U.S. Army landing craft released micro high-altitude balloons carrying one-way attack drones from the Atlantic Ocean off Morocco during multinational drills this spring.
The tests took place as part of African Lion 26, conducted from April 20 to May 8, 2026. More than 5,600 personnel from over 30 nations participated in the exercise. The U.S. Army Vessel Maj. Gen. Charles P. Gross launched six micro High-Altitude Balloons, designated μHABs, across multiple days.
The balloons operated above 60,000 feet. Each carried Launched Effects one-way attack drones, communications relays, and SATCOM systems developed by Mach Industries for USSOCOM and PD-SAI. Five balloons landed as far as 90 kilometers inland after completing their missions.
They were able to hit all the targets as intended.
Chief Warrant Officer 3 Zachary Pickard, Aviation Mission Survivability Officer with PD-SAI, confirmed the strike results. The system provided persistent intelligence, surveillance, and reconnaissance while extending communications reach and enabling precision engagements.
Feedback from the SFG assessed the system as a 'value added system that provides ISR and strike options at the SOF level.'
Operators from the Special Forces Group evaluated performance during the Morocco phase. The maritime launches demonstrated the ability to deploy effects from sea-based platforms without fixed airfields or large aircraft support.
Imagery released through DVIDS on May 14, 2026, showed balloon inflation and release sequences from the vessel deck. Naval News coverage highlighted the integration of Mach Industries payloads with existing Army vessel operations. The CPE ISW article published June 11, 2026, detailed the technical parameters and operational outcomes.
The exercise validated rapid deployment of elevated sensor and strike nodes in a contested littoral environment. Law enforcement and security agencies monitoring similar low-cost, high-altitude platforms can draw direct parallels for counter-drone planning and communications resilience assessments.
