AN/SQQ-28

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 The AN/SQQ-28 is a sophisticated sonar signal processing system designed to enhance the anti-submarine warfare capabilities of the LAMPS MK III helicopter. By integrating advanced acoustic data from deployed sonobuoys, it enables the detection, classification, and targeting of hostile submarines with greater accuracy and reliability. This system plays a crucial role in extending the reach of naval forces, allowing airborne platforms to act as vital extensions of surface ships in maritime defense operations.

At the heart of the AN/SQQ-28 lies the Advanced Signal Processor (ASP) AN/UYS-1, which provides both analog and digital input channels to handle a wide range of acoustic signals. The processor incorporates band control and audio functions that allow operators to filter, analyze, and interpret sonar data in real time. By converting raw acoustic information into actionable intelligence, the system ensures that helicopter crews can respond quickly to underwater threats.

The integration of this technology into the LAMPS MK III helicopter represents a significant advancement in naval aviation and anti-submarine warfare. It not only improves situational awareness but also enhances the effectiveness of coordinated fleet operations by linking airborne and surface assets. Through its ability to deliver precise acoustic data, the AN/SQQ-28 strengthens maritime security and ensures that naval forces maintain a decisive edge in undersea warfare.

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AN/SQR-19

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The AN/SQR-19 Tactical Towed Array Sonar (TACTAS) represents one of the most important advancements in naval anti-submarine warfare technology, designed to give surface combatants the ability to detect and track submarines at long ranges with precision and stealth. Unlike active sonar systems that emit sound pulses and wait for echoes, the SQR-19 is a purely passive system, meaning it listens silently to the acoustic environment of the ocean. This approach allows it to remain undetected while still gathering valuable intelligence on potential underwater threats, making it a cornerstone of modern naval defense strategies. At the heart of the system is its long, flexible hydrophone array, which measures over 250 meters in length and has a diameter of 82 millimeters. This array is towed behind the ship, suspended by a heavily armored cable that stretches more than 1,800 meters, or roughly a mile, into the sea. By placing the array so far behind the vessel, the system minimizes interferenc...
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AN/SQS-53

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Vectis Drone: How Skunk Works Is Redefining Unmanned Air Power

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Lockheed Martin’s Skunk Works division has unveiled Vectis, a cutting-edge Group 5 class Collaborative Combat Aircraft (CCA) designed to bolster air dominance for the United States and its allies. This unmanned combat drone represents a leap forward in aerial warfare, integrating seamlessly with fifth-generation fighters like the F-35 and future platforms. With its advanced mission control system, including the MDCX architecture, Vectis is engineered to operate as a force multiplier in complex combat environments. Vectis. Photo: lockheedmartin.com Vectis is built with mission flexibility at its core, capable of executing a wide range of operations from precision strikes to intelligence, surveillance, and reconnaissance (ISR). It also supports electronic warfare and both defensive and offensive air combat roles, making it a versatile asset across multiple theaters. This adaptability ensures that Vectis can respond to dynamic threats and evolving battlefield conditions with speed and pre...
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Inside DASH 2: Human-Machine Collaboration in Combat Command and Control

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Nulka Decoy Systems

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MK20 Electro-Optical Sensor System

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