![]() | This article may require copy editing for grammar, style, cohesion, tone, or spelling.(January 2023) |
Bayraktar TB2 | |
---|---|
![]() | |
Bayraktar TB2 of the Turkish Air Force | |
Role | Unmanned combat aerial vehicle |
National origin | Turkey |
Manufacturer | Baykar |
First flight | August 2014 |
Status | In service |
Primary users | Turkey Ukraine See Operators |
Number built | >500 [1] |
Developed from | Baykar Bayraktar TB1 |
Developed into | Baykar Bayraktar TB3 |
The Bayraktar TB2 is a medium-altitude long-endurance (MALE) unmanned combat aerial vehicle (UCAV) capable of remotely controlled or autonomous flight operations. It is manufactured by the Turkish company Baykar Makina Sanayi ve Ticaret A.Ş., primarily for the Turkish Armed Forces. [2] The aircraft are monitored and controlled by an aircrew in a ground control station, including weapons employment. The development of the UAV has been largely credited to Selçuk Bayraktar, a former MIT graduate student. [3]
By November 2021, the TB2 drone had completed 400,000 flight hours globally. [4] [5] The largest operator of TB2 drones is the Turkish military, but an export model has been sold to the militaries of a number of other countries. [6] [7] Turkey has used the drone extensively in strikes on Kurdistan Workers' Party (PKK) and People's Protection Units (YPG) targets in Iraq and Syria. [8] [9] [10] [11] Bayraktar drones were later deployed by a number of other nations around the world in various wars, such as by Azerbaijan in the Second Nagorno-Karabakh War, by the Armed Forces of Ukraine during the Russian invasion of Ukraine, [12] [13] as well as by the Ethiopian National Defense Force during the Tigray War. [14] [15] [16]
The development of the Bayraktar TB2 was spurred by a U.S. ban on exports of armed unmanned aircraft to Turkey due to concerns that they would be used against PKK groups inside and outside Turkey. [11]
Baykar started developing a new combat tactical aerial vehicle system at the request of the Presidency of Defense Industries, after the experiences of its first tactical UAV, the Bayraktar Çaldıran or Bayraktar TB1, delivered to the Turkish army in 2011. [17] The Bayraktar TB2 made its maiden flight in August 2014. [18] On 18 December 2015, a video was published of a test firing of a missile from the Bayraktar TB2, a result of a collaboration with Roketsan. Roketsan's MAM and TUBITAK-SAGE's BOZOK laser-guided bombs were tested for the first time. [19] [20]
The aircraft previously relied on imported and regulated components and technologies such as Rotax 912 engines [21] (manufactured in Austria) and optoelectronics (FLIR sensors imported from Wescam in Canada or Hensoldt from Germany). Bombardier Recreational Products, owner of Rotax, suspended delivery of their engines to certain countries in October 2020, after becoming aware of their military use despite being certified for civil use only. [21] [22]
According to British newspaper The Guardian , the arming of the Bayraktar TB2 would not have been possible without the help of the UK Hornet micro-munitions bomb rack by EDO MBM Technology Ltd. The bomb rack was provided to Turkey in 2015, and a variant of it was integrated into the aircraft by EDO MBM and Roketsan. [23] In response to The Guardian newspaper article, Baykar Chief Technical Officer Selçuk Bayraktar denied that the bomb rack came from the UK. "We are not buying it from you, we never did. It not only does not work under any circumstances but is also very expensive", Bayraktar said on Twitter. "We have designed and manufactured a more advanced and cost-effective one ourselves." [24]
On 19 August 2020 the UK Department for International Trade (DIT) disclosed details of a six-year history of exports of the Hornet bomb rack to Turkey between 2014 and 2020, suggesting that supply of the critical technology to Turkey had continued well beyond the development stage of the Bayraktar TB2 and right up to the publication of the Guardian story in November 2019. 18 Standard Individual Export Licence (SIEL) applications were submitted by EDO MBM Technology between 2014 and 2020 for exports of goods 'related to Hornet Bomb Racks / Hornet Missile Launchers' for end-users in Turkey. Of these; 16 of the licences were granted. [25]
