Lockheed Martin F-35 Lightning and F-22 'Raptor' : News & Discussion

In newly inked deal, F-35 price falls to $78 million a copy

In newly inked deal, F-35 price falls to $78 million a copy

By: Valerie Insinna   6 days ago

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Lockheed Martin will deliver 149 F-35s in Lot 12, 160 aircraft in Lot 13 and 169 for Lot 14. (Senior Airman Alexander Cook/U.S. Air Force)
WASHINGTON —The Pentagon and Lockheed Martin have finalized a $34 billion deal for the next three lots of F-35 Joint Strike Fighters, setting the price of an F-35A jet below $80 million.

The fresh price tag has come a year earlier than expected. The deal includes 478 F-35s for U.S. and international customers across lots 12, 13 and 14.

On average, the price per aircraft will fall about 12.8 percent across all variants from Lot 11 to Lot 14, according to the Pentagon.

A Milestone C decision, originally scheduled to occur by the end of 2019, now may take place as late as January 2021.

By: Valerie Insinna

“This is the first time the F-35 Joint Program Office will award a significant F-35 aircraft procurement in the same fiscal year as the congressional appropriation year,” Pentagon acquisition head Ellen Lord told reporters Tuesday.

“We will reach a unit-recurring flyaway-cost-per-aircraft target of $80 million for a U.S. Air Force F-35A price by Lot 13, which is one lot earlier than planned — a significant milestone for the department,” she added.

The F-35A conventional-takeoff-and-landing model — which is used by the U.S. Air Force and most international users — is set to decrease from a Lot 11 price of $89.2 million to $82.4 million in Lot 12; $79.2 million in Lot 13; and $77.9 million in Lot 14.
 
In newly inked deal, F-35 price falls to $78 million a copy

In newly inked deal, F-35 price falls to $78 million a copy

By: Valerie Insinna   6 days ago

DWAMZXWVQVHZFCKNUEP5GXGENM.jpg
Lockheed Martin will deliver 149 F-35s in Lot 12, 160 aircraft in Lot 13 and 169 for Lot 14. (Senior Airman Alexander Cook/U.S. Air Force)
WASHINGTON —The Pentagon and Lockheed Martin have finalized a $34 billion dealfor the next three lots of F-35 Joint Strike Fighters, setting the price of an F-35A jet below $80 million.

The fresh price tag has come a year earlier than expected. The deal includes 478 F-35s for U.S. and international customers across lots 12, 13 and 14.

On average, the price per aircraft will fall about 12.8 percent across all variantsfrom Lot 11 to Lot 14, according to the Pentagon.

A Milestone C decision, originally scheduled to occur by the end of 2019, now may take place as late as January 2021.

By: Valerie Insinna

“This is the first time the F-35 Joint Program Office will award a significant F-35 aircraft procurement in the same fiscal year as the congressional appropriation year,” Pentagon acquisition head Ellen Lord told reporters Tuesday.

“We will reach a unit-recurring flyaway-cost-per-aircraft target of $80 million for a U.S. Air Force F-35A price by Lot 13, which is one lot earlier than planned — a significant milestone for the department,” she added.

The F-35A conventional-takeoff-and-landing model — which is used by the U.S. Air Force and most international users — is set to decrease from a Lot 11 price of $89.2 million to $82.4 million in Lot 12; $79.2 million in Lot 13; and $77.9 million in Lot 14.
strange....
For 2020 order :
The real price to be paid by USAF is 101 $millions
F35C of the navy 123 $millions
F35B for the marines 166 $millions.

http://psk.blog.24heures.ch/archive/2019/11/04/que-se-cache-t-il-derriere-la-reduction-des-couts-du-f-35 -868211.html

"According to Lockheed-Martin's estimates, the F-35A cost per aircraft target is expected to be $ 80 million with lot 13. There should also be a unit cost reduction for each variant of the approximately 12.7% on average when comparing purchases from Lot 14 to Lot 11 purchases.

Variables that increase the price:
Yes, but there is a "catch"! The current estimate of the aircraft lot currently in production is $ 89.2 million each. This figure represents the unit cost ie the price for the airplane and the engine. But this price does not take into account the related equipment necessary for the operation of the aircraft.

