Missile Defense System in Poland Could Be Operational by Summer

March 2024

The U.S. Navy has taken official control of the Aegis Ashore missile defense system in Poland with the aim of making the system fully functional under NATO command as early as this spring.

The Aegis system was deployed to the Redzikowo Air Base in the north of Poland, about 93 miles from the Russian enclave of Kaliningrad, and transferred to the control of the Navy on Dec. 15. The base originally was intended to begin operating in 2018, but the project experienced delays.

“The acceptance of the Aegis Ashore site in Poland, like its sister site in Romania, is an important step in our efforts to get [the system] ready to protect against the growing threat posed by ballistic missiles launched from Iran,” U.S. Naval Forces in Europe said in a Dec. 18 statement.

The system represents a significant development in NATO's missile defense capabilities. It is part of the structure to protect NATO allies from ballistic missile threats called the European Phased Adaptive Approach, which was conceived during the Obama administration.

The Aegis system is designed to detect enemy missile launches by using satellite systems. Once identified, Standard Missile-3 interceptors are launched from sea or land at the missile, destroying it in space.

The system in Poland is undergoing a planned maintenance period for upgrades and is expected to be fully integrated and operational under NATO command by the summer, the Navy said.

In addition to the Polish air base, the Aegis architecture includes a base in Romania, a radar facility in Turkey, a command center in Germany, and U.S. Navy ships.

According to BBC News, Russia has raised concerns about the Aegis site, arguing that the system in Europe threatens its strategic deterrence. At a press briefing last March, Vice Adm. Jon A. Hill, director of the U.S. Missile Defense Agency, pushed back, saying that the Aegis system “is not designed to go after Russian missiles. It is really about outside of the European sphere.”—CHAD LAWHORN