In October 2020 the use of the Canadian Wescam MX-15D system in the drone was disclosed after Armenian officials claimed that remains of a MX-15D system had been recovered from a downed TB2 drone during the nation's conflict with Azerbaijan. That triggered the stopping of MX-15D exports to Turkey while an investigation by Global Affairs Canada evaluates the use of Canadian technology in the Nagorno-Karabakh conflict. [26] [27] [28] Turkish industry responded to foreign sales boycotts by announcing provision of domestically manufactured alternatives including TEI PD170 engine (manufactured by TEI), [29] [30] fuel valves and the CATS FLIR system (manufactured by Aselsan). [31] Integration tests with that system started on 6 November 2020. [32] Turkish defense industry researcher Kadir Doğan tweeted that cancellation of sales of components to Baykar by foreign companies did not pose a major problem, and that as of January 2021, all of those components have been replaced by locally manufactured alternatives. [33]
However, the majority of Baykar's customers, including Ukraine, Poland, Morocco, and Kuwait, declined to purchase the Aselsan CATS electro-optical turret and opted to order the Wescam MX-15D through an authorized distributor. [34] Reasons include a weight increase from 45 to 61 kg (99 to 134 lb), general performance, and compatibility with existing fleet. [34]
This section needs additional citations for verification .(April 2022) |
The Bayraktar TB2 platform has a blended wing body design with an inverted V-tail structure. Thrust is generated by a variable pitch two-blade propeller in pusher configuration. The propeller is mounted between the tail booms and driven by an internal combustion engine located in the body. The monocoque platform is modular with detachable main items such as wing, tail boom, and V-tails. Fuselage pieces are made mostly of carbon fiber composite with machined aluminum parts at joints. Fuel is stored within bladder tanks and fuel consumption is balanced with solenoid valves.
The ground control station (GCS) is based on a NATO spec shelter unit which is equipped with cross redundant command and control systems. The mobile unit supports three personnel: pilot, payload operator and mission commander. The GCS is equipped with redundant air conditioners and nuclear, biological and chemical filtration (NBC) filtering unit. All hardware inside the shelter is placed inside racked cabinets. Each operator has dual screens in front along with the operator interface software used for real-time command, control and monitoring. [35]
While the Turkish Armed Forces describes Bayraktar TB2 as "Tactical UAV Class" to prevent it from being a competitor to the TAI Anka UAV, international standards would classify it as a medium-altitude long-endurance UAV. [36] [37]
Each TB2 is configured with six aerial vehicle platforms,[ clarification needed ] two ground control stations, three ground data terminals (GDT), two remote video terminals (RVT) and ground support equipment.[ citation needed ] Each aerial platform is equipped with a triply redundant avionics system. Its ground control system's cross redundant architecture allows for pilot, payload operator and mission commander to command, control and monitor the platform. [38]
The TB2 has a triple-redundant flight control system with autonomous taxi, takeoff, cruise, landing and parking capability. The computerized flight control system is the primary component, conducting sensor fusion algorithms with the real-time sensor data. Mission-specific controls are handled through the mission control computer system. The aerial platform is guided through various redundant rotary and linear servo actuators. All of the main airborne avionics equipment, software and hardware are under constant development. [39]
The electronic power supply that powers the onboard systems is supported with triple alternators and balanced, smart lithium-ion battery units. A ruggedized heated camera unit is placed in the tail section of the platform to monitor flight and all payload and telemetry data are recorded to the airborne data recorder. The redundancy architecture of the avionics supports autonomous emergency landings on different airfields if necessary. Sensor fusion algorithms, including an inertial navigation system, allow navigation and auto landing even with loss of global positioning signals. [39]
The price for a single TB2 unit has been estimated at 5 million US dollars, around one-sixth of the US-built Reaper UAV, albeit carrying one-tenth the payload, making for a strange comparison. [40] Baykar has not stated a price, but has republished on its website several news reports about crowdfunding campaigns launched in 2022 in Europe to buy Bayraktar UAVs for Ukraine, all of them fixing a goal of around US$5–5.5 million for the unit. [41] [42]
The Turkish military's use of the TB2 gained prominence in counterinsurgency operations against the Kurdistan Workers' Party (PKK) and People's Protection Units (YPG) terrorist positions across the border in Iraq and Syria. [8] [9] [10] [11]
