Lockheed Martin has announced its new interceptor missile, the PAC-3 Edge, developed against hypersonic weapons and next-generation ballistic missile threats. The system introduced by the company is designed to destroy high-speed and highly maneuverable threats in the air, which currently challenge existing air defense lines.
One of the prominent features of the new interceptor is its multi-pulse solid-fuel rocket motor technology. This structure allows the missile to provide sequential thrust during flight, enabling it to perform sudden maneuvers and gain higher agility during the terminal phase of approaching the target. In this way, the system aims to create an effective defense layer at higher altitudes and within a wider range.
The nose of the PAC-3 Edge features an advanced seeker head. According to information shared by Lockheed Martin, this head was developed to maintain a lock by calculating the trajectory of rapidly changing targets in a short time. The system focuses on maintaining target tracking in complex operational environments where electronic warfare and decoys are present.
DESIGN COMPATIBLE WITH EXISTING SYSTEMS
The fundamental approach of the missile is based on neutralizing the target by direct impact rather than exploding near it. This method, known as "hit-to-kill," is based on the interceptor transferring its kinetic energy to the target. This capability is considered critical in layered air defense architecture, especially against high-speed ballistic and hypersonic threats.
It is stated that the new system is designed to work in compatibility with existing Patriot launchers, Integrated Battle Command Systems, and certain mobile launch platforms. This could allow user nations to access the new capability through ammunition and integration updates without having to renew their entire air defense infrastructure.
The PAC-3 Edge is intended to fill the gap between low-altitude defense systems and very high-altitude interception capabilities. Thus, it aims to strengthen the middle tier in layered air defense and provide more effective protection for strategic facilities, military bases, and command centers against sudden missile attacks.
The program is not expected to reach the field in the short term. According to the schedule shared by the company, the first field and prototype flight tests are targeted to take place within the next few years. It is assessed that the system's completion of certification processes and entry into the inventory may span a longer period.
News Source: 12punto
