Introduction
As drone incursions rise across the United States — from border regions to major airports — the federal government is accelerating its investment in advanced counter‑UAS technologies. In a significant development, the Pentagon and the Federal Aviation Administration have agreed to jointly test high‑energy lasers designed to shoot down drones, according to CNN reporting.
This marks one of the first coordinated efforts between the Department of Defense and the FAA to evaluate directed‑energy weapons in controlled civilian airspace. The test will take place in New Mexico, a state long used for weapons development and airspace experimentation.
Why This Test Matters
The U.S. is facing a rapidly evolving drone threat:
Unauthorized drones near airports
Smuggling drones along the southern border
Surveillance drones near military bases
Hybrid‑warfare style probing by foreign actors
Accidental incursions by hobbyist drones
Your recent NLVDrones articles have already documented:
Europe’s push for a continent‑wide drone wall
Mysterious drone activity across NATO countries
The DoD shooting down a CBP drone near El Paso
This new FAA‑DoD laser test is the U.S. equivalent of Europe’s escalating response — a sign that America is preparing for a new era of airspace threats.
What the Laser Test Will Involve
According to CNN, the Pentagon and FAA will:
Conduct a joint evaluation of high‑energy laser systems
Test the ability to track, target, and disable drones
Use a controlled airspace corridor in New Mexico
Measure safety impacts on civilian aviation
Assess how lasers can be integrated into national airspace defense
This is not a battlefield test — it is a civil‑military coordination test, which is rare and signals the seriousness of the threat.
Why Lasers?
High‑energy lasers are becoming a cornerstone of counter‑UAS strategy because they offer:
✔ Extremely low cost per shot
A laser strike costs only a few dollars in electricity — compared to tens of thousands for a missile.
✔ Precision engagement
Lasers can burn through drone components without explosive risk.
✔ Unlimited ammunition
As long as the system has power, it can fire continuously.
✔ Anti‑swarm potential
Lasers can rapidly engage multiple drones in succession.
These advantages align with the Pentagon’s broader push toward directed‑energy weapons, which are already being tested by the Army, Navy, and Air Force.
A Response to Recent U.S. Drone Incidents
This test comes after several high‑profile events:
1. DoD Shoots Down CBP Drone Near El Paso
Your recent article covered how a Pentagon laser test accidentally downed a Customs and Border Protection drone — an incident that exposed coordination gaps between agencies.
2. Drone Sightings Near U.S. Military Bases
Multiple bases have reported unidentified drones, mirroring the European trend.
3. Airport Drone Disruptions
The FAA has documented a surge in drone‑related airspace violations.
The joint test is meant to prevent future accidents and establish national standards for laser‑based counter‑UAS operations.
How This Fits Into the Global Trend
Your NLVDrones coverage has shown that:
Europe is building a drone wall
NATO countries are facing mysterious drone incursions
The U.S. is dealing with border and airport drone threats
Directed‑energy weapons are becoming a global priority
This FAA‑DoD test is the U.S. version of Europe’s defensive buildup — a shift toward permanent, integrated airspace protection.
Implications for the Counter‑UAS Industry
This test will accelerate:
✔ Government contracts for laser systems
Companies like Raytheon, Lockheed Martin, BlueHalo, and Epirus stand to benefit.
✔ Demand for airspace‑safe laser integration
Civil aviation standards will need new rules, sensors, and safety protocols.
✔ Growth in counter‑UAS careers
The U.S. will need:
Laser system operators
Directed‑energy technicians
Airspace integration specialists
Counter‑UAS analysts
Safety and compliance officers
✔ New opportunities for startups
Especially in:
Laser cooling systems
Drone tracking software
Sensor fusion
AI‑based threat detection