Sikorsky to Integrate MATRIX Autonomy into BETA’s MV250

Sikorsky, a Lockheed Martin company, announced that it will integrate its proven MATRIX™ autonomy suite into BETA Technologies’ ALIA MV250 hybrid-vertical‑take‑off‑and‑landing (hVTOL) aircraft. The BETA MV250 is expected to join the rapidly expanding family of MATRIX autonomy-capable platforms, alongside Sikorsky S‑70UAS™ U‑Hawk™, the Sikorsky Nomad™ VTOL UAS and the Sikorsky OPV Black Hawk, underscoring Sikorsky’s commitment to delivering safe, reliable, mission‑critical autonomy for customers worldwide.

Sikorsky and BETA formally agreed to this initiative earlier this month and within two weeks MATRIX autonomy was successfully integrated and flying BETA’s CX300 conventional takeoff and landing aircraft leading directly into MV250 development. The ALIA family of aircraft share a common flight control architecture and MATRIX autonomy is an open-architecture system designed for easy integration with other flight control frameworks.

Ongoing flight testing will expand the flight envelope and prove the reliability of the MATRIX autonomy suite paired with BETA’s in-house built flight control system.

MATRIX: Industry Standard Autonomy
MATRIX technology provides automated flight modes for both fixed-wing and rotary-wing aircraft across civil and military operations. All aircraft equipped with the autonomy stack utilize a standardized control interface, enabling operators to manage multiple uncrewed platforms from a single system.

Rich Benton, Vice President and General Manager of Sikorsky, stated that integrating the MATRIX autonomy stack into the MV250 advances solutions for contested logistics missions, noting that platforms featuring the technology share a common command interface to manage diverse aircraft.

Strategic Impact
The MV250 fills the middleweight logistics gap for customers, handling rapid, uncrewed resupply in contested environments. The MV250 leverages the commercial investment and pedigree of the ALIA family of aircraft combined with a hybrid powertrain. The MV250 leverages a Modular Open Systems Approach (MOSA) to systems architecture which enhanced the speed to MATRIX autonomy integration while offering an inherently multi-mission, utility platform.

Additional Context
This section details technical specifications not included in the original news release.

The ALIA MV250 hVTOL platform utilizes a hybrid-electric architecture that pairs electric lift and pusher propulsors with an onboard turbogenerator. In vertical takeoff and hovering flight phases, dedicated wing-mounted electric rotors deliver vertical lift, while a rear-mounted pusher propeller provides horizontal thrust during wing-borne cruise flight. The hybrid-electric powertrain extends mission range beyond purely battery-electric configurations by using liquid hydrocarbon fuels to power the turbogenerator, which recharges the high-voltage battery bus in flight and supplies direct energy to the electric motors.

Sikorsky’s MATRIX autonomy system integrates multi-sensor perception, real-time obstacle avoidance algorithms, and high-level mission planning software into a flight control system (FCS) computer. Operating through a Modular Open Systems Approach (MOSA) framework, MATRIX processes inputs from LiDAR, optical cameras, and radar sensors to execute full-authority flight operations—including dynamic route selection, automated landing site evaluation, and contingency management—without active pilot intervention or continuous satellite control links.

Edited by Romila DSilva, Induportals Editor, with AI assistance.