Monday, 18 October 2021

Pilot lost control of wobbling F-22 that spiraled to the ground in secretive crash last year

Nick Collins



By Rachel S. Cohen

Thursday, Oct 14

Photos of the wreckage of an F-22 Raptor fighter jet that crashed on May 15, 2020, were included in an Air Force investigation report obtained by Air Force Times via the Freedom of Information Act. (Air Force)

Newly obtained documents offer a clearer picture of an F-22 Raptor’s demise in Florida last year when it crashed near Eglin Air Force Base during training with other fighter jets.

The F-22 grew increasingly wobbly upon takeoff, refused to turn left and shortly barrel-rolled into the ground after its pilot safely ejected, according to the Air Force’s investigation into the May 15, 2020, incident that was not previously made public.

Air Force Times received the safety board investigation documents through a Freedom of Information Act request.

The Air Force said earlier this year that it did not convene a longer-term accident investigation board to look into the crash, instead waiving that usual requirement because of operational security concerns. A commander-directed investigation and a safety investigation board took place instead, and much of the paperwork obtained dates to June 26, 2020.

The inquiry’s findings detail a harrowing morning at Eglin’s test and training range as the pilot struggled to control and then bailed out of one of the Air Force’s most advanced airframes. A confusing mission to inspect the crash site and find the pilot nearly resulted in another collision between an F-22 and an F-35 Lightning II.

The unnamed pilot was a captain serving as the 43rd Fighter Squadron’s assistant operations director. He flew as “Hornet 1″ that day in a large-force air combat exercise with six F-35s, four F-16Cs and three F-22s, according to the investigation.

The 43rd FS is the only Air Force unit that provides initial and requalification training for active-duty, Air National Guard and Air Force Reserve F-22 pilots.

Upon takeoff around 8:30 a.m. local time, Hornet 1′s cockpit flashed a warning notice as the jet picked up speed. No other issues popped up as the plane went airborne, so the pilot decided to keep going.

After rising about 50 feet, the airplane began to tilt to the left.

Photos of the wreckage of an F-22 Raptor fighter jet that crashed on May 15, 2020, were included in an Air Force investigation report obtained by Air Force Times via the Freedom of Information Act. (Air Force)

“I thought maybe I had an afterburner blowout on a left motor,” the pilot told investigators. They scaled back the throttles and the jet leveled out. Another captain flying as “Hornet 2″ said both engines appeared to be in good shape, and nothing else seemed amiss.

The Raptor’s nose pointed about 45 degrees toward the sky, and another warning message came up to signal degraded air data. At the same time, the jet again started to roll left and pitched down without warning.

His F-22 was “almost inverted,” the Hornet 2 captain said.

“I thought that I was out of control at that point and was concerned that I might have to eject right there,” the pilot said.

The pilot righted the aircraft once more. Everything seemed normal, the pilot said, and they continued with the training exercise. But the situation deteriorated quickly.

Another cockpit warning told the pilot that g-forces were overly stressing the plane, the third alert of the flight. He decided to try to safely put down the F-22 by burning off fuel on the way back to the ground and landing on the longest runway.

“As I passed 10,000 feet, the jet began to have uncontrollable tendencies again … a barrel-roll type feel,” the pilot said. “It took a majority of the pressure I had available in my right arm to keep the airplane in level flight, and then at that point I could no longer turn left.”

The pilot then noticed the cockpit display showed a higher altitude and speed than what a nearby wingman reported. Fearing the jet could no longer be trusted, the pilot decided to eject.

Time slowed as the pilot launched out of the cockpit, watching the jet’s canopy fall through the air in a daze. Hornet 2 looked on as the F-22 spiraled down and slammed into the ground.

“Looking down, I thought, ‘Oh, there’s a forest fire down there,’” the pilot said. “Then I realized that, no, that was actually where my airplane landed. … I began attempting to steer towards the clearing and avoid the fireball.”

F-35s flew to the scene to relay coordinates to search-and-rescue forces, but none were available from Duke Field, Hurlburt Field or the surrounding local area, according to another captain, an instructor with the 43rd Fighter Squadron who served as the flying supervisor during the mishap.

The downed pilot landed in shrubbery within about 100 yards of a nearby road and hitched a ride back to Eglin in a government-owned vehicle that had pulled up. His calves were sore and his hands scratched, but otherwise felt fine, a lieutenant colonel working as the sortie operations supervisor told investigators.