This $ 89.2 million does not include purchase expenditures on initial spare parts, flight training simulators, and the expensive and inefficient ALIS support system. Beside that, we have to take into account the costs at the time of flight which, we know it is exorbitant for the F-35.
But there is another variable that will raise the initial price of the F-35. These are the modifications necessary to correct both the known and potential design defects of the aircraft. According to the DOD, it is estimated at nearly 44,000 US dollars per hour of flight.

In fact, when we take a closer look at the Pentagon's budget documents, they indicate that the cost of purchasing these 48 aircraft for the year 2020 is over $ 101 million, which is close to 12 million more than the amount indicated by the aircraft manufacturer. Using the Navy charts and the same calculations, we see that the actual costs of each F-35C exceed $ 123 million, while each F-35B costs more than $ 166 million.

None of this takes into account the research and development costs of the program. Ellen Lord, head of acquisitions at the Pentagon, announced on Oct. 29 that the program needed more money to complete the development and testing phase of the program. The latest figures available to the public show that taxpayers will have spent about $ 55.5 billion on F-35 research and development. If the Pentagon buys the 2,470 F-35s from the current plan, the actual cost of each aircraft will increase by nearly $ 22.5 million."
 
strange....
For 2020 order :
The real price to be paid by USAF is 101 $millions
F35C of the navy 123 $millions
F35B for the marines 166 $millions.

http://psk.blog.24heures.ch/archive/2019/11/04/que-se-cache-t-il-derriere-la-reduction-des-couts-du-f-35 -868211.html

"According to Lockheed-Martin's estimates, the F-35A cost per aircraft target is expected to be $ 80 million with lot 13. There should also be a unit cost reduction for each variant of the approximately 12.7% on average when comparing purchases from Lot 14 to Lot 11 purchases.

Variables that increase the price:
Yes, but there is a "catch"! The current estimate of the aircraft lot currently in production is $ 89.2 million each. This figure represents the unit cost ie the price for the airplane and the engine. But this price does not take into account the related equipment necessary for the operation of the aircraft.

This $ 89.2 million does not include purchase expenditures on initial spare parts, flight training simulators, and the expensive and inefficient ALIS support system. Beside that, we have to take into account the costs at the time of flight which, we know it is exorbitant for the F-35.
But there is another variable that will raise the initial price of the F-35. These are the modifications necessary to correct both the known and potential design defects of the aircraft. According to the DOD, it is estimated at nearly 44,000 US dollars per hour of flight.

In fact, when we take a closer look at the Pentagon's budget documents, they indicate that the cost of purchasing these 48 aircraft for the year 2020 is over $ 101 million, which is close to 12 million more than the amount indicated by the aircraft manufacturer. Using the Navy charts and the same calculations, we see that the actual costs of each F-35C exceed $ 123 million, while each F-35B costs more than $ 166 million.

None of this takes into account the research and development costs of the program. Ellen Lord, head of acquisitions at the Pentagon, announced on Oct. 29 that the program needed more money to complete the development and testing phase of the program. The latest figures available to the public show that taxpayers will have spent about $ 55.5 billion on F-35 research and development. If the Pentagon buys the 2,470 F-35s from the current plan, the actual cost of each aircraft will increase by nearly $ 22.5 million."
You're including extras, just like the Indian deal.
 
America Is Stuck With a $400 Billion Stealth Fighter That Can’t Fight
The planes have had several previously unreported ‘category 1’ flaws—military parlance for issues that can prevent a pilot from accomplishing their mission.


David Axe

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Photo Illustration by Kelly Caminero/The Daily Beast/Alamy
Here’s something the public didn’t know until today: If one of the U.S. military’s new F-35 stealth fighters has to climb at a steep angle in order to dodge an enemy attack, design flaws mean the plane might suddenly tumble out of control and crash.

Also, some versions of the F-35 can’t accelerate to supersonic speed without melting their own tails or shedding the expensive coating that helps to give the planes their radar-evading qualities.

The Pentagon’s $400-billion F-35 Joint Strike Fighter program, one of the biggest and most expensive weapons programs in history, has come under fire, so to speak, over more than a decade for delays, rising costs, design problems and technical glitches.

But startling reports by trade publication Defense News on Wednesday revealed flaws that previously only builder Lockheed Martin, the military, and the plane’s foreign buyers knew about.