On 30 June 2018, one Turkish Air Force Bayraktar TB2 crashed due to technical problems in Hatay province, Turkey. [43] [44]
On 15 August 2018, Turkish Land Forces successfully used Bayraktar TB2 in a joint cross-border operation of the Turkish Armed Forces and the National Intelligence Organization of Turkey to kill the senior (PKK) leader and board member of the Kurdistan Communities Union İsmail Özden in Sinjar District, northwestern Iraq. [45]
Turkish military used combined UAV and artillery tactics in Syria against the PKK-linked YPG. According to Turkey the number of terrorist killed or wounded rose to 449 by use of armed TB2 and 680 were indirectly in operations assisted by air support from the UAV. [8]
On 16 May 2021, one Bayraktar TB2 crashed in Zebari, Northern Iraq, Kurdish terrorists claimed they shot down the drone. [46]
A total of 37 Turkish Bayraktar TB2 UAVs successfully flew over 1551 hours in the earthquake zone of the 2023 Turkey-Syria earthquake.The drones have been instrumental in providing continuous updates and data to the crisis response team for damage detection, search and rescue support, along with coordination activities. [47]
On 20 June 2023, a Turkish Bayraktar TB2 drone crashed in Qandil, Northern lraq. The wreck fell in an area under Kurdish militia control. [48]
In March 2020 Bayraktar TB2s, Anka-S UAVs, and an array of Koral electronic jammers were deployed and extensively used in coordinated action to strike Syrian Army targets on the ground during the Operation Spring Shield launched by Turkey following losses the Turkish forces incurred at the hands of the Russian forces in northwestern Syria at the end of February 2020. [49] [50] [51] The deployment was assessed by experts to be a success and a tactical game-changer. [52] [53] [54]
During the week of fighting, Turkish drones took out 73 Syrian armed vehicles. [55] Russian sources said that the Russian-backed Syrian air defences claimed the destruction of seven Bayraktar TB2 UAVs by 5 March 2020. [56] However, there is only visual evidence for three Bayraktar drones being shot down. [57] [58] [59] [60]
On 23 August 2020, another Bayraktar TB2 drone was shot down by Syrian Air Defenses near Kafr Nabl, Idlib after being detected spotting targets for Syrian rebels. [61] [62]
On 22 October 2021, Turkey struck the Syrian town of Ayn al-Arab using Bayraktar TB2s, destroying several vehicles and killing a passenger of a car, a suspected member of a Kurdish rebel group. [63]
In 2022, Turkish drone strikes, including Bayraktar drones, killed 50 SDF fighters and 10 civilians. [64]
In June 2019, international news media reported that Libya's UN-recognized [65] Government of National Accord (GNA) used Bayraktar TB2s to strike an airbase held by General Haftar's Libyan National Army (LNA). Despite the UN embargo on Libya's ongoing civil war, it is suspected that at least 3 Bayraktar TB2 UCAV were being used over Tripoli by the GNA government forces. Video evidence as early as 11 June 2019, showed at least one TB2 flying over Tripoli [66] about to land at Mitiga's Military section, under control of GNA-allied forces.
In June 2020, the Defence Minister of Azerbaijan, Zakir Hasanov, announced that Azerbaijan had decided to purchase Bayraktar drones from Turkey. [100] During the 2020 Nagorno-Karabakh war, Bayraktar TB2s were used against Armed Forces of Armenia with great success. [101] Azerbaijan used TB2s to destroy Armenian artillery, infantry positions and military vehicles, including BM-30 Smerch MLRS, T-72 tanks, BMP-1 and BMP-2 IFVs. [102] [103] Nine Osa and Strela-10 air defense systems were also destroyed by Azerbaijani drones, likely TB2s. [102] On 19 October 2020, a Bayraktar TB2 was shot down by air defenses of the Armenian Army over Nagorno-Karabakh. [104] [105] On 8 November 2020, another Azerbaijani Bayraktar TB2 was shot down by air defense, in southeastern Nagorno-Karabakh. [106]
As a part of its military modernization program the Armed Forces of Ukraine purchased 12 Bayraktar TB2s in 2019. [107] [108] In January 2019, Baykar signed an agreement with Ukrspetsproject, part of Ukroboronprom, on the purchase of six TB2 and 3 ground control stations worth US$69 million for the Ukrainian army. [109] [110] Ukraine received the first batch of the UAVs in March 2019. [111] After successful testing of the aircraft, the Ukrainian Navy placed a separate order for six TB2s, to be delivered in 2021, according to navy officials. [112] Meanwhile, Turkish and Ukrainian officials announced the establishment of a joint venture to produce 48 additional Bayraktar TB2s in Ukraine. [113] The first batch of the Bayraktar TB2 complex was delivered to the Navy in July 2021. [114]
