|A Hezbollah Ababil-2 UAV, twin-tail variant with surveillance payload, on display at Mleeta, Lebanon. This specific drone is described as a Mirsad-1.|
|Manufacturer||HESA Isfahan factory|
|Design group||Iran Aircraft Manufacturing Industrial Company|
|Number built||370 (2006)|
The HESA Ababil (Persian: ابابیل, "swallow") is an Iranian single-engine multirole tactical unmanned aerial vehicle manufactured by Iran Aircraft Manufacturing Industrial Company (HESA). The Ababil comes in two main lines, the Ababil-2 and the Ababil-3, of which the former has a number of variants. It is considered a long-range, low-technology drone.
The Ababil program was begun during the Iran–Iraq War. The Ababil-2, developed in the 1990s, has rudimentary surveillance capabilities and can be used as a loitering munition, but is mainly used as a target drone. The larger and more capable Ababil-3, introduced in the 2000s, was designed for Intelligence, surveillance and reconnaissance use and has improved surveillance capabilities. Overall, the Ababil is "a pretty rough-and-ready system" – cheap, simple, and easy to use.
The Ababil-2 and Ababil-3 have been widely exported to governments and non-state actors in the Middle East and elsewhere. The Ababil has been used in the 2006 Lebanon War, the Iraq War, and the Sudanese, Syrian, Iraqi, and Yemeni civil wars.
- 1 Development
- 2 Design
- 3 Variants
- 4 Operational history
- 5 Operators
- 6 Specifications (Ababil-2)
- 7 See also
- 8 References
- 9 External links
The early history of the Ababil is unclear. Jane's reports that the Ababil program was begun at Qods Aviation Industries in 1986 and the first delivery was in 1993. Iranian military expert Galen Wright writes that the program began at Iran Electronics Industries in the mid-1980s and began mass production in 1986, with possible use in the Iran–Iraq War.
The Ababil has a cylindrical fuselage, a sweptback vertical fin, and a pusher engine. It is powered by a simple two-bladed pusher propeller with a rear-mounted wing and a front canard for good stall, stability and maneuverability characteristics. All variants have a range of over 100 km and all variants have all-metal construction, except for the Ababil-T, which is composite (fiberglass).
The Ababil can be launched from a zero-length JATO platform or a Mercedes Benz 911 pneumatic truck launcher. The rocket launch system can be used from a ship deck and can be assembled or broken down for portability. For recovery, a parachute provides a descent rate of 4 m/s, or skids can be used for conventional landings on a runway or field. Some airframes have also been seen with landing gear.
The Ababil is built in a number of poorly documented variants.[a]
The Ababil-1 was an obscure loitering munition built in the 1980s. Its specifications are not known, there are no known photographs, and it is unknown if it was ever used in combat. It is believed to be out of service.
The Ababil-2 has an improved flight-control system. Jane's reports that the Ababil-2 had its first flight in 1997 while Galen Wright writes that it entered production in 1992. Both sources agree the Ababil-2 was publicly revealed in 1999. Some sources also designate the Ababil-2 as the Ababil-II.
The most common Ababil-2 variant is a target drone variant used for training air-defense crews. The name of Ababil variants is unclear, but Jane's reports that this variant is called the Ababil-B. The Ababil-B's mission payloads are acoustic miss-distance-indicators, IR devices, and radar reflectors. This variant is the oldest Ababil-2 variant and it apparently entered service in 2001.
The name of the Ababil-2 surveillance variant is similarly unclear, but Jane's reports that this is called the Ababil-S. Some sources may also designate this the Ababil-R. Galen Wright assesses it as having "only rudimentary" surveillance capabilities in contrast to other intelligence, surveillance and reconnaissance UAVs.
The Ababil-2 also exists in a twin-tail variant, which some (but not all) sources name the Ababil-T. This variant can be fitted with surveillance, target drone, or disposable strike munition payloads. It is probably coterminous with the "Mirsad-1" UAV operated by Hezbollah and may have been renamed "Qasef-1" in Houthi service.
