Lockheed Martin has put its mission autonomy tech to the test in the UK, showing how drones can think and act together during coordinated missions.
During the trials, the company’s MDCX-X platform simultaneously controlled a quadcopter and a fixed-wing unmanned aerial system (UAS).
At the same time, the Vigilance Mission and Sensor Management system fused real-time data and relayed underwater sensor information through a drone-based radio setup, linking both air and maritime elements seamlessly.
The exercise proved secure, multi-vehicle control is possible beyond carriers and across allied forces, hinting at the future of fully autonomous collaborative operations.
“The MDCX‑X and Vigilance demonstration validates a secure, open‑systems approach that enables uncrewed operations across air, sea and cyber domains,” Lockheed SkunkWorks Vice President OJ Sanchez said.
“By proving simultaneous control of multiple types of UAS along with a sovereign UK sensor‑management system, we reinforce our commitment to delivering multi‑domain autonomy for carrier‑based forces and demonstrate the power of allied partnership.”
Autonomy Unpacked
Lockheed’s MDCX platform runs on a secured software architecture designed for easy export to allied partners needing advanced autonomy solutions.
It can process sensitive data from various sources without exposing it, while staying compatible with existing sensor fusion systems like Vigilance.
Together, MDCX and Vigilance form a flexible, open-architecture suite that can integrate AI, sensors, and other external tools to expand operational capabilities.
“What we saw today is truly the tip of the spear. It shows how rapidly we can advance our ability to command, control and understand the maritime battle space,” Royal Navy Air Station Commanding Officer Captain James Hall.
“Capabilities like this don’t just enhance our mission — they redefine what’s possible.”
