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The Missile Defense Agency announced in a Congressional hearing that it is investing US$ 452 million in high-energy lasers mounted on autonomous drones — the goal is to create a fleet capable of patrolling American airspace and shooting down threats without any pilot on board
Revealed in a US Congressional hearing on April 15, 2026, and detailed by the Military Times on April 24, the program represents a radical shift in United States defense strategy.
The director of the Missile Defense Agency (MDA), Lieutenant General Heath Collins, stated that the agency is “all in” — fully committed — to directed energy weapons.
According to Collins, the main focus is to integrate high-energy lasers into unmanned aerial platforms for missile and anti-drone defense within American territory.
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The statement was made during testimony before the House Armed Services Committee’s Subcommittee on Strategic Forces.
The drones that were targets are now hunters — and already have names
In addition, manufacturer General Atomics has already released renderings of two drone models equipped with laser weapons.
The first is the MQ-9B SkyGuardian, an advanced version of the Reaper that already operates in dozens of countries.
The second is the MQ-20 Avenger, a larger stealth drone designed for combat missions.
Both appear in official images with laser modules attached to the fuselage, capable of tracking and destroying targets in flight.
The paradox is evident: the same drones that until yesterday were the preferred targets of air defense systems are now becoming the hunters.
Thus, the logic of aerial warfare is reversed — what was once prey becomes predator.
US$ 452 million and the Golden Dome program
According to initial budget documents, approximately US$ 452 million has been allocated for the research and development of high-energy lasers and high-power microwaves.
The investment is part of the Golden Dome program, the new air defense shield of the United States.
In addition, the total budget for hypersonic weapons projects in fiscal year 2026 reaches US$ 3.9 billion.
However, aerial lasers represent a different bet than hypersonic weapons. While hypersonic missiles attack, lasers defend — and at a drastically lower cost per shot.
A conventional interceptor missile costs between US$ 40,000 and US$ 80,000 per shot. A laser shot costs cents in electricity.
The test that already happened: laser on the aircraft carrier USS George H.W. Bush
While the drone laser program is still in the development phase, the US Navy has already tested a similar system on a different platform.
In October 2025, the company AeroVironment demonstrated the LOCUST Laser Weapon System (LWS) aboard the aircraft carrier USS George H.W. Bush (CVN-77), in the Atlantic Ocean.
As reported by Army Recognition, it was the first time a laser weapon was fired from an aircraft carrier.
The laser detected, tracked, engaged, and neutralized multiple drones during a single firing sequence.
The system was installed in a containerized configuration — the so-called Palletized High Energy Laser (P-HEL) — positioned directly on the flight deck.
In this sense, the test proved that directed energy weapons already work in real operational environments, not just in laboratories.
The aircraft carrier that conducted the test arrived in the Middle East on April 24, 2026, amidst rising tensions with Iran.
Why mount lasers on drones — and not on manned aircraft
In this sense, the choice for unmanned platforms is not accidental. Drones can remain airborne for more than 24 consecutive hours, patrolling without pilot fatigue.
Furthermore, they are significantly cheaper than manned fighter jets. An MQ-9 costs around US$ 30 million, while an F-35 exceeds US$ 80 million.
On the other hand, the loss of a laser-equipped drone in combat does not represent loss of human life — only equipment.
Above all, drones can fly in formations coordinated by artificial intelligence, creating a mobile air defense network that automatically repositions itself according to the threat.
The idea is that a fleet of these drones could cover entire regions of the United States against cruise missiles, terminal-phase ballistic missiles, and hostile drone swarms.
The ghost of previous failures
The Pentagon has tried to put lasers in the air before — and failed repeatedly.
The Air Force’s Airborne Laser (ABL) program mounted a giant chemical laser inside a modified Boeing 747. After spending billions, the project was canceled in 2012 for being too heavy and impractical.
Similarly, the SHiELD (Self-Protect High-Energy Laser Demonstrator) program sought to install compact lasers on fighter jets. It failed to even advance to flight tests.
Indeed, engineers face colossal technical challenges: building a weapon powerful enough to destroy a missile, yet light and compact enough to fit on a drone.
Atmospheric turbulence and weather conditions also degrade the effectiveness of the laser beam over long distances.
The difference now, according to the MDA, is miniaturization. Solid-state lasers have become smaller and more powerful in the last decade, and drones like the MQ-20 Avenger are large enough to carry them.
The global race for defense lasers
The United States is not alone in this race. Israel already operationally uses the Iron Beam system, developed by Rafael Advanced Defense Systems.
Consequently, the Middle East has become the first real battlefield for directed energy weapons.
The Iron Beam operates on ground platforms with a 10 km range and near-zero cost per shot. It was first used against Iranian and Hezbollah drones in 2025.
Despite this, no country has yet managed to operationalize lasers on autonomous aerial platforms — which makes the American program potentially pioneering.
If the US manages to make a drone destroy a missile in flight with a beam of light, it will be the first time in history that this happens outside of science fiction.
What could still go wrong
However, the program is in its initial phase. No laser-armed drone has been tested against a real missile as of April 2026.
Still, the US$ 452 million allocated represents only the beginning. Defense projects of this scale historically cost 5 to 10 times more than the initial budget.
Furthermore, adversaries like China and Russia are already developing countermeasures — including anti-laser coatings and missiles that change trajectory unpredictably.
For now, what exists are renderings, Congressional hearings, and an ambitious promise. The distance between “all in” and “operational” is still measured in years — and in billions of dollars.
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