During a Russian military buildup in Crimea and near Ukraine's borders, a TB2 conducted a reconnaissance flight over the Donbas region on 9 April 2021. This was the first operational use of the aircraft by Ukrainian forces within an active conflict zone. [115] [116] In October 2021, a TB2 drone was used for the first time in combat during the war, targeting a Russian separatist artillery position, destroying a D-30 howitzer, and halting the bombardment of Ukrainian troops near Hranitne. [117]
During the 2022 Russian invasion of Ukraine, TB2 drones have been used by Ukraine's armed forces against Russian forces and equipment. [118] In January prior to the invasion, the spokesperson for the air force command Lt. Col. Yuri Ihnat confirmed that "Ukraine has approximately 20 Bayraktar drones, but we will not stop there". [119] On 2 March, Ukrainian defense minister Oleksii Reznikov announced the arrival of additional TB2 drones. [120]
According to video footage released by the armed forces, TB2 drones have successfully destroyed on different occasions a Russian command post, military vehicles including tanks, IFVs, different types of trucks, surface-to-air missile systems (including Buk and Tor), self-propelled artillery, multiple rocket launcher (MLRS), howitzers and an electronic warfare system. [118] [121] [122] [123] [124] The drone also reportedly destroyed two Russian fuel trains, patrol boats and helicopter. [125] [126] [127]
On 24 February, the day of invasion, four Bayraktar TB2 drones stationed at Chuhuiv Air base were abandoned and later destroyed in the ground by Ukrainian Forces, amid reported Russian rocket attacks. [128] People's Militia of the Luhansk People's Republic claimed it shot down two TB2 drones near the city of Luhansk. [129] On 27 February, Ukraine's air force confirmed two strikes by TB2 on Russian convoys in the Kherson and Zhytomyr regions. [121]
The chief of Ukraine's air force Lieutenant General Mykola Oleschuk called the UAV system "life-giving". [130] The popularity of the drone in Ukraine led to a song, "Bayraktar" being written about the drone while throwing insults at the Russian army and the invasion. [131] [132] [133]
Ukrainian drones appear to be equipped with anti-jamming antenna. They appear to use MAM-C glide bombs and MAM-L. Traditional search radars appear to struggle against the TB2 because of its slow speed and size, which give it a low radar cross section. One radar that was destroyed on 7 May appeared to be actively scanning just prior to being supposedly hit. Although this may be helped by reports of Russian units turning off their own radars to reduce their own detection. It also can be deployed within minutes and launched from a normal road. [134]
On 26 February 2022, two TB2 drones were claimed shot down near Shchastia. [135] On 17 March 2022, a Bayraktar TB2 was shot down over Kyiv; Russia published images of the drone wreckage. [136] A second TB2 drone was shot down on 29 March 2022, in eastern Ukraine [137] [138] On 2 April a third TB-2 drone was shot down. [139] [140]
On 12 April 2022, one Bayraktar TB2 was claimed to be shot down by Russian frigate Admiral Essen off the coast of Crimea. [141] [142]
On 13 April 2022, Ukrainian sources claimed at least two R-360 Neptune missiles were responsible for the sinking of the Russian cruiser Moskva – causing an explosion on one of the ship's exposed deckside missile tubes. Drones, likely TB2s, were alleged to have helped decoy the cruiser's defences. [143] [144]
On 26 and 27 April, three additional TB2 drones were destroyed, two in Kursk Oblast [145] [146] and the third in Belgorod Oblast, Russia by a Pantsir-S1. [147] [148]
On 1 May, a TB2 drone with registration S51T was shot down in Kursk region, Russia. [149] TB2 losses amounted to seven units confirmed visually. [126]
On 2 May, Bayraktar drones operated by Ukraine attacked and destroyed two Russian Raptor-class patrol boats near Snake Island. [126]
On 7 May, a TB2 drone attacked and destroyed a Russian Mil Mi-8 transport helicopter as it was unloading passengers on Snake Island. [127] In the same deployment, a TB2 drone destroyed a Tor missile launcher on the island, while a second launcher was destroyed as it was being unloaded from a landing craft. This cleared the way for a bombing run by Ukrainian Air Force Sukhoi Su-27 'Flanker' aircraft against buildings on the island. [124]
