The fires affecting the Community of Madrid, Ávila, and Toledo have left more than just images of large smoke columns. They’ve also served to demonstrate, for the first time in Spain, how a mobile network can operate when terrestrial antennas are no longer available. Over the past few hours, several users have detected a new network called “Orange Space X” on their phones, while some operators reported the activation of emergency satellite coverage to maintain basic communications in the most affected areas.
The keys to Starlink Direct to Cell in 30 seconds
- The fires damaged cell towers, fiber optic cables, and power supplies in several areas.
- Users have detected the network “Orange Space X”, linked to Starlink’s Direct to Cell project and MasOrange.
- The technology allows conventional 4G phones to connect directly with satellites, without external antennas or special phones.
- The capacity is limited and intended for SMS and basic data when terrestrial coverage disappears.
- The deployment demonstrates the potential of satellite networks as backup in disasters.
This situation provides a practical demonstration of a technology that until now had only been presented through pilot tests. Instead of relying solely on cell towers, some Starlink satellites can act as orbiting base stations, providing a communication channel when terrestrial infrastructure is damaged.
From laboratory to real emergency
The Direct to Cell technology had been developing in Spain for months. In February 2026, MasOrange and SpaceX announced a pilot authorized by the Secretary of State for Telecommunications and Digital Infrastructures to test the network’s operation using part of the operator’s mobile spectrum.
The goal was simple on paper but technically complex: to enable a regular mobile phone to communicate directly with a satellite using the same LTE modem it normally uses to connect to a 4G antenna.
This means users do not need to buy a Starlink antenna or a specialized satellite phone. When terrestrial coverage goes out and the device has a clear view of the sky, it can attempt to connect with a compatible satellite.
During the fires, the first evidence of this functioning in real conditions appeared. Several users showed how their devices detected the network “Orange Space X”, a name consistent with the joint project between MasOrange and SpaceX.
Although there is no complete technical explanation from the companies yet, the screenshots published indicate that the network uses spectrum licensed to the MasOrange group, which aligns with the design of the pilot announced months ago.
An emergency network, not a substitute for 4G
It’s important to understand what this technology can truly offer.
The Direct to Cell satellites are not intended to replace a conventional mobile network. The available capacity is much lower than that of a terrestrial base station and must be shared among all connected users.
Therefore, the service is mainly aimed at maintaining essential communications.
At this stage, the priorities are:
- Sending and receiving SMS;
- Small amounts of data;
- Text-based messaging applications;
- Location sharing;
- Emergency alerts reception.
Everyday uses like video calls, streaming, or intensive browsing are outside its scope.
The philosophy differs: when terrestrial infrastructure is destroyed by a fire, flood, or earthquake, having a slow connection is infinitely more useful than being completely cut off.
Operator coordination raises new questions
One of the most interesting aspects of this activation is that it’s still unclear how it was technically organized.
The first detected connections correspond to the MasOrange project, but the public notice about emergency coverage was also issued by Movistar.
This suggests that, during an exceptional situation, some extraordinary interoperability mechanism may have been enabled between operators, SpaceX, and authorities to facilitate access to the satellite network.
So far, no company has explained whether it’s a temporary national roaming system, a specific spectrum assignment, or a special configuration authorized for this emergency.
This detail is especially relevant because Direct to Cell needs to use frequencies licensed to national mobile operators. It is not enough for the satellite to pass over Spain; there must also be authorization to use that spectrum from space.
A glimpse of future mobile networks
Beyond this specific incident of the fires, the emergence of Direct to Cell marks a significant shift in telecommunications evolution.
Until now, two separate worlds existed: terrestrial mobile networks and satellite communications.
SpaceX, AST SpaceMobile, Lynk Global, and even Apple with its emergency satellite connectivity are bringing these models closer, making the difference almost invisible to users.
The trend points toward future phones that will automatically switch between terrestrial antennas and satellites depending on coverage, just as they currently switch between 4G, 5G, and Wi-Fi.
Spain could become one of the first European countries where this transition begins to be seen outside of labs.
The fires this summer demonstrated that an integrated satellite and mobile infrastructure can not only help bridge the digital divide in rural areas but also serve as a critical tool to maintain communications when traditional networks are disabled by a disaster.
Aspects such as compatible devices, commercial rates, coverage scope, or performance when publicly available are yet to be defined. However, the initial connections observed during this emergency suggest that the infrastructure is already prepared to play a role that until recently seemed exclusive to specialized satellite phones.
Frequently Asked Questions
What is Starlink Direct to Cell?
It is a technology that allows conventional LTE mobile phones to connect directly with Starlink satellites when terrestrial coverage is unavailable.
Is a Starlink antenna required?
No. The system is designed to work with the phone’s LTE modem, without additional equipment.
What speeds does it offer?
Currently, it is intended for SMS and small data transfers. It does not replace standard 4G or 5G connections.
Is it available to all users in Spain?
A full commercial launch has not yet occurred. The connections detected during the fires suggest an exceptional activation of the pilot project that MasOrange and SpaceX are developing in Spain.