A local tour helicopter was en route to help find the pilot while military personnel were on their way, but was called off when the pilot confirmed to local officials that he was OK. Some U-28 special operations reconnaissance planes from Hurlburt took over at the scene once the F-35s ran out of gas, the flying supervisor said.

“There were multiple [air traffic control] agencies that I believe were attempting to help using their best judgment, but the airspace over the crash site actually got saturated and became … fairly dangerous,” the supervisor said.

F-22s flying overhead almost collided in midair with F-35s that were acting as the on-scene commanders — a near miss that the supervisor said should be a learning opportunity for future emergency response coordination in the area.

In total, the accident cost more than $202 million in damages, including the $201.6 million aircraft, two CATM-9 air-intercept training missiles valued at $32,000 apiece, and $850,000 in environmental cleanup costs.

The pilot was not fatigued, stressed or intoxicated at the time of the accident. Investigators also spoke with F-22 manufacturer Lockheed Martin and other companies that work on the jet, though their input was not made public.

After more than a year of silence on the mishap, the Air Force said in August the jet crashed because of a “maintenance error made after the aircraft was washed” that “impacted control inputs transmitted to the aircraft.” The service did not elaborate on that error; the investigation documents do not include interviews with maintainers or other clear evidence of a cause.

A spokesperson for Air Combat Command did not answer whether other Raptors could be affected by the same issue, or whether the investigations have led to further inspections or repairs.

The 43rd Fighter Squadron is part of the 325th Fighter Wing that relocated from Tyndall AFB, Florida, to nearby Eglin when Hurricane Michael destroyed the base in 2018. The wing has struggled with staffing and morale in the years since the hurricane as airmen feel stuck in limbo between Tyndall and a potential move to Joint Base Langley-Eustis, Virginia.

Nearly half of the nine major F-22 mishaps in fiscal 2020 occurred at the 325th Fighter Wing, including the May 2020 incident.

Source airforcetimes.com


Turkey's Erdogan says US proposed F-16 sales in return for its F-35 investment

Mark Rourke


Turkey's Erdogan says US proposed F-16 sales in return for its F-35 investment - CNA

17 Oct 2021 08:23PM

(Updated: 17 Oct 2021 08:23PM)


ISTANBUL: President Recep Tayyip Erdogan said on Sunday (Oct 17) that the United States had proposed the sale of F-16 fighter jets to Turkey in return for its investment in the F-35 programme, from which Ankara was removed after purchasing missile defence systems from Russia.

Reuters reported earlier this month that Turkey had made a request to the US to buy 40 Lockheed Martin-made F-16 fighter jets and nearly 80 modernisation kits for its existing warplanes.

Speaking to reporters before departing for a trip to West Africa, Erdogan said that Turkey wants a return for its investment in the F-35 programme and that talks on the issue are ongoing.

"There is the payment of US$1.4 billion we have made for the F-35s, and the US had such a proposal in return for these payments," Erdogan said.

"And regarding this, we said let's take whatever steps are needed to be taken to meet the defence needs of our country," he said, adding that the new F-16 jets would help develop its fleet.

Ankara had ordered more than 100 F-35 jets, made by Lockheed Martin, but the US removed Turkey from the programme in 2019 after it acquired Russian S-400 missile defence systems.

The decades-old partnership between the North Atlantic Treaty Organization (NATO) allies has gone through unprecedented tumult in the past five years over disagreements on Syria policy, Ankara's closer ties with Moscow, its naval ambitions in the eastern Mediterranean, US charges against a state-owned Turkish bank and the erosion of rights and freedoms in Turkey.

Ankara's purchase of the S-400s has also triggered US sanctions. In December 2020, Washington blacklisted Turkey's Defence Industry Directorate, its chief, Ismail Demir, and three other employees.

Since then, the US has repeatedly warned Turkey against buying further Russian weaponry. But Erdogan has indicated that Ankara still intends to buy a second batch of S-400s from Russia, a move that could deepen the rift with Washington.

The request for the jets will likely have a difficult time getting approval from the US Congress, where sentiment towards Turkey has soured deeply over recent years.

There is bipartisan support in US Congress to push the Biden administration to put further pressure on Ankara, primarily over its purchase of Russian weapons and its human rights track record.

Ankara has said that it hopes for better ties under US President Joe Biden.