The newly-exposed problems underscore the potential fragility of American air power as the armed services work to replace more and more old fighters with as many as 2,300 F-35s while also reconfiguring to confront the increasingly deadly Chinese and Russian air forces.

The problems might also help to explain why acting defense secretary Patrick Shanahan reportedly described the F-35 program as “*censored*ed up.”

Defense News obtained military documents detailing a wide range of serious problems with two of the three versions of the F-35. The Air Force’s F-35A appears to be exempt from the latest flaws, but the Marine Corps’ vertical-landing F-35B and the Navy’s carrier-compatible F-35C both suffer what the services call “category 1” deficiencies. (In military parlance, a category 1 flaw in a plane can prevent a pilot from accomplishing their mission.)

The F-35 program and the office of the secretary of defense did not respond to requests for comment.

One problem cropped up during test flights in 2011, Defense News reported, citing the trove of military documents. In the 2011 tests, at least one F-35B and F-35C both flew at speeds of Mach 1.3 and Mach 1.4. A post-flight inspection in November 2011 revealed the F-35B sustained “bubbling [and] blistering” of its stealth coating.

Further supersonic tests in December 2011 revealed structural damage on an F-35C resulting from the extreme heat coming from the plane’s single Pratt & Whitney engine, one of the most powerful fighter engines ever made.

To avoid similar damage, the military has limited F-35B and F-35C pilots to flying at supersonic speed for less than a minute at a time.

But that could make it impossible for aviators to keep up with, or avoid, Russian and Chinese fighters flying faster than the speed of sound without any restrictions. “It is infeasible for the Navy or Marine Corps to operate the F-35 against a near-peer threat under such restrictions,” Defense News paraphrased the documents as saying.

The test reports Defense News obtained also reveal a second, previously little-known category 1 deficiency in the F-35B and F-35C aircraft. If during a steep climb the fighters exceed a 20-degree “angle of attack”—the angle created by the wing and the oncoming air—they could become unstable and potentially uncontrollable.

To prevent a possible crash, pilots must avoid steeply climbing and other hard maneuvers. “Fleet pilots agreed it is very difficult to max perform the aircraft” in those circumstances, Defense News quoted the documents as saying.

The implications are chilling. In a dogfight with a Russian or Chinese jet that can exceed a 20-degree angle of attack, an American flying and F-35 could be at a serious disadvantage.

The revelation of the two performance flaws comes at a critical time for the 18-year-old F-35 program. Pentagon officials plan to declare an end to the testing phase of the F-35’s development sometime in late 2019 and clear the fighter for mass production.

The stealth fighter enjoys strong support from Congress, owing in part to the thousands of jobs the JSF program sustains, albeit at a cost of around $10 billion a year to U.S. taxpayers. In anticipation of a green light for mass production, the Pentagon and Lockheed in early June reached an informal agreement on a $34-billion deal for 470 F-35s.

The Air Force told The Daily Beast it is confident in its own version of the F-35. “Fielding and deployment plans for the F-35 have not changed,” the Air Force’s Air Combat Command said in a statement. “The F-35 plays an essential role in U.S. air combat superiority and we are highly confident in its capabilities and performance.”

The military and Lockheed have identified possible fixes to all the problems Defense News revealed. A new coating could minimize heat damage. Better flight-control software could mitigate the risk of a crash during hard maneuvers. “We expect this item to be resolved or downgraded,” Greg Ulmer, a Lockheed vice president, told Defense News in reference to crash risk.

But if the program doesn’t apply the fixes before F-35 production picks up, it’s possible the deficiencies will become “baked in” on scores or even hundreds of F-35s. Retroactively fixing deficient jets could cost billions of dollars.

To a great extent, the damage is done. Owing to the Pentagon’s controversial decision to manufacture F-35s while still testing them, Lockheed has delivered around 400 early-model F-35s to the U.S. Air Force, Navy and Marine Corps and to U.S. allies such as the United Kingdom and Israel.

The Air Force, Marines, and Israel have already deployed their F-35s in combat against lightly-armed militant groups.

More than 100 of those early F-35s are B-models that cannot safely fly fast or maneuver hard. They’ll need fixing. It won’t be cheap. The military was already spending billions of dollars modifying older F-35s. That bill could grow to cover the flaws Defense News revealed.

