SAIC Awarded U.S. Air Force Contract to Support DoD Combatant Commands
June 29, 2021 | Business WireEstimated reading time: 1 minute

Science Applications International Corp. won a new contract with the U.S. Air Force Life Cycle and Management Center, Force Protection Division to help the U.S. Department of Defense Combatant Commands mitigate small unmanned aircraft systems (sUAS) threats and protect U.S. forces.
Under the contract, SAIC will provide a broad range of integrated logistics support and sustainment services necessary to modernize defenses against the rapidly evolving threat of sUAS in the U.S., host nations, and global contingency locations. The single-award contract has a one-year base period of performance with three one-year options, and is worth up to $90 million.
SAIC currently supports the U.S. Army’s counter-sUAS programs and will continue its work through this new Air Force Contract.
“SAIC’s past performance with the Army for more than nine years demonstrates our ability to provide the Combatant Commands with a full range of support and sustainment services for modernization of counter-sUAS that will help contain this growing tactical threat,” said Michael LaRouche, president of SAIC’s National Security and Space sector. “We are incredibly proud and honored to continue this important work.”
SAIC technology innovations will be leveraged to enhance the ability to neutralize sUAS threats. SAIC will be primarily responsible for repairing and maintaining counter-sUAS systems, equipment, and software, including help desk support, logistics, corrective and preventative maintenance, training, and supply chain management. The company will also provide innovative ways to modernize systems.
SAIC will provide these services to several Combatant Commands, including Central Command, European Command, Indo-Pacific Command, and Strategic Command., as well as the U.S. Space Force.
Suggested Items
Sierra Circuits Boosts High Precision PCB Manufacturing with Schmoll Technology
06/16/2025 | Schmoll MaschinenSierra Circuits has seen increased success in production of multilayer HDI boards and high-speed signal architectures through the integration of a range of Schmoll Maschinen systems. The company’s current setup includes four MXY-6 drilling machines, two LM2 routing models, and a semi-automatic Optiflex II innerlayer punch.
Preventing Surface Prep Defects and Ensuring Reliability
06/10/2025 | Marcy LaRont, PCB007 MagazineIn printed circuit board (PCB) fabrication, surface preparation is a critical process that ensures strong adhesion, reliable plating, and long-term product performance. Without proper surface treatment, manufacturers may encounter defects such as delamination, poor solder mask adhesion, and plating failures. This article examines key surface preparation techniques, common defects resulting from improper processes, and real-world case studies that illustrate best practices.
Kitron Wins Additional €7 Million Contract, Expanding Presence in Industrial Automation
06/06/2025 | KitronKitron has signed a significant manufacturing agreement with a leading customer in the industrial automation sector. The agreement covers electronics manufacturing services for a new generation of high-performance drive modules used in automation and motion control systems.
Connect the Dots: Proactive Controlled Impedance
05/29/2025 | Matt Stevenson -- Column: Connect the DotsFrom data centers to smartphones, designers know that the ohms have it. Getting impedance right ensures all-important signal integrity and delivers high-performing boards. Our designers understand the importance of controlled impedance, but not everyone addresses it in their designs. The most common and important controlled impedance types we see include microstrip, stripline, embedded microstrip, and differential pairs.
Trouble in Your Tank: Yield Improvement and Reliability
05/22/2025 | Michael Carano -- Column: Trouble in Your TankThere’s a simple rule of business in manufacturing: “It is all about yields.” Higher yields for your products allow for increased profits and satisfied customers. When there are lower yields, overall cost to manufacture increases, and the additional time and strain on the factory floor affect the entire operation. Lower yields are often the result of “process drift,” when critical process parameters and specialized plating additives fall outside their acceptable ranges.