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Boeing QF-16 (Fighting Falcon)

Unmanned Target and Training Drone

Boeing QF-16 (Fighting Falcon)

Unmanned Target and Training Drone

OVERVIEW
SPECIFICATIONS
ARMAMENT
VARIANTS
HISTORY
MEDIA
OVERVIEW



Boeing is converting a retired stock of Lockheed F-16 Fighting Falcon fighters for the unmanned target drone role.
National Flag Graphic
ORIGIN: United States
YEAR: 2015
STATUS: Active, In-Service
MANUFACTURER(S): Boeing Company - USA
PRODUCTION: 126
OPERATORS: United States
SPECIFICATIONS



Unless otherwise noted the presented statistics below pertain to the Boeing QF-16 (Fighting Falcon) model. Common measurements, and their respective conversions, are shown when possible.
CREW: 0
LENGTH: 49.21 feet (15 meters)
WIDTH: 32.64 feet (9.95 meters)
HEIGHT: 16.01 feet (4.88 meters)
WEIGHT (EMPTY): 18,894 pounds (8,570 kilograms)
WEIGHT (MTOW): 42,329 pounds (19,200 kilograms)
ENGINE: 1 x Pratt & Whitney F100-PW-200/220/229 OR General Electric F110-GE-100/129 afterburning turbofan engine developing 28,600 lb of thrust.
SPEED (MAX): 901 miles-per-hour (1450 kilometers-per-hour; 783 knots)
RANGE: 2,610 miles (4,200 kilometers; 2,268 nautical miles)
CEILING: 50,000 feet (15,240 meters; 9.47 miles)
RATE-OF-CLIMB: 50,000 feet-per-minute (15,240 meters-per-minute)




ARMAMENT



None. Explosives carried should the air vehicle become unresponsive in flight.
VARIANTS



Series Model Variants
• QF-16 - Base series designation; based on the General Dynamics / Lockheed Martin F-16 Fighting Falcon airframe.


HISTORY



Detailing the development and operational history of the Boeing QF-16 (Fighting Falcon) Unmanned Target and Training Drone.  Entry last updated on 5/21/2018. Authored by Staff Writer. Content ©www.MilitaryFactory.com.
QF-16 is the designation assigned to retired Lockheed Martin F-16 "Fighting Falcon" multirole fighters reconstituted as full-scale, unmanned drone aircraft. The QF-16 - converted through a Boeing-led program - succeeds the outgoing line of McDonnell Douglas F-4 "Phantom II" multirole fighters converted by BAe to become the "QF-4". The QF-16 series will be featured as an aerial target for training purposes as well as to develop new aerial doctrine and test new technologies.

Six modified F-16s currently make up the QF-16 fleet (as of 2015) and these currently serve the 82nd Aerial Targets Squadron (ATS) of the United States Air Force (USAF). Testing is done at Holloman Air Force Base, New Mexico.

The existing F-16 airframe is outfitted by Boeing engineers with new equipment allowing for automated take-off and landing, preset maneuvers execution and high-speed, high-altitude flight. These ex-USAF aircraft - mainly F-16A and F-16C production models - carry the Pratt & Whitney F100-PW-200, -220 or -229 or the General Electric F110-GE-100 or -129 series turbofan engines offering afterburning capability which allows the fourth generation airframe to reach supersonic speeds and enter high agility movements to better represent modern air targets to be encountered by American airmen today. Additionally, the aircraft retains a full-working defensive suit which serves against incoming radar tracking and seeking air-to-air missiles - offering a greater challenge to the student pilot. Should the QF-16 become unresponsive to the operators or a danger near civilian areas its flight can be terminated in-air with the loss of the entire aircraft.

The QF-16 program has reached several milestones since its development began - it flew with an empty cockpit on September 23rd, 2013 to much publicity. In August of 2014 it was reported that the aircraft responded successfully to a ground-based missile live fire test. However, instead of directly targeting the unmanned aircraft with the missile (and risking its total loss), a Ground Control Station (GCS) sent the missile to a specific coordinate in the airspace near the QF-16 with the data collection system aboard the QF-16 validating that the missile did in fact reach the coordinates. After data comparison from both the GCS and QF-16, the missile was able to hit its "target".

Beyond the stated scope of the program, it is not out of the realm of possibility that data garnered from the QF-16 project will serve a full-sized unmanned fighter platform in the near future.

In April of 2016 it was announced that Boeing won a contract to manufacture an additional 30 QF-16 systems. The work is expected to be completed by April of 2018.




MEDIA









Our Data Modules allow for quick visual reference when comparing a single entry against contemporary designs. Areas covered include general ratings, speed assessments, and relative ranges based on distances between major cities.

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Relative Maximum Speed Rating
Hi: 1000mph
Lo: 500mph
    This entry's maximum listed speed (901mph).

    Graph average of 750 miles-per-hour.
City-to-City Ranges
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Graph showcases the Boeing QF-16's operational range (on internal fuel) when compared to distances between major cities.
Aviation Era
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Unit Production Comparison
Comm. Market HI*: 44,000 units
Military Market HI**: 36,183 units
126
126

  * Commercial Market High belongs to Cessna 172.

  ** Military Market High belongs to Ilyushin Il-2.


Altitude Visualization
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Supported Roles
A2A
Interception
UAV
Ground Attack
CAS
Training
ASW
Anti-Ship
AEW
MEDEVAC
EW
Maritime/Navy
SAR
Aerial Tanker
Utility/Transport
VIP
Passenger
Business
Recon
SPECOPS
X-Plane/Development
A2A=Air-to-Air; UAV=Unmanned; CAS=Close Support; ASW=Anti-Submarine; AEW=Airborne Early Warning; MEDEVAC=Medical Evac; EW=Electronic Warfare; SAR=Search-Rescue