US Army Awards Northrop $1.4 Billion Contract For Integrated Air And Missile Defense Battle Command System
Northrop Grumman Techniques Company, Huntsville, Alabama, was awarded a $1,382,319,836 hybrid (cost-no-fee, cost-plus-fixed-fee, cost-plus-incentive-fee and fixed-price-incentive) contract for low-rate preliminary manufacturing and full-rate manufacturing of the Built-in Air and Missile Protection Battle Command System (IBCS). The Built-in Air and Missile Protection Battle Command System is a software-defined, hardware-enabled system that integrates and optimizes every-sensor/best-effector operations utilizing a net-centric Built-in Hearth Management Community that senses, identifies, tracks and defeats air and missile threats. Work areas and funding will likely be decided with every order, with an estimated completion date of Dec. 22, 2026. U.S. Military Contracting Command, Redstone Arsenal, Alabama, is the contracting exercise.
The journey to ship to the Military a functionality that integrates air protection radars, launchers and interceptors has been a protracted and tough one. The idea of Military Built-in Air and Missile Protection, or AIAMD, was developed almost 20 years in the past as acquainted air threats – jet fighters, bombers and assault helicopters – gave option to new and rapidly-evolving threats, from maneuverable ballistic and cruise missiles to small, difficult-to-detect unmanned plane and, just lately, hypersonic threats. To tackle these new threats, the U.S. Military needed to discover a higher
option to get probably the most out of each its legacy and, importantly, its future air protection capabilities. The answer: open-architecture integration of Military and sister-service sensors, launchers and interceptors right into a single, joint command and management (C2) system. The thought was to have the aptitude to attach each present and new air protection programs right into a single built-in community – an Built-in Hearth Management Community – that passes sensor knowledge to a typical warfighter-machine interface.
Developed in partnership with Northrop Grumman, the Built-in Air and Missile Protection Battle Command System (IBCS) is the centerpiece of the U.S. Military’s modernization technique for air and missile protection functionality. By networking any sensor with the most effective effector, IBCS will ship probably the most superior, battle survivable command and management (C2) system for U.S., joint and coalition forces, offering revolutionary multi-domain protection capabilities that can improve lethality towards present threats and allow development to handle future threats. Northrop Grumman designs, develops, builds and sustains a number of the world’s most superior merchandise and programs, together with IBCS. Northrop Grumman has efficiently developed, manufactured and delivered IBCS main tools objects that embrace engagement operations facilities, built-in hearth management community relays and plug-and-fight kits which were operated by U.S. Military troopers in extremely profitable, operationally real looking assessments and employed with materiel launch and fielding.
This system has value the U.S. Military roughly $2.7 billion to develop thus far and was initially meant to serve solely because the command-and-control system for the Military’s future Built-in Air-and-Missile Protection System towards regional ballistic missile threats. This system shouldn’t be solely vital to the USA but additionally Poland, the primary worldwide buyer below contract to buy the IBCS system for its Patriot batteries. However the service has since expanded its function to tie collectively a broad array of sensors and shooters able to defeating different advanced threats, akin to cruise missiles and unmanned plane. This system skilled an nearly four-year delay and struggled in a 2016 restricted person check. However following a number of soldier checkouts and different check occasions over the previous few years, the system had a profitable restricted person check in summer season 2020. The system is at the moment in an preliminary operational check and analysis section anticipated to wrap up in early 2022.
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