Describe the AIM-9X.

• A. A supersonic air-to-air weapon that incorporates an IR imaging sensor, Target Detector (TD), warhead, propulsion steering section (PSS), a high-performance jet vane control actuation system, and the addition of forward wings to improve maneuverability. A cryogenic engine is incorporated in the missile seeker to eliminate the need for internal/external cryo gas bottle.
• B. A small reconnaissance drone.
• C. A ground-attack missile using lasers.
• D. A surface-to-air missile.

Answer: (A)

AIM-9X is a supersonic short-range air-to-air missile that relies on an imaging infrared seeker to find and track targets without radar. It includes an infrared imaging sensor with a Target Detector, a warhead, and a Propulsion Steering Section that integrates the motor with steering, powered by a high‑performance jet vane control actuation system for rapid, precise maneuvering. The forward wings improve maneuverability, especially at high angles of attack. The seeker incorporates a cryogenic cooling capability so no external cryogenic gas bottle is needed, keeping the sensor cooled and effective in flight. This combination makes it a highly agile, heat-seeking weapon designed for close-range duels between fighters. The other options describe different platforms or missions (reconnaissance drone, ground-attack laser missile, surface-to-air missile) and do not fit the AIM-9X’s air‑to‑air, infrared-guided design.