Fixes could take a while. “The services will have to wait five years or more to get a fully functional aircraft, if they ever do,” Dan Grazier, an analyst with the Project on Government Oversight in Washington, D.C., told The Daily Beast.

In the meantime, the armed services possess scores of F-35s they cannot safely send into high-tech combat, according to Grazier. “The program is definitely not ready for active service.”
 
BS is all the French can offer. People only find out that it's BS when a war starts.
 
Norway Flies With B-52s Above Arctic; IOC For Their F-35s

Norway Flies With B-52s Above Arctic; IOC For Their F-35s
Norway took a major step toward replacing its F-16s when Norwegian air chief Brig. Gen. Tonje Skinnarland declared Norway's F-35As operational after completing a deployment at Orland Main Air Station.
By PAUL MCLEARYon November 07, 2019 at 2:51 PM

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Three Royal Norwegian Air Force F-16s and a US Air Force B-52H fly over the Barents Sea above the Arctic Circle.

BODO MAIN AIR STATION, NORWAY: Three Norwegian F-16s from this remote base high above the Arctic Circle accompanied an American B-52 above the Barents Sea Wednesday for exercises that included information sharing with US P-8 surveillance planes operating nearby, a show of force that came a week after 10 Russian submarines cruised through the waterway in one of the biggest undersea exercises since the end of the Cold War.

F-16s from the 132nd Air Wing scramble daily from Bodo to patrol the Norwegian coastline near the heavily militarized Russian Kola Peninsula won’t have the mission for much longer however.

Plans call for the base to close at the end of 2021 followed by a transfer of the land to the city of Bodo, which plans to expand the commercial airstrip and build more housing. There’s still some debate in Oslo over whether to leave any capability to house military aircraft in extreme circumstances, but a final decision could be months away.

The mission of intercepting Russian fighter planes and bombers isn’t going away, but will shift from F-16s to new F-35As, with the Joint Strike Fighters moving about 190 miles north to the expanding Evenes air base, which will be home to Norway’s first F-35 squadron.

On Tuesday, the country took a major step toward that goal when Norwegian air chief Brig. Gen. Tonje Skinnarland declared Norway’s F-35As operational after completing a deployment at Orland Main Air Station. The move places Norway as the third European country to declare the plane operational, after the UK and Italy.

The planes are going to jump right into the fighting mix. In March 2020 Norway will deploy them to Iceland to run the NATO air-policing mission there, joining US P-8s which have been landing more frequently at Keflavik as the US modernizes the old Icelandic Cold War-era airfield to keep closer watch on Russian activities in the high north.




From SYDNEY J. FREEDBERG JR.

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Rygge Air Force Base close to Oslo. Credit: Torbjørn Kjosvold, Armed Forces Norway

Norway will eventually operate 52 F-35As based out of Orland and Evenes. The F-35s will eventually join five of Norway’s own P-8s which Oslo ordered in 2017, giving the country a much-needed boost in its ability to hunt and track Russian subs at a time of increased Russian sorties into the North Atlantic. The planes would also be capable of assisting in search and rescue missions in the Arctic, as melting sea ice opens new shipping routes, and with them, greater potential for accidents.

The F-35s are sorely needed, Lt. Col. Gjorge Kleppe told a group visiting Bodo this week, as years of flying the air policing mission have “used up” the F-16s. If ou want some idea of how seriously Norway takes the Russian threat, the air wing remains on hair-trigger alert 24 hours a day. During one drill during my visit, it took two pilots just 12 minutes to get airborne after an alert call came in.

Norwegian officials here said the Russian submarine exercise is part of a broader Russian effort to push its modernized subs out to sea more often. It also validates Oslo’s P-8 buy, officials said, and underscores the need for more anti-submarine technologies on surface ships and helicopters. If Russian submarines and surface ships were ever able to close the critical stretch of water between Greenland, Iceland and the UK, known as the “GIUK Gap,” up to 80 percent of Norway would be cut off from resupply and reinforcement by sea, officials point out, making control of the waterway critical to Oslo’s security plans.

Air intercepts of Russian plans have increased in recent years, but appear to have leveled off somewhat, commanders said. Before 2007, “the intensity was very low” for the air policing mission with about 14 scrambles a year, Kleppe said. That shot up to 47 in 2007, and has leveled off in the mid-30s a year since then. One F-16 pilot at the base said the last intercept was several weeks ago.
 
