Volodymyr Zelenskyy feels ‘betrayed’ by Donald Trump over Starlink access

Ukraine suddenly lost effective access to parts of Starlink, the satellite communications network used by its military. Terminals travelling faster than 100mph could no longer operate normally. The disruption mattered because Ukrainian drones and air-defence systems depended on the connection. It also raised wider doubts about whether the United States would continue supporting Kyiv.

The outage effectively made most drones used for strikes behind Russian frontlines inoperable. It also affected Ukraine’s most effective air-defence system against Russian jet-powered attack drones targeting Kyiv. Zelenskyy said Starlink was blocked by SpaceX and the United States at 1am, and warned that people would die.

He described the decision as a personal betrayal by Donald Trump because he believed Washington had knowingly weakened Ukraine after more than four years of war. Zelenskyy said Ukraine was losing a strong partner. Musk said limits were decided by the US military and ultimately the president, not by him personally.

Starlink is a satellite communications system produced by Elon Musk’s SpaceX. It uses satellites above Earth to relay signals between ground terminals and wider networks. That allows users to exchange internet traffic, messages, and operational data without depending entirely on local cables or mobile towers. The article identifies Starlink as a crucial communications link for Ukraine’s military.

A ground terminal sends data to a satellite, which passes it through the satellite network and onward to connected systems. The reverse route brings information back to the user. This makes the system useful in war zones, where infrastructure can be destroyed or disrupted. The article specifically reports that Ukraine used it for drones and air defence.

The system is not simply a normal civilian internet service in this situation. Ukraine’s military was linked to Starshield, a related network operated by the US government. Therefore, communications could be limited by military decisions, including restrictions affecting terminals moving faster than 100mph.

The military version used by Ukraine was connected to Starshield, a related network owned and controlled by the US government. That distinction matters because control over access rested with Washington, not solely with the private company that built the underlying communications technology. The restrictions therefore became a question of US military and presidential policy.

SpaceX produced Starlink and operates the satellite technology behind the communications service. Elon Musk is SpaceX’s leader and publicly commented on the decision, but he said it was not made by him. He stated that Starshield systems were owned and controlled by the US government. He also said speed or usage limits were decided by the US military.

According to Musk, those decisions ultimately rested with the president of the United States, Donald Trump. The article therefore presents four separate roles: SpaceX supplied the system, Musk denied personal responsibility, the US government controlled Starshield, and Trump stood at the top of the stated decision chain.

The article gives no exact number of Ukrainian military terminals, drones, or air-defence units connected to Starlink. It does show that reliance was extensive. Ukraine’s military reported the outage, and the restriction affected both offensive operations and defensive protection around Kyiv. That makes Starlink more than a convenience: it was embedded in important battlefield systems.

The most striking example was Ukraine’s drone force. When terminals could not function above 100mph, most drones used to strike behind the frontlines became inoperable. The outage also affected the most effective air-defence system used to stop Russian jet-powered attack drones bombing Kyiv. Both fast-moving platforms and defensive systems were therefore exposed.

The immediate scale was operational rather than numerical. Ukraine lost capabilities across different missions at once. The episode also showed how a communications decision by an external controller could rapidly affect Ukraine’s ability to attack Russian positions and protect its capital from incoming threats.

When Starlink access is restricted, Ukrainian battlefield systems can lose the communications link needed to operate effectively. The article says the speed limit made most drones used for strikes behind Russian frontlines inoperable. This reduces Ukraine’s ability to gather information, coordinate missions, and attack targets beyond the immediate front, although the article does not detail every technical function.

The consequences also reach air defence. The outage affected Ukraine’s most effective system for stopping Russian jet-powered attack drones bombing Kyiv. At the same time, Russia launched ballistic missiles for a second night without advance warning from the United States. Ukraine had relied for years on US intelligence about impending strikes.

The result is a combined loss of action and warning. Ukraine may have fewer working systems to respond and less time to prepare. Zelenskyy warned that the decision would bring human losses. He also said US military advisers had threatened that intelligence sharing could be limited in the future.

The article does not identify a confirmed substitute for US-controlled satellite communications or intelligence sharing. In general, Ukraine and European allies could reduce dependence by combining other commercial satellite providers, European-owned satellite systems, terrestrial radio and fibre links, and more distributed battlefield communications. These alternatives would need to support secure, fast connections under attack.

For intelligence, European governments could expand their own collection, analysis, and warning arrangements. They could also share information through a coordinated European network rather than relying on one US channel. That could help provide earlier notice of missile launches and preserve operational planning if US intelligence became less reliable. These are possible approaches, not measures confirmed in the article.

The immediate response described was political and military support from Britain. Andy Burnham promised faster supplies of British lightweight multi-role missiles and said officials were exploring further support. The wider implication is that European allies may need stronger independent capabilities if access remains vulnerable.

Modern militaries depend on communications to connect commanders, sensors, drones, air-defence systems, and troops. Satellites can provide links across large distances and continue working when local networks are damaged. Intelligence adds another advantage: it can reveal where threats are and warn forces before missiles or aircraft arrive. Together, these capabilities shape decisions and timing.

Ukraine’s case shows the mechanism clearly. Restricting Starlink access made most drones used behind Russian frontlines inoperable. The same outage affected the air-defence system used against Russian attack drones targeting Kyiv. Separately, the absence of advance US warnings preceded another night of Russian ballistic missile launches.

These assets are strategic because they influence both attack and protection. Communications help forces act; intelligence helps them prepare. The article also shows their vulnerability: a decision by the US government could limit access quickly. That makes ownership, control, redundancy, and trusted partnerships central military concerns.