The Qasef-1 loitering munition is based on the Ababil-2 airframe and has a 30-kg warhead. It has been solely operated by Yemeni Houthis, who have mostly used it to attack the radar components of MIM-104 Patriot surface-to-air missiles. The Qasef-1 has been in use since late 2016 and some examples have been intercepted in transit to Yemen. It is possibly a renamed or modified Ababil-T with an installed explosive charge or a warhead.
The Houthis claim that they manufactered Qasef-1 is themselves, but this claim has been disputed and there is widespread suspicion that it is Iranian-built.
The Ababil-3 is a complete redesign of the Ababil with an improved airframe used solely for surveillance: it carries better equipment and can stay aloft for longer. Some sources also designate the Ababil-3 as the Ababil-III. The Ababil-3 is very likely based off the South African Denel Dynamics Seeker, and possibly the Seeker-2D model in particular. It is more widely exported than the Ababil-2, and is known to have entered production by 2008, with specific parts manufactured by 2006.
The Ababil-3 has a cylindrical body, with wings mounted on top while at the end of the body is an H-shaped twin boom. The wing design is a rectangle which after half its lengths tapers toward the wing tips. The Ababil-3's wingspan is about 7 meters, compared to 3 meters for the Ababil-2. It uses an engine from German company Limbach Flugmotoren, possibly the Limbach L550E. Other sources suggest the Ababil-3 is powered by Chinese or Iranian clones of the L550. Other particular parts inside the Ababil-3 were sourced from Irish defense contractors.
Analysis of an Ababil-3 downed over ISIS-held territory in Iraq, apparently due to mechanical failure, finds that the Ababil-3 is built out of composite materials. The powerplant had plain-surfaced cylinder heads; it was unclear if the engine was manufactured in Iran or China. Overall, the manufacture was "very economical" and the Ababil-3 was designed for low cost. There were also a number of defects in the downed Ababil-3 model, which could suggest poor manufacture or handling in the field.
Ababil-3s are based at an airstrip outside of Minab, a town near Bandar Abbas. Ababil-3s are also known to be based at Bandar Abbas International Airport. The Ababil-3 is comparable with the RQ-2.
The Ababil-3's max airspeed is 200 km/h (120 mph), its range is 100 km (62 mi) (roundtrip), and it has a service ceiling of 5,000 m (16,000 ft). It has an endurance of 4 hours. An estimated 217 Ababil-3s have been built as of July 2019.
In 2014 Iran announced that they had developed night vision capabilities for the Ababil-3. Previous Ababil variants were most effective in daytime.
Ababil-3s have been extensively used in the Syrian Civil War. The heterogeneity of pro-regime forces makes it difficult to determine who operates or controls their use. An Ababil-3 crashed or was brought down in Pakistani territory in July 2019.
Hezbollah acquired Ababil-2 drones (twin-tail variant) in 2002, and operated them under the Mirsad-1 designation. Israel has said that Hezbollah received at least 12 Ababils before the 2006 Lebanon War. Three Ababils were launched during the conflict.
The first Ababil was shot down by an Israeli F-16 on August 7, 2006 off the coast of Northern Israel. The second Ababil crashed inside Lebanon on August 13. The third Ababil deployed by Hezbollah was shot down by another F-16 hours later just inside Israel's northern border. Hezbollah was assessed as having several Ababil UAVs in 2009, although other estimates have ranged from 12 to 24-30. By 2018, Hezbollah stated that the Mirsad-1 had been retired from service.
Hezbollah has also built a large airstrip in Lebanon's Bekaa Valley. There is speculation that the airstrip could support larger, runway-launched Ababil-3 UAVs. Hezbollah is not definitively known to operate the Ababil-3.
On March 13, 2012 another Sudanese Ababil was lost in action near Toroji, South Kordofan. Sudanese rebels of the SPLA-N said they downed it using ground fire, while the Sudanese government said it was due to mechanical failure.
On March 16, 2009, an American F-16 operating in Iraq shot down an Iranian Ababil 3 drone on February 25, 2009 that had been flying through Iraqi airspace for "almost an hour and 10 minutes." The drone crashed about 60 miles northeast of Baghdad, 12 miles inside Iraqi territory near the town of Balad Ruz in Diyala Governorate. Officials at Iraq's Defense and Interior ministries suggested that the drone might have been scouting for routes to smuggle Iranian weapons into the country. The New York Times, however, speculated that the drone was monitoring Iranian dissidents in Iraq, such as those at Camp Ashraf, which is located near where the drone crashed. Abdul Aziz Mohammed Jassim, head of military operations at the Iraqi defense ministry stated that since the drone, "crossed 10 km into Iraq, it's most likely that its entrance was a mistake."
