Starlink Ground Stations in Spain: 7 Sites
Yes, as of early 2025, Starlink has seven reported operational ground stations in Spain. These are located in: Villafranca del Castillo (Madrid), Cáceres, Alcalá de Henares (Madrid), Sevilla, Zaragoza, Valencia, and a third site in the Madrid area (Navalcarnero). This article explains what these ground stations do, how they connect to the satellite network, and what they mean for Starlink users in Spain.
What Are Starlink Ground Stations?
Starlink, the satellite internet constellation operated by SpaceX, provides broadband by beaming data from low-Earth-orbit (LEO) satellites directly to a user’s dish. But the satellites don’t connect to the internet themselves. They act as relays, bouncing signals to and from ground stations—also called teleports or gateway Earth stations—which are physically wired into the global internet backbone. Without these ground stations, the system would simply be a network of orbiting routers with no connection to the rest of the world.
Each ground station is a facility with large parabolic antennas (often radome-enclosed for weather protection) that track Starlink satellites as they pass overhead. The station connects to the fiber optic internet infrastructure at that location, allowing data to flow between a user’s dish and the internet at large. The number and placement of ground stations directly affect the latency and capacity a user experiences: fewer stations mean longer distances for data to travel on the ground, and more congestion at each station.
How Do Ground Stations Work with the Starlink Network?
When you send a request (say, loading a webpage), the data travels from your Starlink dish to the nearest satellite overhead. That satellite then routes the data via laser links to other satellites in the constellation, or directly down to the nearest ground station that has a fiber connection. The ground station then sends the request to the internet. The response travels back the same way.
The key to low latency is having a ground station relatively close to the user. Starlink satellites orbit at about 550 km (340 miles) above Earth, so the signal travels at the speed of light in a vacuum, but the ground segment adds distance. For example, a user in Madrid connecting to a ground station in Madrid will have lower latency than a user in Barcelona connecting to the same station, because the data has to travel over fiber from Barcelona to Madrid first.
As of 2025, Starlink operates over 150 ground stations worldwide. Spain’s seven stations are relatively few compared to countries like the US (which has over 50), but they are strategically placed to cover the Iberian Peninsula and the Balearic Islands. The Canary Islands, being farther from the mainland, rely on a separate ground station (which is not counted in the seven mainland sites).
Why Does Spain Have Seven Stations?
The number of ground stations in a country is driven by demand, geography, and regulatory approval. Spain has a high population density in urban areas but also large rural and mountainous regions where fiber internet is scarce—exactly the market Starlink targets. The seven stations are spread out to minimize the distance between any user and a station, which helps keep latency low and speeds high.
Here is a list of the known operational ground station locations in Spain (as reported by the Starlink ground station tracking community):
- Villafranca del Castillo (Madrid) – operated by the European Space Agency’s deep space tracking station, but Starlink has its own antennas there.
- Alcalá de Henares (Madrid) – a major gateway site.
- Navalcarnero (Madrid) – a third site in the Madrid region, increasing capacity for the capital.
- Cáceres (Extremadura) – covers western Spain.
- Sevilla (Andalusia) – covers the south.
- Zaragoza (Aragon) – covers the northeast.
- Valencia (Valencian Community) – covers the east coast.
This distribution means that most of mainland Spain is within a 300 km radius of a ground station, which is generally considered the sweet spot for low latency. The stations are also connected to high-capacity fiber backbones, ensuring that the bottleneck is not the ground segment.
How to Check the Ground Station Your Starlink Uses
If you are a Starlink user in Spain, you might be curious which ground station your connection is using. Unfortunately, Starlink does not provide this information in the official app. However, there are third-party tools and websites that track ground stations and satellite positions. One common method is to use the Starlink app’s “Debug Data” screen, which shows the “Gateway IP” address. You can then look up that IP address to find the approximate location of the ground station. Another method is to use the community-run website starlink.sx, which shows real-time satellite positions and ground station locations, though it doesn’t show your specific link.
If you are experiencing high latency, it might be because your traffic is being routed to a distant ground station. For example, a user in Galicia (northwest) might be routed to the Cáceres station, which is still relatively close. But if a station is overloaded, Starlink may route you to a farther one, increasing latency.
