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Kratos Target Vehicles Support Japanese Aegis Missile Defense Testing
Kratos Defense & Security Solutions provided target vehicles for Japan’s JFTX-01 flight-test program, supporting evaluation of SPY-7 radar and shipboard missile defense capabilities.
www.kratosdefense.com

The Japan Flight Test Experiment (JFTX)-01 was conducted on March 17 and 19, 2026, off the East Coast of the United States under the leadership of the U.S. Missile Defense Agency (MDA) with the Japan Maritime Self-Defense Force (JMSDF). The tests supported development of Japan’s Aegis System Equipped Vessel (ASEV) Shipset 1.
Kratos Defense & Security Solutions supplied target vehicles for two tracking events. The vehicles provided representative airborne targets for the SPY-7 radar, allowing the system to perform search, detection, identification and tracking functions under test conditions.
Target Vehicles Enable Radar Evaluation
The target vehicles were used to generate realistic target-tracking scenarios rather than representing an actual hostile engagement. During the two live tracking events, SPY-7 detected and tracked the targets before the test sequence proceeded to virtual engagements.
SPY-7 is a next-generation radar technology associated with the Aegis Weapon System and incorporates technology derived from the MDA’s Long Range Discrimination Radar program. Testing with representative target vehicles allows radar and missile-defense system performance to be assessed against defined flight profiles while collecting data for subsequent engineering analysis.
The resulting datasets support evaluation of radar performance and help identify system-level risks before later ASEV development milestones. The approach also allows shipboard combat-system components to be evaluated using controlled test scenarios without requiring a live missile intercept.
Role of Kratos in the Test
Kratos’ contribution was focused on providing the airborne target vehicles required for the tracking scenarios. Its target systems formed part of the test infrastructure used by MDA and JMSDF to evaluate the interaction between the radar and the simulated threat environment.
The data collected during JFTX-01 provides technical input for continued development and delivery of Japan’s ASEV missile-defense capability. The test also demonstrates how dedicated target systems can be used to validate radar search and tracking functions as complex shipboard defense architectures progress through development.
Edited by Sucithra Mani, Induportals editor – adapted by AI.
www.kratosdefense.com

