracking data usually stays reliable.
So whether you are monitoring cargo shipments, checking port delays, or simply watching maritime movement, MarineRadar helps you stay informed.
Q. Can ships be tracked during heavy storms?
Yes. AIS systems continue transmitting even in bad weather, allowing MarineRadar to display ship positions.
Q. Why does a ship slow down during storms?
Ships reduce speed to maintain stability and improve safety in rough seas.
Q. Does rain block AIS signals?
Heavy rain may slightly weaken signals, but tracking usually continues without major issues.
Q. What if a ship disappears from the map?
Temporary signal gaps can occur. In most cases, the ship reappears once the connection stabilizes.