Source: Reuters/kg


Sunday, 17 October 2021

Naval Group delivers third Argentinian offshore patrol vessel

Photo Courtesy of Naval Group


Naval Group delivers third Argentinian offshore patrol vessel

14 Oct 2021 (Last Updated October 14th, 2021 11:22)

The multi-mission OPV 87 ARA Storni was launched in May this year.

Naval Group has delivered the newest multi-mission offshore patrol vessel (OPV), ARA Storni, to the Argentinian Navy.

ARA Storni is the third of four OPVs ordered by Argentina as part of a contract signed with Naval Group in 2018.

The OPVs are being built in France by Kership, a joint venture (JV) between Naval Group and Piriou.

The contract includes the refurbishment of Naval Group-built OPV L’Adroit and three new-build vessels.

ARA Bouchard (former L’Adroit) was delivered in December 2019, while the first of three new-build vessels, ARA Piedrabuena, was handed over to the Argentinian Navy in April this year.

Naval Group programme director Jean-Claude Flandrin said: “The delivery of this third patrol vessel marks a very important milestone for the program, which was achieved on time despite the health crisis that has marked the last two years.

“The teams are still mobilised to finalise the training of the crew that will leave for Argentina with the vessel. Once the training is completed, we will concentrate our efforts towards the delivery of the last of the series, which was launched last month”.

According to the company, ARA Storni offers the same features as that of the ARA Piedrabuena and is better armed when compared to the ARA Bouchard OPV.

ARA Storni is equipped with an active stabilisation system and a bow thruster, the POLARIS system and NiDL tactical data link system.

The 87m-long vessel has a displacement capacity of 1,650t, a 14m beam, an endurance of more than 7,000nm, and a maximum speed of over 20k.

It can accommodate 59 crew and passengers and comprises boarding capacity for two 9m light crafts and one 10t class helicopter.

Naval Group Latin America sales director Olivier Michel said: “We are proud of the trust that the Argentine Navy has placed in Naval Group for the supply of these latest-generation multipurpose vessels that will enable the country to carry out its sovereign missions.

“This delivery is another demonstration of Naval Group’s and its partners’ capacities and commitment towards its customers to respond to their operational needs.”

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Photo Courtesy of Naval Group




Bell 360 Invictus Is Set To Be the Army’s New Attack Reconnaissance Chopper

Bell Flight


Bell 360 Invictus Is Set To Be the Army’s New Attack Reconnaissance Chopper

The US Army welcomes a new powerful weapon.

By  Fabienne Lang

Oct 15, 2021   

Bell Flight

Lethal. Sustainable. Affordable. Three words Bell used to describe its recently-unveiled upgraded 360 Invictus stealth helicopter model.

Showcasing the 360 Invictus at the recent AUSA 2021 Annual Meeting & Exposition in Washington, D.C., Bell disclosed its 360 Invictus program is moving swiftly through manufacturing, assembly, components testing, and system integrations. It looks like the U.S. Army will receive its new helicopter on time in the fall for future stealth attack reconnaissance missions. 

"The Bell 360 Invictus is an exciting aircraft that brings sophisticated digital systems together in a high-speed, reliable, maintainable vehicle for austere environments around the world," Jayme Gonzalez, program manager of Bell 360 Invictus, said to Defence Blog.

"The Bell 360 offers the Army the ability to modernize using simplified and inherently reliable designs to reduce costs and deliver enhanced effectiveness for the Army," Gonzalez continued.

The helicopter was upgraded as part of the Army's Future Attack Reconnaissance Aircraft (FARA) program. 

"We are combining Bell’s unique knowledge of the demands placed on scout aircraft with engineering and technical expertise to give the Army a weapon system to dominate attack reconnaissance missions for decades to come." Chris Gehler, vice president, and program director for the Bell 360 Invictus, said to Defence Blog.

Bell 360 Invictus specs

In terms of maneuverability, the helicopter is versatile. Thanks to its articulated rotor, lift-sharing wing, and optimized tail rotor, the 360 Invictus can easily attack or carry out reconnaissance in all environments. 

It comes clad with a 20mm cannon and an internal payload with a modular effects launcher. Having a combination of advanced sensors and air-launched effects increases situational awareness and increases its lethality, says Bell.

The chopper's supplemental power unit (SPU) enables it to have both extra horsepower to boost cruise airspeed, dash speed, hover payload, and autorotative performance, as well as providing auxiliary power for ground maintenance.

Speaking of cruise speed, the Bell 360 Invictus will have over 180 KTAS cruise speeds. It will also have hovering capabilities at Level 1 handling qualities at 4K/95 degrees. 