Iran is the primary operator of Ababil UAVs. Iran operates large numbers of Ababil-2 UAVs, mostly for training air defense crews, and operates Ababil-3 UAVs for surveillance use.
Ababil-3 UAVs have been used in the Syrian Civil War since 2012. They have been used heavily and are some of the most commonly used UAVs in the war. They are especially commonly seen over Damascus.
On 14 December 2014, Hamas militants flew an unmanned air vehicle over a parade in the Gaza Strip marking the 27th anniversary of the organization's establishment. Israeli sources identified the aircraft as an Iranian-made Ababil.
Houthi rebels have operated Ababil-T loitering munitions under the name "Qasef-1" to target Saudi and Emirati radar batteries. According to the Houthis, a new variant of the drone named "Qasef-2K" has been designed to explode from a height of 20 meters in the air and rain shrapnel down on its target and has been used to kill at least 6 people in the coalition controlled Al Anad Air Base in Yemen. Najran, 840km southwest of Riyadh on the Saudi-Yemen border also has been receiving Houthi drone attacks.
- Iraq: Ababil-3
- Sudan: Ababil-3, rebranded as "Zagil III-B"
- Houthis: Ababil-T, rebranded as "Qasef-1".
- Hezbollah: Ababil-2, rebranded as "Mirsad-1".
- Kataib Hezbollah: Ababil-3, rebranded as "Basir-1".
- Crew: none
- Capacity: 40 kg payload
- Length: 2.88 m (9 ft 5 in)
- Wingspan: 3.25 m (10 ft 8 in)
- Height: 0.91 m (3 ft 0 in)
- Wing area: 1.76 m2 (18.9 sq ft)
- Empty weight: 30 kg (66 lb) approx.
- Max takeoff weight: 83 kg (183 lb)
- Fuel capacity: 16 liters
- Powerplant: 1 × WAE-342 twin-cylinder piston engine, 19 kW (25 hp)
- Propellers: 2-bladed
- Maximum speed: 370 km/h; 230 mph (200 kn) in level flight
- Cruise speed: 250–305 km/h (155–190 mph; 135–165 kn)
- Combat range: 120 km; 75 mi (65 nmi)
- Endurance: 1 ¼ – 2 hr
- Service ceiling: 3,000 m (9,800 ft) or higher
Aircraft of comparable role, configuration and era
- Ahmad, Naveed (2 June 2019). "The Advent of Drones: Iran's Weapon of Choice" (PDF). International Institute for Iranian Studies (Rasanah).[dead link]
- Galen Wright (February 5, 2011). "Ababil UAV". thearkenstone.blogspot.com.
- Davis, Lynn E., Michael J. McNerney, James S. Chow, Thomas Hamilton, Sarah Harting, and Daniel Byman (2014). "Armed and Dangerous? UAVs and U.S. Security". Santa Monica, CA: RAND Corporation.CS1 maint: Multiple names: authors list (link)
- Peterson, Zach (17 August 2012). "Are These Really Iranian Drones?". RadioFreeEurope/RadioLiberty.
- Martin Streetly, ed. (2014). Jane's All the World's Aircraft: Unmanned 2014–2015. London: IHS Jane's. p. 79-80. ISBN 978-0-7106-3096-4.
- Interavia: Business & Technology, Issues 649-659 (2001)
- Peter La Franchi (15 August 2006). "Iranian-made Ababil-T Hezbollah UAV shot down by Israeli fighter in Lebanon crisis". London: Flight Global.
- "'Kamikaze' drones used by Houthi forces to attack Coalition missile defence systems". Conflict Armament Research. March 2017.
- Jeremy Binnie (2 March 2017). "Yemeni rebels display UAVs". London: IHS Jane's.
- Nicholas Blanford (23 April 2015). "Hizbullah airstrip revealed". Beirut: IHS Jane's Defence Weekly.