On 23 May 2022, the remains of a Ukrainian Bayraktar TB2, tail number 75 were found in Romanian territorial waters by Romanian authorities. The drone was likely shot down during the Snake Island attacks made by Ukraine in May 2022. [150] [151]
On 28 May 2022 Lithuanian citizens fundraised $3.2 million, out of the $5.37 million, to buy a single Bayraktar TB2 drone for Ukraine. [152] On 2 June, Baykar said: "The people of Lithuania have honorably raised funds to buy a Bayraktar TB2 for Ukraine. Upon learning this, Baykar will gift a Bayraktar TB2 to Lithuania free of charge and asks those funds go to Ukraine for humanitarian aid." [153]
From the beginning of the invasion to late June, Ukraine received over 50 TB2s. On 28 June, Defence Minister Oleksii Reznikov announced that Baykar would be devoting all of its capacities to meet the needs of the Ukrainian armed forces, fulfilling its requirement for "dozens more" of the aircraft. [154]
In July 2022 Haluk Bayraktar, CEO of Baykar, stated in an interview that his company would never supply Russia with its drones as he supports Ukraine's sovereignty and independence. [155]
Although at the start of the invasion Ukrainian drones, including the TB2, were able to be used to harass Russian forces, by summer 2022 they had become less effective in this role. The disorganized Russians were initially slow to set up proper air defenses, but once they did Ukrainian UAVs were downed with increasing frequency. In addition to being shot down, electronic warfare is used to jam and disrupt communication links. This may have caused the Ukrainians to scale back TB2 use. [156] On 25 July, a military expert said to the BBC, that the slow speed and medium altitudes of Bayraktar drones made them easy targets for Russian air defenses, and that many were shot down. [157]
By late July a TB2 with tail number U139 was reported shot down in Belgorod Oblast, Russia. [158] On 2 August another drone with call sign 409 was shot down in Ukraine. [159] On 2 September 2022, the remains of a Ukrainian Bayraktar TB2 drone were discovered in Kherson. [160]
By July 2022, Bayraktar TB2 losses reached 14 units, confirmed visually. [161]
The commander of the Russian Air Defense Force Lieutenant General Andrey Demin claimed in April 2023 that Russia had shoot down "more than 100" Bayraktar drones since the war began. [162]
On 5 May 2023, the Ukrainian air force said it downed one of its own TB2 drones over Kyiv, after they lost control of it due to a "likely" technical malfunction. No casualties were reported from the incident. [163]
By June 2023 the role of the remaining TB2 drones had changed from attack to reconnaissance, staying out of the range of Russian air defenses and using their more advanced optics and sensors to guide other drones. [164]
According to Oryx Blog as of 1 August 2023, about 24 Bayraktar TB2s were destroyed either on ground or been shot down by Russian forces. [165]
On 3 September, Ukraine released video of a KS-701 patrol boat being destroyed by a TB2 drone. The first time the drone has been confirmed as being used offensively in several months. Previously it had been used for reconnaissance, such as correcting artillery fire, due to Russian air defences. [166] It is believed that the degrading of Russian air defenses due to Ukrainian attacks have allowed TB2 drones to be used in air strikes again. [167] However, Colonel Volodymyr Valiukh, a commander in Ukrainian Main Intelligence Directorate, reported in late October 2023 that TB2 drones are now rarely used and only for short time reconnaissance missions because of more sophisticated and qualitative Russian air defense and electronic warfare systems. He specifically said: “For the TB2, I don’t want to use the word useless, but it is hard to find situations where to use them”. [168]
Ethiopian forces have reportedly been using the TB2 against the TPLF in the Tigray War. Satellite images have shown TB2 drones in Harar Meda airbase, and debris of MAM-L guided munition have been found in Tigray. [169] [170] [171] On 7 January 2022, a drone strike killed nearly 60 civilians and injured dozens more in a camp of internally displaced people in Dedebit in Tigray; the missile used was a MAM-L exclusively used with the TB2 drone. [172]
Some parts of Africa face attacks by highly mobile bands of Islamist militants, moving through scrubby terrain by motorbike to attack isolated military and civilian targets. This had largely been in the Sahel, but by 2019 had been spreading. Drones provide countries with aerial surveillance capacity to seek and potentially attack insurgents. Buying from Turkey reduces the dependence of Niger and Togo on former colonial power France. [173]
