QF-4 Drone

Full Specifications

QF-4 Drone Target System

The QF-4 drone is an unmanned aerial target derived from the retired F-4 Phantom II fighter jet, modified for use in weapons testing and live-fire training. Developed to simulate realistic high-speed aerial threats, the QF-4 plays a critical role in evaluating air-to-air and surface-to-air missile systems. It allows military forces to train against full-scale jet targets without risking pilot lives.

Originally converted from surplus F-4 aircraft, the QF-4 is equipped with advanced remote control systems that enable both autonomous flight and ground-controlled operation. These drones are used extensively by the United States Air Force to support missile testing programs and combat readiness exercises.

Manufacturer

The QF-4 program was supported through conversions managed by the United States Air Force in collaboration with aerospace contractors involved in aircraft modification and systems integration. The base platform, the F-4 Phantom II, was originally manufactured by McDonnell Douglas.

Speed and Range

The QF-4 retains much of the performance of the original fighter jet. It can reach speeds exceeding Mach 2.2, depending on configuration and altitude. The operational range is limited by mission profile and control systems, typically extending several hundred kilometers with line-of-sight or satellite control links. Its endurance varies based on fuel load and mission requirements, generally allowing for medium-duration sorties used in training scenarios.

Cost / Price

The cost of QF-4 drones varies depending on conversion, maintenance, and mission systems. Estimated per-unit conversion and operational costs are significantly lower than maintaining manned fighter aircraft, making it an economical solution for live-fire training and testing programs.