All in all, as army and defense helicopters keep improving, much like the recently-unveiled Defiant X helicopter by Boeing and Lockheed Martin, the Bell 360 Invictus will potentially revolutionize future air attacks and reconnaissance.


Saturday, 16 October 2021

Eglin AFB test squadron releases GBU-72 for first time

US Air Force / Tech. Sgt. Michelle Y. Alvarez


Eglin AFB test squadron releases GBU-72 for first time > U.S. Air Force > Article Display

Published Oct. 13, 2021

By Samuel King Jr.

The 96th Test Wing recently concluded a GBU-72 test series which featured the first ever load, flight and release of the 5,000-pound weapon at Eglin Air Force Base, Fla. (Courtesy photo)

EGLIN AIR FORCE BASE, Fla. (AFNS) --  While cruising over the Eglin Air Force Base range, a 96th Test Wing F-15E Strike Eagle released a GBU-72 Advanced 5K Penetrator at 35,000 feet, Oct. 7.

The 5,000-pound bomb’s release marked the end of a test series planned by the 780th Test Squadron and performed by the 40th Flight Test Squadron. That series included the first-ever weapons load, flight and release of the weapon, July 23. The squadron’s test goals were to show the weapon could safely release from the aircraft and validate a modified 2,000-pound Joint Direct Attack Munition tail kit’s ability to control and navigate a 5,000-pound weapon.

The test series, deemed a success by the Armament Directorate’s Direct Attack Division, consisted of three flights. Those flights and drops were made much more complex since this was the first GBU-72 release.

In addition to the successful flight test series, the ground test series was Eglin’s largest-ever arena test, surpassing the previous titleholder by more than double. The arena test, an open-air test where the warhead detonates surrounded by blast pressure sensors and fragment-counting equipment, helps to determine the weapon’s lethality. The 780th TS also planned this test event.

The flight test series success depended upon the 780th TS’s planners and the 40th FLTS’s aircrews making the right choices, creating new procedures and adjusting quickly to ensure the weapon released correctly and the mission remained on schedule.

“Test series of this magnitude are never successful, overall, because of just a single person or organization,” said Ronald Forch, 780th TS programming engineer over the GBU-72 flight and ground test efforts. “They are ultimately successful because the test engineer is able to perform a role very similar to that of a symphony conductor guiding the performance of a series of consecutive miracles – none any more important than the other.”

The Armament Directorate recently commended the squadron with the External Team of the Quarter award for its GBU-72 program efforts.

The GBU-72 was developed to overcome hardened, deeply buried target challenges and designed for both fighter and bomber aircraft. The weapon design and its projected effectiveness were developed using advanced modeling and simulation techniques and processes before the first warhead was forged. This is a repeatable process for all future direct attack weapons. Lethality is expected to be substantially higher compared to similar legacy weapons like the GBU-28, according to James Culliton, GBU-72 program manager.

“An advantage to the modeling and simulation to design approach used is that early prototypes are production representative,” Culliton said. “This helps us bring our operational test partners in sooner with eyes-on, hands-on participation, validating our design and procedures sooner while including input that improves the weapon. The collaboration we’ve enjoyed with the 780th TS and 40th FLTS to this end has been the best I’ve experienced in acquisitions.”

The GBU-72 program now moves on to additional JDAM integration test flights and developmental and operational testing in 2022.


Friday, 15 October 2021

China’s 10,000-ton drive into the Sea of ​​Japan turned out to be for this!

中国万吨大驱进入日本海,原来是为了这件事!|日本海|中国海军|中国_新浪军事_新浪网

Original title: China’s 10,000-ton drive into the Sea of ​​Japan was originally for this!

  China-Russia "Maritime Joint-2021" joint military exercise opens

  On the morning of October 14, local time, the Sino-Russian "Maritime Joint-2021" joint military exercise opened in the waters near Peter the Great Bay in Russia. This is a normal arrangement made by the Chinese and Russian navies in accordance with the annual plan. China and Russia set up joint directorships in their respective formation command ships, with the Deputy Commander of the Chinese People's Liberation Army Northern Theater Navy Rear Admiral Bai Yaoping and the Russian Pacific Fleet Rear Admiral Kabantsov Commander of the Coastal Mixed Zone Fleet jointly acting as exercise directors.


