The British government is actively improving its satellite defense capabilities to deal with the threat of laser attacks. The operation described as "Star Wars" is no longer just a film and television title - the British government is taking steps to protect its satellites from laser attacks. To this end, the UK will invest 500,000 pounds (approximately US$670,000) in the development of a new generation of sensor systems. This move is part of a wider strategic adjustment.
According to statistics, there were only about 1,000 active satellites in Earth orbit in 2010. As of October 2025, this number has surged to about 12,900. It is expected that as the cost of space launches decreases, the number of launches will increase significantly in the future. "Satellite services" now account for about 20% of the UK's gross domestic product (GDP). In order to enhance its strategic status in the space field, the UK also plans to invest 5 billion pounds (approximately US$6.7 billion) in the "Skynet 6" satellite project in the next 10 years to enhance secure satellite communications capabilities. As a result, protecting rail assets is becoming increasingly important.
Defense issues are no longer theoretical assumptions. Currently, Russia and China have tested anti-satellite weapons, and recently Russia has been accused of tracking and interfering with NATO satellites. To this end, the UK is paying increasing attention to protecting satellites from laser attacks from ground stations or hostile satellites. It is worth noting that the laser mentioned here is not a high-energy laser that can directly destroy satellites, but a low-energy laser used to blind satellites or damage their precision optical equipment.
The new project announced this time is based on the UK's 2025 Strategic Defense Review (SDR), which clearly elevates space to the highest level of defense and is as important as land, sea, air and cyberspace. To this end, the United Kingdom has established the "Space Command" (UKSC), which is jointly responsible for satellite defense in conjunction with the British Space Agency.
The goal of the new project is to develop sensors that can be installed on satellites so that they can detect and evaluate laser attacks so that corresponding countermeasures can be taken in a timely manner. Since low-energy lasers are involved, defense methods may include shutting down the instrument or turning the equipment away from the threat. At the same time, the sensors can also collect threat data and transmit it back to the ground.
Paul, Commander of British Space Command Major General Tedman said: "The Strategic Defense Review elevates space to the same status as traditional combat domains, emphasizing the vital role of space in our economy, prosperity, and national security and defense. Space not only supports the way we fight, but also revolutionizes warfare in many aspects. At the same time, space security threats It continues to increase. As we face an era of new threats, Space Command is competing with our adversaries’ ever-expanding arsenal of counterspace systems and is in need of new cutting-edge technologies to protect and defend our satellites, so I’m pleased that just six months after SDR was released, we are investing new funds in this new technology to accelerate the development of space programs.”