What's Happening?
The Pentagon and the Federal Aviation Administration (FAA) have agreed to conduct joint anti-drone laser tests in New Mexico. This decision follows two incidents where military laser deployments led to sudden airspace closures over Texas, highlighting
coordination failures between the two agencies. In early February, the Pentagon allowed U.S. Customs and Border Protection to use an anti-drone laser near Fort Bliss without notifying the FAA, despite a scheduled coordination meeting. This resulted in the FAA closing El Paso's airspace, affecting flights and medical evacuations. A subsequent incident on February 26 involved U.S. forces shooting down a drone near the U.S.-Mexico border, which was later identified as belonging to CBP. These events have raised concerns about interagency communication and the deployment of counter-drone technology on U.S. soil.
Why It's Important?
The incidents underscore significant gaps in interagency coordination, raising questions about accountability and safety in military operations involving counter-drone technology. The lack of communication between the military and the FAA has led to disruptions in airspace management, affecting commercial and medical flights. This situation is particularly concerning given the backdrop of a previous midair collision near Reagan National Airport, where similar communication failures were identified. The agreement to conduct tests in New Mexico aims to address these safety concerns and improve coordination, which is crucial for maintaining the integrity of the National Airspace System and ensuring public safety.
What's Next?
The upcoming tests at the White Sands Missile Range in New Mexico are intended to establish a formal coordination framework for future laser deployments. This initiative is a response to the need for improved communication and safety protocols between the military and the FAA. The tests are scheduled for the weekend and are expected to specifically address FAA safety concerns. The outcome of these tests could lead to more structured and reliable procedures for handling counter-drone operations, potentially preventing similar incidents in the future.