In October 2020, Baykar CTO Selçuk Bayraktar showed the new, improved version of TB2, named TB2S. In Selçuk Bayraktar's Twitter post, the TB2S has a protrusion on its body and an antenna on its nose for satellite communication (SATCOM). [174] [175] In the basic model of TB2, communication between the aircraft and the control station was via ground-based antenna. Communication via the TÜRKSAT satellite provides a much bigger control range than the 150–300 km range of the basic model. The satellite communication will also make the TB2S more resistant to the jamming of communication by the enemy. [176] The SATCOM-integrated TB2S made its maiden flight on 4 December 2020. [177]
As of September 2023, Bayraktar TB2 has been exported to 31 countries. [178] Some of these countries are unknown. The list of the known countrie are as follows:
Specifications for the Bayraktar TB2 (not TB2S) from Baykar Defence. [239]
Related development
Aircraft of comparable role, configuration, and era
Related lists
An unmanned combat aerial vehicle (UCAV), also known as a combat drone, colloquially shortened as drone or battlefield UAV, is an unmanned aerial vehicle (UAV) that is used for intelligence, surveillance, target acquisition, and reconnaissance and carries aircraft ordnance such as missiles, ATGMs, and/or bombs in hardpoints for drone strikes. These drones are usually under real-time human control, with varying levels of autonomy. Unlike unmanned surveillance and reconnaissance aerial vehicles, UCAVs are used for both drone strikes and battlefield intelligence.
The TAI Anka is a family of unmanned aerial vehicles developed by Turkish Aerospace Industries primarily for the Turkish Air Force. Envisioned in the early 2000s for aerial surveillance and reconnaissance missions, Anka has evolved into a modular platform with synthetic aperture radar, precise weapons and satellite communication.
The Chengdu GJ-1, also known as Wing Loong 1, is a Medium-Altitude Long-Endurance (MALE) unmanned aerial vehicle (UAV), developed by the Chengdu Aircraft Industry Group in the People's Republic of China. Intended for use as a surveillance and aerial reconnaissance platform, the Pterodactyl I is capable of being fitted with air-to-surface weapons for use in an unmanned combat aerial vehicle (UCAV) role.
Drone warfare is a form of aerial warfare using unmanned combat aerial vehicles (UCAV) or weaponized commercial unmanned aerial vehicles (UAV). The United States, United Kingdom, Israel, China, South Korea, Iran, Italy, France, India, Pakistan, Russia, Turkey, and Poland are known to have manufactured operational UCAVs as of 2019. As of 2022, the Ukrainian enterprise Ukroboronprom and NGO group Aerorozvidka have built strike-capable drones and used them in combat.
The Orlan-10 is a reconnaissance, unmanned aerial vehicle (UAV) developed by the Special Technology Center (STC) in Saint Petersburg for the Russian Armed Forces. The Orlan-10 features a composite fuselage that reduces its radar signature.
The Bayraktar UAV or Bayraktar UCAV is a family of unmanned aerial vehicles designed and manufactured by Turkish company Baykar. The UAVs were developed for the Turkish Armed Forces from 2004 until the present. Some models are designed for surveillance and reconnaissance only, others are capable of tactical ground-strike missions. Baykar is also developing drones to counter other aerial systems. The word bayraktar means flag-bearer in Turkish.
The Krasukha is a Russian mobile, ground-based, electronic warfare (EW) system. This system is produced by the KRET corporation on different wheeled platforms. The Krasukha's primary targets are airborne radio-electronics and airborne systems guided by radar. The Krasukha has multiple applications in the Russian Armed Forces.
Baykar is a private Turkish defence company specialising in UAVs, C4I and artificial intelligence.
Bayraktar Akıncı is a high-altitude long-endurance (HALE) unmanned combat aerial vehicle (UCAV) being manufactured by the Turkish defence company Baykar. The first three units entered service with the Turkish Armed Forces on 29 August 2021.
The Western Libya campaign was a military campaign initiated on 4 April 2019 by the Operation Flood of Dignity of the Libyan National Army, which represents the Libyan House of Representatives, to capture the western region of Libya and eventually the capital Tripoli held by the United Nations Security Council-recognised Government of National Accord. The Government of National Accord regained control over all of Tripoli in June 2020 and the LNA forces withdrew from the capital, after fourteen months of fighting.
