Japan Ministry of Defense Begins Introduction of North Korea Missile Jamming Equipment

[Image source=Yonhap News]

[Asia Economy Reporter Hyunwoo Lee] It has been reported that Japan's Ministry of Defense has begun introducing electronic warfare equipment to disrupt the radio signals of North Korea's ballistic missiles. The explanation is that by jamming the radio transmitters attached to ballistic missiles, the missiles may fail to reach their targets or be induced to self-destruct.

According to the Sankei Shimbun on the 12th (local time), Japan's Ministry of Defense has started introducing electronic equipment capable of interfering with radio transmissions between North Korea's ballistic missiles and ground bases. Ballistic missiles usually have telemetry devices attached to the warhead section, which transmit signals to the ground base to monitor the missile's status and trajectory. If these radio signals are jammed, confusion occurs, increasing the likelihood that the missile will fail to reach its target or be induced to self-destruct mid-flight.

The Ministry of Defense assumes that North Korean ballistic missiles are programmed to self-destruct if control signals are disrupted or cut off, and expects that inducing self-destruction through radio jamming will enhance defense effectiveness. Additionally, it is anticipated that collecting flight data following North Korea's missile launches will also become more difficult.

To introduce this equipment, the Ministry of Defense allocated 3.8 billion yen (approximately 40.9 billion KRW) in this year's budget under "Anti-Air Electronic Warfare Research." The Ministry announced that research will begin this year, with plans to deploy the system operationally within about three years. It is known that the plan involves utilizing the land-based radio jamming equipment of the network electronic warfare system, which the Ground Self-Defense Force will begin introducing in March this year, by increasing the output of the jamming signals to disrupt North Korea's ballistic missile radio transmissions.

This content was produced with the assistance of AI translation services.