Computing | BAE Methods to improve US Navy UAVs

Picture: BAE Methods

BAE Methods has been awarded a contract by Boeing to reinforce the US Navy’s MQ-25 unmanned aerial refueling system with a complicated Car Administration System Laptop (VMSC). The improve goals to extend the MQ-25’s computing energy and tackle each obsolescence points and the plane’s general efficiency for future operations.

The MQ-25 – acknowledged because the Navy’s inaugural operational carrier-based UAV – is primarily designed to cut back the burden on F/A-18 plane and enhance fleet operational flexibility with aerial refueling capabilities. Works with

The subsequent-generation VMSC developed by BAE Methods is vital to controlling the MQ-25’s flight surfaces and managing the automobile. The improve is designed to extend the MQ-25’s performance and make its essential missions extra environment friendly by consolidating {hardware} parts right into a single laptop system.

The VMSC improve will embrace quad-core processors, which improve the system’s computing energy with out rising its dimension, weight, or energy consumption. The choice of a multi-core processor, already certified on one other US navy platform, is meant to cut back price, schedule, and integration dangers related to the MQ-25 program.

By changing a number of onboard computer systems with a single VMSC, the improve is anticipated to enhance plane reliability and scale back complete price of possession for the Navy. Moreover, the VMSC is designed to assist growth of the MQ-25’s mission set, probably together with intelligence, surveillance and reconnaissance (ISR) capabilities, and unmanned teaming implementations. Designed to put the inspiration for future carrier-based unmanned techniques. (MUM-T) Operational Ideas.

The VMSC augmentation is performed at BAE Methods’ engineering and manufacturing facility in Endicott, New York, underscoring the corporate’s dedication to advancing the U.S. Navy’s unmanned aerial capabilities.