Army’s AMP-HEL Laser Test at White Sands Opens a Counter-Drone Market Lane Boeing Is Not Currently Positioned to Win

The U.S. Army’s first live test of the AMP-HEL directed-energy counter-drone system at White Sands — complete with automated deconfliction logic to prevent civilian aircraft targeting — marks a concrete procurement step in a segment where Boeing carries no disclosed product.

The AMP-HEL test matters for Boeing watchers not because Boeing is in it, but because it defines the competitive perimeter around Boeing’s autonomous platforms. The MQ-28 Ghost Bat, which autonomously downed an airborne target in December 2025, and the second Orca XLE2 submarine drone commissioned under a $247 million contract in March 2026, are offensive and ISR autonomous systems. Neither addresses the directed-energy counter-UAS layer the Army is now actively validating. As drone swarms become the primary threat vector against exactly the kind of manned-unmanned teaming operations Boeing is building toward, the absence of a Boeing-affiliated counter-drone energy weapon in this test is a gap worth flagging — particularly for defense program managers evaluating whether Boeing’s autonomous systems portfolio is self-defending or dependent on third-party protection layers.

The automated safety mechanism embedded in the AMP-HEL system — preventing targeting of civilian aircraft — is also a direct signal about where autonomous engagement logic is heading in U.S. Army procurement doctrine. Boeing’s Aurora Flight Sciences subsidiary has built human-on-the-loop authority structures into the MQ-28’s autonomous kill chain, and that architectural alignment with Army deconfliction requirements is a genuine asset. But alignment in philosophy does not translate to a contract position. Anduril, whose YFQ-44A Fury completed its first flight and weapons testing in the same week this test occurred, is iterating counter-drone and autonomous engagement software at a pace Boeing’s financial constraints — negative ROIC of -17.17%, Altman Z-score of 1.36 — make difficult to match. The $489.3 million EA-18G Growler contract modification Boeing received this month for AN/ALQ-264 Beowulf electronic warfare integration is real revenue, but it is legacy platform integration work, not a position in the emerging directed-energy counter-UAS stack.

For procurement officers, the practical question is whether Boeing’s MQ-28 and Orca programs will require AMP-HEL class protection in operational deployment — and if so, who provides it. Australia’s 13-unit MQ-28A order across three tranches, with operational deployment planned by 2028, will need a counter-drone protection architecture. That architecture is currently being written by other vendors at White Sands.

BOTTOM LINE

Defense program managers evaluating Boeing’s autonomous systems portfolio should formally assess the counter-drone protection dependency gap in MQ-28 and Orca operational concepts, and flag whether Boeing intends to partner with or compete against AMP-HEL-class vendors before the 2028 Australian deployment window closes.

Confidence: MODERATE — The AMP-HEL test is confirmed and Boeing’s absence from it is a matter of public record, but the operational protection architecture for MQ-28 deployments has not been publicly disclosed, leaving the dependency question open rather than proven.

Source: https://defensescopes.com/2026/03/16/inside-counter-drone-laser-test-new-mexico-white-sands/

Product Portfolio — Boeing

Signal Activity — Boeing

Competitive Positioning — Boeing