F-35 To F-22: Can We Talk? Finally, The Answer Is Yes

F-35 To F-22: Can We Talk? Finally, The Answer Is Yes
Next month, the Air Force will start rapid-fire field tests of new network tech, including a long-delayed secure datalink between its two stealth fighters.
By SYDNEY J. FREEDBERG JR.on November 07, 2019 at 5:10 PM

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Two F-22s and two F-35s fly in close formation.

WASHINGTON: Starting in December, the Air Force will try new network technology in real-world experiments every four months, the service’s new chief architect said today. The initial experiment next month will take three small but crucial steps towards the military’s goal of a comprehensive Multi-Domain Command & Control network linking all four services across all five domains, land, sea, air, space, and cyberspace:

  • New ways to share data between aircraft and ground forces (this one is tentative);
  • A cloud-based common operational picture that tracks where friendly forces are and displays a map of their constantly updated positions;
  • The highest-profile piece, a communications link that finally allows F-35 and F-22 stealth fighters to share data without giving away their position.
“I Iike the F-22/F-35 [experiment], because it’s a problem that everybody recognizes and everybody says, ‘oh, it’s really hard to do,” Preston Dunlap told me after discussing the effort at the Defense One conference here. ”I want to prove we actually can do hard things.”
 
Australia’s F-35s: lessons from a problematic purchase
PETER LAYTON
The rush nearly 20 years ago to buy the fighter of the future exposed fundamental shortcomings in defence acquisitions.

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An F-35A Joint Strike Fighter on approach at RAAF Base Richmond in July (Photo: Department of Defence)
In a startling statement reported this month, two recent Air Force chiefs assert Australia has made some grave force structure errors. It seems the RAAF needs a new bomber, as the new F-35 Joint Strike Fighter now entering service is inadequate for future strike operations. The chiefs’ intervention raises questions about how this could have happened and, given growing international tensions, how such expensive strategic missteps can be avoided.

Australia joined the US-led F-35 program in a rush in 2002. There was no tender process or formal evaluation. Nor could there be. The aircraft was still brochure-ware, with delivery schedule and cost unknown, albeit thought to be Australia’s most expensive defence equipment purchase.
It suddenly seems the Air Force needs major recapitalisation, just as its force structure is being renewed at considerable cost.

The sudden decision surprised many, as the Howard Government’s 2000 Defence White Paper had set out a comprehensive decision-making process that investigated alternative force structure options, including single-role fighters, multi-role aircraft, long-range missiles, and unmanned aircraft. The rationale behind the unexpected rush to purchase F-35s was explained publicly by the then Air Force chief.
Unfortunately, soon after the decision, the F-35 began suffering technical problems, cost growth, and long delays.

The first two F-35s finally arrived in Australia in late 2018, with the last nine planned for mid-2023. These nine are expected to be the Lot 15 Block 4 version, the fully developed standard broadly envisaged back in 2002. The rest, comprising six different interim-build standards, will then be progressively modernised to this definitive configuration.

The Lot 15 aircraft has significant hardware and software changes so the complete maintenance and support system, simulators and training centres will also need modernising. This will take time and additional money, but there is no choice. If not modernised, the earlier F-35s – almost all the RAAF’s brand-new fleet – will become hard to maintain or software update, and gradually operationally deficient.

The nine Lot 15 aircraft arrival will allow the RAAF to declare Final Operational Capability and start wrapping the acquisition project up. Over 20 years, the project has slipped 10 years.

This delay meant an interim aircraft, the Super Hornet, was necessary. Funding this meant the overall air-combat capability project had the largest cost overrun of any Australian defence acquisition in history, in absolute terms.

Yet making matters worse, the threat environment evolved.

In 2017, USAF reviewed its air combat programs and determined that, all things considered, the F-35 would be unable to penetrate defended airspace past 2030. The logic underpinning this formal report was later explained publicly by its lead author. The recent pronouncements by the retired RAAF chiefs are then unsurprising. They consider that the RAAF’s force structure is now passé, being unable to defend “our lines of communication or prevent the lodgment of a hostile power in the Indo-Pacific region.”

It suddenly seems the Air Force needs major recapitalisation, just as its force structure is being renewed at considerable cost. The retired chiefs are now calling for a “reset”, with significant new spending and possibly acquiring advanced bombers, cruise missiles, and unmanned aircraft – a laundry list reminiscent of the Howard government’s White Paper.

