Technology ❯ Aerospace ❯ Missile Technology
Navigation Systems Radio Frequency Seekers Turbofan Engines Solid-Fuel Missiles Hypersonic Technology Radio Frequency Seeker Solid Propellant Solid Propellant Missiles Solid Fuel Propulsion Inertial Navigation Systems Smart Guidance Systems Defense Systems Solid-Propellant Missiles Re-entry Vehicles Active Radio Frequency Seeker High-Altitude Operations Advanced Weaponry High Mobility Artillery Rocket System Trajectory Control Quasi-Ballistic Missiles Trajectory Accuracy Canisterization Ka Band Seeker Agni 5 Launch Operations Agni Series Target Detection Devices Long-Range Targeting Solid-Fuel Boosters Maneuvering Reentry Vehicles Mobile Launch Platforms Satellite Navigation Reliability Testing Cruise Missiles Inertial Guidance Beidou Navigation System Long-Range Missiles AMRAAM Solid Rocket Motors Cruise Missile Systems Test Procedures Telemetry Range Development Laser Beam Riding High-Precision Sensors Remote Launch Systems Launch Control Systems Test Launches Ballistic Missile Defense Multi-Headed Warheads Precision Weapons Modular Systems Avionics Systems Solid Fuel Rockets Advanced Defense Systems RF Seekers Data Collection Canister Launch Systems Infrared Seekers Global Positioning System Taurus System MaRV Technology Launch Mechanisms Precision Strike Weapons Manufacturing Processes Launch Systems Supersonic Missiles
Further tests are slated in fiscal 2026 with a second launch in 2027 to support Japan’s island-defense posture.