The Chengdu GJ-2, also known as Wing Loong 2, is an unmanned aerial vehicle (UAV) capable of remotely controlled or autonomous flight developed by the Chengdu Aircraft Industry Group in the People's Republic of China. Intended for use as a surveillance and aerial reconnaissance and precision strike platform, Chengdu unveiled the concept of Wing Loong II at the Aviation Expo China in Beijing in September 2015. Wing Loong II has long range strike capability with a satellite link.
Operation Spring Shield was a cross-border military operation carried out by the Turkish Armed Forces (TSK) in the Idlib Governorate of northwestern Syria against the Syrian Armed Forces and allied militias. The operation was launched on 27 February 2020 in direct response to the Balyun airstrikes, aiming to address the escalating situation in the region.
Mini Akıllı Mühimmat (MAM), meaning "smart micro munition" is a family of laser-guided and/or GPS/INS guided bombs produced by Turkish defence industry manufacturer Roketsan.
The Central Libya offensive, officially known as Operation Paths to Victory, was a military offensive in Libya launched by the forces of the Government of National Accord, to take the city of Sirte and Al Jufra Airbase from the House of Representatives backed by the Libyan National Army. The city of Sirte is considered strategically important because of its close position to oil facilities, which give it control over Libya's oil and gas shipping ports. The Al Jufra Airbase is strategically important for the GNA, due to its central position to Fezzan and denying the Libyan National Army air superiority over Central Libya.
Selçuk Bayraktar is a Turkish engineer and businessman. He is the chairman of the board and the chief technology officer of the Turkish technology company Baykar. He is also known as the architect of Turkey's first indigenous unmanned combat aerial vehicle (UCAV) Bayraktar TB2 and first unmanned fighter jet Bayraktar Kızılelma. Bayraktar is also the founding chairman of the Turkish Technology Team Foundation.
Haluk Bayraktar is a Turkish engineer and executive. He is the CEO of Baykar, TUBITAK Board Member and founder and chairman of the board of Turkey Technology Team Foundation and SAHA Istanbul. He is a pioneer of Turkey for autonomous technology efforts which reshaped battlefields and geopolitics which resulted with a change of future warfare doctrines.
The Baykar Bayraktar TB3 is a Turkish medium-altitude long-endurance (MALE) unmanned combat aerial vehicle (UCAV) capable of short-range landing and take-off, produced by Baykar. It is currently being developed due to the lack of aircraft to be deployed on the TCG Anadolu amphibious assault ship. According to the initial plans the ship was expected to be equipped with Lockheed Martin F-35B Lightning II fighter jets but following the removal of Turkey from the procurement program, the vessel entered a modification process to allow it to be able to accommodate UAVs.
On 24 February 2022, the Chuhuiv Air Base in Chuhuiv, Kharkiv Oblast, Ukraine was the target of an air strike by Russian forces as part of the eastern Ukraine offensive during the 2022 Russian invasion of Ukraine.
p.297 Summary of HAF Bayraktar TB2 UCAV destroyed (14 May 2019 to date) 14 May 2019 Confirmed by Imagery
p.32 The Panel is aware that two Bayraktar TB2 UCAVs were destroyed by HAF air strikes against the Misrata air academy on 6 and 7 June 2019, with a third shot down by HAF on 30 June 2019, but combat losses have reportedly been much higher
On July 25, several Bayraktars were used to attack and subsequently destroy two Ilyushin Il-76 military transport aircraft operated by Ukraine's Air Europe airfreight company, at Al Jufra Air Base. A hangar was also destroyed at the base, which was being used as a key staging post for supporters of General Haftar's LNA.
p.297 Summary of HAF Bayraktar TB2 UCAV destroyed (14 May 2019 to date) 25 July 2019 Confirmed by Imagery
At the same time, there's photographic evidence that the Ukrainians have shot down at least one of Russia's killer drones. Yes, the Russians have shot down at least three TB-2s, but the Ukrainians can afford to lose more drones.
Weapon remnants recovered from the site of the strike by aid workers showed internal components and screw configurations that matched images of Turkish-made MAM-L munitions released by the weapons manufacturer. The MAM-L pairs exclusively with the Turkish-made TB-2 drone.