Before rushing in there are several aspects worth considering.

Firstly, the F-35 acquisition decision was made independently of considering the overall force structure. Airbase defence illustrates this shortcoming. RAAF focused on acquiring F-35s, rather than on also building a capability to defend the airbases they might operate from. China’s long-range missile attack capabilities now mean that in time of crisis, the RAAF might be ill-advised to deploy F-35s to Southeast Asian airbases. In time, this vulnerability might also apply to Australia’s northern bases. Any “reset” needs to be made cognisant of all pertinent aspects, even if they are difficult ones.

Secondly, the chiefs consider that “we need to urgently review where we stand”. The F-35 decision was perceived by some as urgent, a perception less obvious in retrospect. There is apparently a review underway that will report on Air Force structures and composition early in 2020. This is a process that needs considerable thought and deliberation. Rushed decision-making today can produce poor results and long delays downstream. A repeat of the F-35 acquisition should be avoided. This review might be headed that way.

Thirdly, the chiefs blame the Air Force’s parlous state of affairs on changing strategic circumstances that no one could have foreseen. Force structures, though, are acquired for the longer term. The chief’s critique implies the current Defence White Paper process has serious fundamental shortcomings in terms of comprehending the possibility of strategic change.

Before undertaking an “urgent” review or rushing to buy a new jet, it is essential to address the methodology used when designing the future force. This all sounds pretty dry, but its absence can be seen in the chiefs’ conclusion that Air Force’s brand-new fighter is inadequate. This is potentially operationally disastrous, strategically unacceptable, and a waste of taxpayers’ money.

There are methodologies well-suited to thinking about future uncertainty. The Defence Minister’s very first review needs to determine which to use. Until then, all future reviews or White Papers will be of doubtful value. The chiefs’ have done the nation a service in highlighting the shortcomings in contemporary Australian strategic thinking – even if they were involved in making it so. Their critique needs acting on.

Australia’s F-35s: lessons from a problematic purchase
 
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The Air Force wants the F-35 and F-22 stealth fighters to talk to the secret X-37B space plane

The Air Force wants the F-35 and F-22 stealth fighters to talk to the secret X-37B space plane
Oriana Pawlyk,
Military.com


Nov 11, 2019, 3:39 PM

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US Air Force X-37B Orbital Test Vehicle 4 at NASA's Kennedy Space Center Shuttle Landing Facility in Florida, May 7, 2017. US Air Force
  • The Air Force is looking for ways to connect its platforms to better share information across battlefields.
  • That connectivity may mean the F-22 and F-35 stealth fighters will talk to the secretive X-37B space plane.
  • Visit Business Insider's homepage for more stories.
The US Air Force is taking its mission to connect multiple platforms and battlefields to new heights — literally.

The service's stealthiest jets and a super-secret space plane could one day share information.

That's the concept Air Force Chief of Staff Gen. David Goldfein teased last week, saying he's interested in seeing how the F-35 Joint Strike Fighter, F-22 Raptor and X-37 space plane might talk to each other.

Audience members at an Air Force Association breakfast Wednesday at first thought the chief meant something a little more down to Earth, either the X-47B unmanned combat aerial vehicle (UCAV) or even the Kratos XQ-58 Valkyrie drone, which the service is experimenting with for its Loyal Wingman program.

But it is indeed the super secret X-37B space plane, a service official said following Goldfein's remarks.

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Two US Air Force F-22 Raptors, top, and two F-35s. USAF
"When you look at something like an X-37 or an F-35 or F-22 … as we refine these connections and we show that level of interoperability that is resilient, redundant and reliable, we will then be able to develop what that means in terms of creating an effect against the adversary," said Brig. Gen. David Kumashiro, director of joint force integration for the Air Force's Deputy Chief of Staff for Strategy, Integration and Requirements Office. He spoke at the DefenseOne Outlook event in Washington, DC, on Thursday.

According to the service, the X-37B explores the practicalities and risks of "reusable space vehicle technologies." The low-earth orbit vehicle completed its fifth, record-breaking unmanned space mission last month.

Connecting the X-37B to the fighters would show "the ability to operate from all domains," Kumashiro said. That includes information sharing during wartime missions. He demurred when asked what sorts of X-37 payloads or sensors the F-22 and F-35 could leverage during such a demonstration.