  The Nanchang ship of the Chinese Navy, participating in the Sino-Russian "Sea Joint-2021" exercise, cut the waves in the Sea of ​​Japan.


  The Nanchang ship of the Chinese Navy, participating in the Sino-Russian "Sea Joint-2021" exercise, cut the waves in the Sea of ​​Japan.


  The Chinese Navy's Nanchang ship participating in the Sino-Russian "Maritime Joint-2021" exercise is preparing to receive supplies from the Dongping Lake ship in the Sea of ​​Japan.


        The Chinese Navy's Nanchang ship participating in the Sino-Russian "Maritime Joint-2021" exercise is preparing to receive supplies from the Dongping Lake ship in the Sea of ​​Japan.

  In this exercise, the Chinese participating forces were from the navy in the eastern, southern and northern theaters, including the Nanchang ship, Kunming ship, Binzhou ship, Liuzhou ship and other new guided missile destroyers, the "Dongping Lake" integrated supply ship, and fixed-wing anti-submarine patrols. Aircraft, carrier-based helicopters, etc.


  The Binzhou ship of the Chinese Navy sailing in the Sea of ​​Japan.


  The Kunming and Liuzhou ships of the Chinese Navy sailing in the Sea of ​​Japan.

  The two sides will mainly focus on communication exercises, formations passing through mine threat areas, elimination of floating mines, formation air defense, sea shooting, joint maneuvering, joint anti-submarine and other subjects.


  In the Sino-Russian "Maritime Joint-2021" exercise, the Dongpinghu ship of the Chinese Navy supplied the Nanchang and Binzhou ships in the Sea of ​​Japan.


  In the Sino-Russian "Maritime Joint-2021" exercise, the Dongpinghu ship of the Chinese Navy supplied the Nanchang and Binzhou ships in the Sea of ​​Japan.

  The exercise was held against the background of major changes and epidemics. The Chinese 10,000-ton destroyer, anti-submarine patrol aircraft and other multi-platform platforms went abroad for the first time.

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Type 055 destroyer: Details
Type 52D destroyer: Details
Type 054A (Jiangkai II): Details

Another Il-76MD-90A was built

Pavel Fetisov


Построен очередной Ил-76МД-90А - bmpd — LiveJournal

bmpd

October 14th, 16:17

According to spotters, on October 4, 2021, at the Ulyanovsk-Vostochny plant airfield complex, flight tests began on the Il-76MD military transport aircraft built at the Ulyanovsk Aviastar-SP JSC (part of the Transport Aviation Division of the United Aircraft Corporation JSC - UAC). 90A with serial number 0207 (registration number 78662). The plane was rolled out of the workshop on September 29 and has not yet been painted. This is the second Il-76MD-90A aircraft of the new construction, taken into the air in 2021. The second military transport aircraft Il-76MD-90A (serial number 0207, registration number 78662) built in 2021 at JSC Aviastar-SP (part of the Transport Aviation Division of JSC United Aircraft Corporation) in Ulyanovsk before the first flight. Ulyanovsk, 04.10.2021 (c) ATC-Controller / aviaforum.ru


Earlier, September 8, 2021 in the 235th military transport aviation regiment of the 18th Military Transport Aviation Division Military Transport Aviation VKS Russia, based on the factory airfield JSC "Aviastar-SP" Ulyanovsk-Vostochny, was handed over to the first military transport Il-76MD-90A aircraft, built at Aviastar-SP in 2021 - aircraft with serial number 0206 (registration number RF-78661), which made its first flight in Ulyanovsk on June 10, 2021.

The first two planesThe Il-76MD-90A, launched in 2021, became the first two aircraft built on the new PLC-76 assembly line, which was commissioned at Aviastar-SP in October 2019. Work on the installation of the PLC-76 line at Aviastar-SP has been carried out since the fall of 2016 in a workshop with a length of 500 m and a width of 100 m. Constructive and technological development of the assembly of products at PLC-76 takes place on three production aircraft Il- 76MD-90A with serial numbers 0206, 0207 and 0208. Apparently, the aircraft with serial numbers 0208 will also be able to fly the aircraft by the end of 2021. It is assumed that the production line for the assembly of the PLC-76 in the future will be able to ensure the rate of construction of up to 12 Il-76MD-90A aircraft per year.

In general, the Il-76MD-90A aircraft that took off on October 4 with the serial number 0207 (registration number RF-78662) became the ninth plane built by Aviastar-SP JSC in Ulyanovsk under a contract with the Russian Ministry of Defense dated October 2012 for the production of 39 Il -76MD-90A for the amount of 139.42 billion rubles.

