U.S. Air Force Develops Kinetic Missile Defense for KC-135 and KC-46 Tankers
The U.S. Air Force is developing kinetic self-protection systems for KC-135 and KC-46 tankers to defend against missile threats. The initiative aims to enhance survivability against advanced adversary missiles, with the goal of deploying solutions in a two-to-three-year timeline. The focus is on integrating missile defense systems that can operate independently of missile guidance types, complementing existing soft-kill measures. The operational context involves increased risks from modern air defense systems and long-range missiles, necessitating a shift in tanker survivability strategies.
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The U.S. Air Force is exploring kinetic self-protection systems for KC-135 Stratotanker and KC-46A Pegasus aircraft to counter incoming missiles. This effort addresses increased threats from long-range adversary missiles, aiming for a deployment timeline of two to three years.
The systems will function independently of missile guidance types and are intended to supplement current soft-kill defenses. Current tanker survivability relies on layered soft-kill systems, but the addition of kinetic interceptors is seen as essential due to evolving missile capabilities. The Air Force is also pursuing advanced sensor integration and data networking to improve threat detection and response times, with global trends indicating a similar expansion of support aircraft roles to address emerging threats.
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