- "Der Generalbundesanwalt beim Bundesgerichtshof: Pressemitteilung". www.generalbundesanwalt.de. 20 February 2013.
- US State Department (12 May 2008). "UAE-Based Intermediary Working to Supply Iranian Entity with German-Origin Uav Engines" – via WikiLeaks PlusD.
- Pyruz, Mark. "Pahpad AB-3 UAV powerplant".
- Wade, Jennifer. "Parts made by Irish manufacturer found in Sudan drone - reports". TheJournal.ie.
- Pyruz, Mark (13 February 2017). "Intel on Iran: Technical commentary on a captured Iranian UAV".
- Dan Gettinger. "Drone Activity in Iran".
- Iranian-made Ababil-3 Swallow-3 drone is now equipped with night vision capability – Armyrecognition.com, 2 July 2014
- Lucas Winter (April 2015). "Special Look: Counter UAV". Operational Environment Watch: Foreign News & Perspectives of the Operational Environment. Foreign Military Studies Office. 5 (4): 12.
- Ronen Bergman (27 April 2012). "'Hezbollah boosting drone unit'". Ynetnews.
- Lambeth, Benjamin S. (2011). "Air operations in Israel's war against Hezbollah: learning from Lebanon and getting it right in Gaza". RAND Corporation. Retrieved 14 August 2018.
- "40th Jpmg: Countersmuggling Technical Discussion (part 2 of 4)" – via WikiLeaks PlusD.
- "الإعلام الحربي المركزي-في ذكرى #نصر_تموز... قوة #المقاومة الجوية حاضرة في #مليتا". central-media.org.
- Rawnsley, Adam (25 April 2015). "New Airstrip Could Be Home to Hezbollah's Drones". War is Boring.
- Dörrie, Peter (5 May 2014). "Sudan's Drones Are Dropping Like Flies". War is Boring.
- SAF weapons documented in South Kordofan (PDF). HSBA Arms and Ammunition Tracing Desk. Small Arms Survey. April 2012. p. 3.
- "Warplanes: Iranian UAVs In Africa". March 18, 2012. Retrieved 9 April 2012.
- "Iranian drone 'shot down in Iraq'". BBC News. 16 March 2009. Retrieved 16 March 2009.
- Shadid, Anthony, "U.S. Downed Iranian Drone Over Iraq", The Washington Post, p. 9.
- Nordland, Rod, and Alissa J. Rubin, "U.S. Says It Shot Down An Iranian Drone Over Iraq", The New York Times, March 17, 2009.
- "Iranian drone 'shot down in Iraq'". BBC News. March 16, 2009. Retrieved April 23, 2010.
- Michael R. Gordon and Eric Schmitt (June 25, 2014). "Iran Secretly Sending Drones and Supplies Into Iraq, U.S. Officials Say". New York Times.
- Dan Gettinger, (December 2016) Drones Operating in Syria and Iraq. Bard College
- Rawnsley, Adam (14 February 2015). "A Bunch of Iranian Drones Have Crashed in Iraq". War is Boring.
- Galen Wright (27 October 2014). "UAVs Over Syria". Open Source IMINT.
- Arie Egozi (15 December 2014). "Israel scrambles fighters as Hamas parades Ababil UAV". FlightGlobal.
- "Houthi rebel drone kills several at Saudi coalition military parade". France 24. 10 January 2019.
- International Institute for Strategic Studies (IISS) (14 February 2018). "The Military Balance 2018". The Military Balance. Routledge. 118.
- Ranter, Harro. "Hard landing Accident Ghods Ababil 3-2-R 139, 13 Oct 2015". aviation-safety.net.
- Wright, Galen (28 June 2015). "The Arkenstone - ارکنستون: Iran's UAVs: Supplement (Video Feed Recognition)".
- Wright, Galen (5 March 2015). "The Arkenstone - ارکنستون: Mohajer UAV".
- A number of sources report a spurious "Ababil-5" designation based on a misreading of the name Ababil-S.
- The Ababil-2 compares with the Mohajer-2; the Ababil-3 compares with the Mohajer-4.
- This article incorporates public domain material from the United States Government document "Iran Unveils Night Vision Drone, by Foreign Military Studies Office OE Watch".
|Wikimedia Commons has media related to Ababil.|