The first Il-76MD-90A aircraft, for the Russian Ministry of Defense under a 2012 contract with serial number 0108 (registration number RF-78654), was built at Aviastar-SP more than four years ago and was first flown there on December 15, 2015. and on January 17, 2016 he entered the 610th Center for Combat Use and Retraining of Flight Personnel of Military Transport Aviation named after Air Marshal N.S. Skripko in Ivanovo.

The second and third Il-76MD-90A aircraft under the 2012 contract were built by Aviastar-SP in 2018 and handed over to the Russian Ministry of Defense in the first half of 2019 - aircraft with serial numbers 0109 (registration number RF-78655, made the first flight in Ulyanovsk on November 7, 2018 and was transferred to the Russian Aerospace Forces on April 2, 2019) and 0110 (registration number RF-78656, made its first flight on December 22, 2018, transferred to the Aerospace Forces on May 16, 2019). Both of these aircraft became part of the formedat the end of 2017 of the 235th Military Transport Aviation Regiment of the 18th Military Transport Aviation Division of the Military Transport Aviation of the Russian Aerospace Forces, based at the Aviastar-SP plant airfield in Ulyanovsk-Vostochny, becoming the first two Il-76MD-90A to arrive to the linear part of the Russian Aerospace Forces. On the same regiment I went then and only built in 2019 new aircraft Il-76MD-90A (fourth under the contract) - the side with the serial number 0202 (registration number RF-78657), raised in the air June 13, 2019 and transferred FSI Russia August 30, 2019.

In 2020, Aviastar-SP flew three new Il-76MD-90A aircraft (the fifth, sixth and seventh under this contract).On March 17, 2020, at the Ulyanovsk-Vostochny plant airfield complex , the Il-76MD-90A aircraft with serial number 0203 (registration number RF-78658, name "Genrikh Novozhilov") made its first flight, on August 26 - the second aircraft with serial number 0204 (registration number RF-78659, named Nikolay Makarovets in August 2021), and on December 6, 2020, the third aircraft with serial number 0205 (registration number RF-78660). All three of these aircraft were transferred to the Russian Ministry of Defense only on January 29, 2021, also becoming part of the 235th military transport aviation regiment.

Earlier, Aviastar-SP, under a contract dated November 2011, UAC - Transport Aircraft JSC built in 2014-2015 three Il-76MD-90A aircraft of the pilot batch with serial numbers 0103, 0104, 0105. The first two of them were transferred to PJSC The Beriev Taganrog Aviation Scientific and Technical Complex (TANTK) to create special-purpose vehicles on their basis, and the aircraft with the serial number 0105 was also transferred to the 610th TsBPPLS VTA in Ivanovo on December 3, 2015.

In addition, the first prototype of the Il-78M-90A tanker aircraft (serial number 0201, registration number RF-78741), developed by Il PJSC on the basis of the Il-76MD-90A military transport aircraft, was also built at Aviastar-SP. and committedfirst flight in Ulyanovsk on January 19, 2018. However, after 11 months of improvements, only on December 27, 2018, the first prototype of the Il-78M-90A made its fourth test flight, officially credited as the first under the factory flight test program. This aircraft continues to be in the testing phase.

Thus, to date, the Aviastar-SP plant has built a total of 13 copies (including the prototype) of the Il-76MD-90A military transport aircraft and one prototype of the Il-78M-90A tanker aircraft.

In May 2020 it became knownthat the Ministry of Defense of the Russian Federation, on new terms, renegotiated a contract with Aviastar-SP JSC for the supply of Il-76MD-90A military transport aircraft. Under the new conditions, under the old contract in 2012, the plant will now commission a total of 13 Il-76MD-90A aircraft, and from 2021 a new contract for the supply of 14 such aircraft until 2028 will enter into force. The second military transport aircraft Il-76MD-90A (serial number 0207, registration number 78662), which is undergoing factory flight tests, was built in 2021 at JSC Aviastar-SP (part of the Transport Aviation Division of JSC United Aircraft Corporation) in Ulyanovsk, October 2021 (c) Alexander Guk / shuravi07 / www.instagram.com


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State trials of Il-78MD-90A air tanker to be over in 2021
Transfer of the first serial heavy military-transport aircraft IL-76 MD-90A to "Aviastar-SP" in Ulyanovsk