The Pentagon is on the verge of a groundbreaking agreement to integrate laser weapons into the US Army’s arsenal as a countermeasure to the increasing drone threat. This move comes after decades of attempts to develop such technology without success. The upcoming contract will officially introduce an “Enduring High Energy Laser” (E-HEL) into operational use, marking a significant milestone for the military’s directed energy capabilities.
Historically, the military has experimented with various laser technologies, including those installed on aircraft and ground vehicles, but most achieved limited results. However, the urgency to combat low-cost, mass-produced drones—exemplified in conflicts like those in Iran and Ukraine—has spurred the development and deployment of laser systems. Traditional countermeasures, such as intercepting drones with expensive missiles, have proven inefficient, prompting the Army to seek a more sustainable solution.
Modern lasers represent a persistent defense option since they don’t require physical ammunition. They can continue firing as long as power is available, which is critical against swarm attacks. Currently, the military has several laser systems either deployed or under testing, including naval dazzlers that aim to blind drone sensors and compact laser systems operated by the Air Force in Europe.
Despite some setbacks in past deployments, including a recent incident where a laser mistakenly targeted a balloon, the overall push for these systems continues. The recent demonstrations have showcased their potential effectiveness, including a successful engagement against a rogue Border Patrol drone.
Anticipated to be part of the Army’s formal equipment list, the E-HEL program reflects a shift in military strategy to include and standardize laser weapons as a legitimate operational choice. The upcoming contract with AeroVironment is expected to cover multiple systems that can be deployed on all-terrain vehicles, providing flexibility during missions.
While advancements in laser technology have created opportunities for military application, challenges remain. Factors such as weather conditions can affect laser performance, and their effectiveness against multiple incoming threats is still being evaluated. However, experts believe that incorporating lasers into the military’s toolkit can reduce reliance on traditional munitions, particularly against affordable drones used by adversaries.
The Army’s commitment to laser weapons signifies a broader acceptance of directed energy as a tactical resource, illustrating the military’s adaptation to evolving warfare dynamics.
