Sikorsky Delivers UH-60MX Black Hawk with Integrated Autonomy Suite

Sikorsky has completed the integration and flight testing of its MATRIX™ autonomy suite on the U.S. Army’s experimental UH-60MX Black Hawk helicopter, with the aircraft delivered to the service on 23 March 2026 at Fort Eustis, Virginia. The programme forms part of ongoing efforts by the Army to evaluate autonomy-enabled capabilities and advance the development of optionally piloted aircraft.

The UH-60MX is owned and operated by the U.S. Army and will serve as a test platform for assessing how autonomy can be incorporated into existing helicopter fleets. The aircraft has been equipped with fly-by-wire flight controls and the MATRIX system, enabling it to operate in crewed, optionally piloted or autonomous modes.

According to Sikorsky, the UH-60MX represents the first full-authority fly-by-wire Black Hawk configured for optionally piloted operations to be delivered to the Army. The development builds on earlier work involving a modified UH-60A Optionally Piloted Vehicle, which accumulated flight hours during joint testing by Sikorsky and Army personnel.

The MATRIX autonomy suite has now been installed across multiple Black Hawk variants, including the UH-60A, UH-60L and UH-60M. Its integration into the MX aircraft was carried out during 2025 through a collaboration between Sikorsky and the U.S. Army, with the addition of fly-by-wire controls preceding the installation of the autonomy system. The U.S. Army Combat Capabilities Development Command (DEVCOM) is expected to use the UH-60MX to test and evaluate autonomy-related technologies and operational concepts. The platform will support the development of tactics, techniques and procedures for the use of optionally piloted and autonomous aircraft within Army aviation and joint operations.

Sikorsky states that the MATRIX system is designed to support a range of functions intended to assist flight operations. These include automated landing zone identification, obstacle detection and avoidance, and terrain awareness. Such capabilities are aimed at improving situational awareness during operations in environments where visibility may be limited. The system is also intended to automate certain flight control tasks, which may reduce pilot workload during missions. In addition, the open-architecture design of the autonomy suite is expected to allow for future upgrades and modifications, as well as potential reductions in maintenance complexity over time.

The UH-60MX programme aligns with broader U.S. Army initiatives focused on integrating advanced technologies into existing and future platforms. These efforts include the exploration of human-machine teaming and the use of autonomous systems to support a range of mission types. Beyond its immediate role as a test platform, the MATRIX autonomy system is also associated with wider research initiatives. It forms a core component of the Defence Advanced Research Projects Agency’s (DARPA) Aircrew Labour In-Cockpit Automation System (ALIAS) programme, which is focused on developing automation technologies for military aircraft.

The Army is expected to use data gathered from UH-60MX testing to inform future decisions regarding the adoption and integration of autonomy within its aviation fleet. This includes assessing how such systems may be applied across different operational scenarios, including logistics, reconnaissance and combat support missions.

While the extent to which autonomous and optionally piloted systems will be adopted operationally remains under evaluation, the UH-60MX provides a platform for examining how these technologies perform in a controlled environment. The programme is one of several initiatives aimed at understanding the potential role of autonomy in future military aviation.