Taiwan Introduces the Chiang-Kong Anti-Tactical Ballistic Missile System

Overview of the System

At the Taipei Aerospace & Defense Technology Exhibition (TADTE) 2025, the National Chung-Shan Institute of Science and Technology (NCSIST) presented the Chiang-Kong, a sophisticated anti-tactical ballistic missile (ATBM) defense mechanism. This unveiling occurred from September 18 to 20, highlighting Taiwan’s commitment to enhancing its missile defense capabilities.

System Specifications

The Chiang-Kong is engineered as a mid-altitude missile defense system, specifically aiming to intercept tactical ballistic missiles at an operational altitude of approximately 70 kilometers.

Key Components

• Launch Platform: The system features a semi-trailer-based launcher, accommodating four missiles within vertical-launch canisters.
• Control Center: An integral command unit that processes targeting data and executes launch commands.
• Radar System: Utilizing an active electronically scanned array (AESA) radar, also designed by NCSIST, the system can conduct a 360-degree search, tracking, classifying, and identifying targets—while the specific detection range remains undisclosed.

Independent Power Supply

The Chiang-Kong is equipped with an independent power system that supports both the missile and launcher throughout the self-test and launch processes, ensuring operational reliability.

Engagement Process

Upon detecting and tracking an incoming missile, the radar locks on to the threat and communicates vital data to the command center.

• Data Transmission: Commands for engagement are relayed from the control unit to the launcher via both wired and wireless communication channels.
• Launch Sequence: The engagement control system dispatches firing commands, initiating the launch of the interceptor.

Missile Characteristics

The Chiang-Kong comprises a hypersonic two-stage missile, consisting of a booster and a kill vehicle. Key navigational features include:

• Inertial Navigation: Employs mid-course radar uplink corrections to enhance guidance accuracy.
• Terminal Guidance: Utilizes an active seeker in the final engagement phase.

Flight Maneuverability

The missiles are fortified with steering fins throughout the flight profile, supplemented by thrust vectoring to facilitate maneuverability during the terminal phase, thereby enhancing their effectiveness against swiftly moving targets.

Conclusion

The Chiang-Kong anti-tactical ballistic missile system represents a significant advancement in Taiwan’s defense landscape. By integrating modern technology and responsive command frameworks, Taiwan aims to bolster its defensive posture in a dynamically evolving regional security environment. This system not only enhances Taiwan’s deterrent capabilities but also serves as a strategic counter-measure amid heightened tensions in the region.