The AGM-65 Maverick is a tactical, air-to-ground missile (AGM).
Airbus has successfully completed the first key phase of the Skynet 6A project with the achievement of the Preliminary Design Review. Credit: Airbus S.A.S.
The AGM-65 Maverick missile has a modular design, which allows it to be equipped with different guidance packages and warheads.

The AGM-65 Maverick is a tactical, air-to-ground missile (AGM) in service with the US Air Force (USAF). It is a precision-guided weapon that can be used for defence suppression, close air support and interdiction missions.

It has high strike probability and stand-off capabilities with a kill rate of 93%. The missile is used against multiple targets such as air defences, ships, heavy armour, fuel storage facilities and ground transportation equipment. It is manufactured by Raytheon Systems. The missile system is compatible for use with 25 jet fighter aircraft types, including F-16, A-10 and F-15E. Raytheon has produced about 69,000 units of the missile and has exported them to more than 33 countries worldwide. They include Australia, Japan, Malaysia, Israel, Belgium, Hungary, Canada, Greece, Jordan, Czech Republic, Italy, Oman, Chile, Brazil, Denmark, Iran, Iraq, Morocco, Indonesia, Egypt, Kuwait, the Netherlands, Switzerland, Poland, New Zealand, Portugal, Pakistan, Sweden, Spain, New Zealand, Saudi Arabia, South Korea, Serbia, Singapore, China, Thailand, the UK and Turkey.

The missile played a crucial role in the Yom Kippur War, Vietnam War, Iran-Iraq and Persian Gulf Wars. Operation Desert Storm used about 5,000 AGM-65 missiles of different variants to attack the armoured targets of the Iraqi military. Maverick is also in service with the US Navy and the US Marine Corps (USMC).

Development of the Maverick missiles

Development of the Maverick began in 1966 and took six years for completion. The missile was designed to replace the ageing radio-guided AGM-12 Bullpup missiles which were initially launched in 1959. The Maverick AGM-65 was first deployed by the USAF in August 1972, replacing the AGM-62 Walleye in the 1970s.

Hughes Missile Systems (now called Raytheon Systems) won a $95m contract from the USAF to produce 17,000 AGM-65 missiles in 1968, following a pitch against Rockwell. The AGM-65 A variant was developed with an electro-optical television guidance system and successfully tested by 1969. The first Maverick A missile was delivered to the USAF in 1972. An improved version, AGM-65B, was subsequently developed, with the USAF

acquiring about 25,750 of the A and B variants of the Maverick. The A version has subsequently been put out of service with the US.

The AGM-65D was developed with imaging infrared (IIR) seeker and was delivered to the USAF in October 1983. The AGM-65G became operational in 1989 with an IIR seeker, shaped warhead and modifications to the software of D variant. AGM-65F, the US Navy variant, was developed in 1989 by combining the IIR, warhead and propulsion systems of D and E variants.

Rockwell developed the AGM-65C/E with laser-guided seeker for the USMC in 1978 and the Maverick H and K models are the most modern missiles. The AGM-65H was developed with charge-coupled device (CCD) seeker on the Maverick B/D missiles. AGM-65K is the modernised version of the Maverick G with CCD.

The AGM-65E2/L, a new variant with digital semi-active laser (dSAL) seeker, was developed under a $34.4m contract with Raytheon. The variant completed developmental testing in August 2011, followed by developmental and operational testing in January 2012.

AGM-65E2 is the US Navy/Marine Corps designation for the missile, while AGM-65L is the designation for the USAF. The US Navy awarded a $49.5m contract for the production of laser-guided AGM-65E2/L missiles in October 2014.

The USAF awarded a $47.9m contract for the production and delivery of 469 laser Maverick units in August 2019. The contract is expected to be completed by September 2021.

Design and features of AGM-65

The AGM-65’s configuration is similar to that of AIM-54 Phoenix and AIM-4 Falcon missiles. The missile has a modular design, which allows it to be equipped with different guidance packages and warheads.

The missile is about 2.49m long with 0.3m diameter and a wingspan of 0.72m. It has a cylindrical body with the warhead at its central section. Additionally, it has delta wings with a long-chord.

Tail control surfaces are mounted close to the trailing edge of the aircraft’s wing. An aircraft can carry up to six Mavericks at a time and the missile can be assigned to multiple targets simultaneously. The missile is normally fitted to the under-wing clusters of an aircraft.

Propulsion of the US AGM-65 missiles

The AGM-65 uses solid fuel for propulsion. The power plant consists of Thiokol TX-481 solid-propellant rocket motor situated behind the warhead. The missile fires at a speed of 1,150km/h and has a range of about 22km at medium altitude.

AGM-65 warhead and guidance system

The Maverick can carry two types of warheads—including a heavy weight warhead that penetrates the target before detonating, with the help of a delayed fuse; and a shaped charge warhead consisting of a contact fuse in the nose. The heavy-weight warhead is more efficient against harder and larger targets.

The AGM-65B/D/H missiles carry 56.25kg of cone shaped warhead and the AGM-65E/F/G/K models are equipped with delayed fuse penetrator heavyweight warheads.

The pilot or weapon systems officer (WSO) has to lock the target manually before the missile is fired. The Maverick is a fire and forget weapon which autonomously tracks the path to the target automatically.

The Maverick has three different seekers that vary with the mission variant. The AGM-65B/H/K variants use electro-optical (EO) television imaging guidance system, while the AGM-65D/F/G variants use imaging infra-red imaging and the AGM-65E is equipped with a laser-guided system.


The main subcontractors and suppliers of Raytheon for the Maverick’s production include Analog Modules, BAE Systems, Kaman Aerospace, Alliant Tech Systems, EaglePicher Technologies, ELCAN Optical Technologies, Primus Technologies, Woven Electronics, Ensign Bickford, MOOG, and Reynolds Systems.