Common Problems and Misconceptions
One common misconception is that ground stations are the same as cell towers or that they provide coverage like a Wi-Fi hotspot. They do not—they are purely backhaul points. Another misconception is that more ground stations mean faster speeds for everyone. While more stations reduce congestion, the user’s speed is also limited by the satellite capacity and the user’s own plan.
A real issue that Starlink users in Spain have reported is that during peak hours, speeds can drop because the ground station’s fiber connection or the satellite’s capacity is saturated. This is more noticeable in areas with few ground stations. Also, some users have reported that their connection is routed to a ground station in a neighboring country (like Portugal or France) if the Spanish stations are congested, which adds latency.
Another point of confusion: the ground stations are not the same as the “PoPs” (Points of Presence) that Starlink operates. PoPs are data centers where Starlink connects to internet exchanges. In Spain, there are PoPs in Madrid and Barcelona. The ground stations are the antenna farms that talk to the satellites; the PoPs are where the data enters the internet backbone. A ground station may be connected to a PoP via fiber, but they are separate facilities.
Comparison: Spain vs. Other Countries
To put Spain’s seven stations in perspective, here is a rough comparison of ground station counts in select European countries (as of early 2025):
- Germany: ~10 stations
- United Kingdom: ~8 stations
- France: ~9 stations
- Italy: ~6 stations
- Portugal: ~3 stations
Spain’s seven stations are in line with its size and population. The density of stations is roughly one per 7 million people, which is similar to Italy and France. However, the geographic distribution in Spain is more challenging because of the Pyrenees and the central plateau, which can block line-of-sight to satellites at low elevation angles. That’s why the stations are placed in a ring around the country rather than clustered in the center.
Future Outlook and Expansion
Starlink is continuously expanding its ground station network. In Spain, there are plans for additional stations in the north (e.g., Bilbao or La Coruña) and possibly in the Canary Islands (though the Canaries already have a station on the island of Tenerife, which is not counted in the seven mainland sites). The Spanish government has also been working with Starlink to provide rural broadband coverage, which may accelerate the deployment of more stations.
Another development is the use of satellite-to-satellite laser links, which allow data to be routed between satellites without touching the ground. This could reduce the need for ground stations in the future, as a satellite over Spain could beam data to a satellite over a country with a ground station. However, laser links are still limited in capacity, and ground stations remain essential for high-volume traffic.
Frequently Asked Questions
Q: How do I find out which ground station my Starlink is using?
A: Open the Starlink app, go to Settings > Advanced > Debug Data, and look for the “Gateway IP” field. Copy that IP address and use a free IP geolocation service to see its approximate location. That will tell you which ground station you are connected to.
Q: Does the number of ground stations affect my monthly price?
A: No. Your price is determined by your service plan (Residential, Roam, Business, etc.) and any equipment costs. Ground station infrastructure is part of Starlink’s operational costs, but it does not directly change your bill.
Q: Can I use Starlink in Spain without a ground station in the country?
A: Yes, technically. If no ground station were available in Spain, your data would be routed to a satellite that could downlink to a station in a neighboring country (e.g., Portugal or France). However, this would increase latency and reduce performance. That’s why Starlink invests in local stations.
Q: Are the ground stations safe and environmentally friendly?
A: Yes. The stations emit low-power radio waves similar to other telecommunications infrastructure. They are typically located in rural or industrial areas, and they require a small plot of land. There are no known environmental hazards, though some communities have raised concerns about visual impact.
Q: Will Starlink add more ground stations in Spain?
A: Likely yes. Starlink is in a growth phase, and as more users sign up in Spain, the company will need to expand capacity. The Spanish government’s rural broadband initiatives may also incentivize additional stations. Keep an eye on Starlink’s coverage map in the app, which sometimes shows “coming soon” areas.
Q: Do the ground stations in Spain also serve users in North Africa?
A: Possibly. Starlink’s satellites have a wide footprint, and a ground station in southern Spain (like Sevilla) could potentially serve users in Morocco or Algeria if those users are visible to the same satellite. However, regulatory restrictions and coverage agreements typically limit this. Starlink is not officially available in most North African countries, so this is not a practical concern.
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