How do AGM-88 high-speed anti-radar missiles (HARM) work?
August 14, 2022
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According to the Pentagon’s statement, the United States has supplied Ukraine with anti-radar missiles to be used by Ukrainian aircraft to defeat Russian radars. The representative of the
According to the Pentagon’s statement, the United States has supplied Ukraine with anti-radar missiles to be used by Ukrainian aircraft to defeat Russian radars.
The representative of the Ministry of Defense said that these systems are a series of high-speed anti-radar missiles AGM-88 (abbreviated HARM).
According to the Military Analysis Network of the Federation of American Scientists, the AGM-88 HARM (High Speed Anti-Radar Missile) is a supersonic tactical air-to-surface missile designed to search for and destroy radar-equipped enemy air defenses.
The AGM-88 can detect, engage and destroy a target with minimal crew involvement. Guidance is provided by receiving signals emitted from ground radar. The missile has the ability to distinguish a target from various sources of radiation in the environment.
The proportional guidance system, which focuses on the radiation emitted by enemy radars, has a fixed antenna and a homing head in the nose of the missile. The rocket is propelled by a smokeless, solid-fuel, double-thrust rocket engine. Version B has an improved manual section with enhanced tactical software and electronically reprogrammed memory.
AGM-88 HARM: Technical specifications:
The AGM-88 HARM (High Speed Anti-Radar Missile) is an American high-speed anti-radar missile capable of targeting high-frequency radars. It is less vulnerable to conventional obstacles, specifically calculates the position of the target and can hit it even if the radar is turned off.
The maximum launch range of the AGM-88 is 150 km, the minimum is 25 km. Its maximum speed is approximately Mach 2 (2448 km/h).
The weight of the rocket is 355 kg (warhead 66 kg), its length is 4.1 m.
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