Preston Dunlap, the Air Force's chief architect serving the Office of the Assistant Secretary for Acquisition, Technology and Logistics, announced at the DefenseOne event that next month the service will test how the F-35 and F-22 can exchange battlespace information after years of incompatibility.

These efforts are part of the Defense Department's larger goal to get information to soldiers, sailors, airmen and Marines more quickly and increase situational awareness for all users.

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US Air Force X-37B Orbital Test Vehicle 4 at NASA's Kennedy Space Center Shuttle Landing Facility in Florida, May 7, 2017. US Air Force
The Air Force is also looking to debut something called "Omnia One," a unifying interface that shows operators not only where aircraft may be flying — much like a combined air operations center — but also where ships and other equipment are.

Plugging into something from afar isn't a new concept, Kumashiro said, explaining it's much like an operator sitting in a ground station in Nevada controlling an MQ-9 Reaper in the Middle East.

But the DoD needs to expand its ability to transfer relevant information quickly in a geographically agnostic way, Dunlap said.

"The idea is … [to see] a picture for space and air and land surface and cyber," he said, comparing the application to something much like FlightAware or Uber. "You can see a picture, you can click on the ship, see where it's been, where it's traveling, what's on the ship ... and we need to be able to get that to our warfighters in a way that's accessible" and flexible.

Dunlap said the service hopes to incorporate other tools into the Omnia One interface next month. The initiatives give the Air Force a chance to modernize, he added.
 
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Russian Tu-160 Supersonic Bomber Outrun Two U.S. F-35 Fighter Jets
November 9, 2019 Latest News 436 Views

On Nov. 3, 2019, an unusual incident took place in the skies over the Japanese Sea when Russian Tu-160 supersonic bomber outrun two U.S. F-35 fighter jets that try to intercept bomber performing a surveillance mission.

According to the Russian newspaper Vzglyad, with reference to the Chinese edition Sina, wrote that the American fighters “lost sight” of the Russian Aerospace Force bomber, who easily moved away from them. :ROFLMAO::ROFLMAO::ROFLMAO:

The Tu-160 was performing a routine flight on November 3 over the Japan Sea when two F-35s approached, one on either side, intending to escort him.At this point, the Russian bomber suddenly accelerated, triggering the afterburner and increasing the speed to Mach 2.05, writes Chinese media.

According to the publication, the two F-35A fighters also reacted, but a little too late. When the acceleration was turned on, the radar still detected the Tu-160, but the pilot no longer saw it.

Noteworthy while the Tu-160 has a top speed of Mach 2.05 (1570 mph) the F-35A reaches Mach 1.6 (1200 mph).

The Chinese edition notes how the 110-ton Russian aircraft was able to easily move away from the 13-tonne American fighters.

Fighters from NATO and Allied countries are constantly trying to control all flights of the Tu-160 and other Russian bombers.

The Tupolev Tu-160 “Beliy Lebed” is a supersonic, variable-sweep wing, strategic bomber. The Blackjack is the largest and heaviest combat aircraft, the fastest bomber currently in use, and is the largest and heaviest variable-sweep wing airplane ever flown.

The aircraft entered operational service in 1987, and as of 2016, the Russian Air and Space Force (RuASF) fields 16 Tu160s. The Blackjack fleet has been undergoing upgrades to electronics systems since the early 2000s. The first upgraded Tu-160M has been delivered in December 2014.

Russian Tu-160 Supersonic Bomber Outrun Two U.S. F-35 Fighter Jets - Fighter Jets World
 
Russian Tu-160 Supersonic Bomber Outrun Two U.S. F-35 Fighter Jets
November 9, 2019 Latest News 436 Views

On Nov. 3, 2019, an unusual incident took place in the skies over the Japanese Sea when Russian Tu-160 supersonic bomber outrun two U.S. F-35 fighter jets that try to intercept bomber performing a surveillance mission.

According to the Russian newspaper Vzglyad, with reference to the Chinese edition Sina, wrote that the American fighters “lost sight” of the Russian Aerospace Force bomber, who easily moved away from them. :ROFLMAO::ROFLMAO::ROFLMAO:

The Tu-160 was performing a routine flight on November 3 over the Japan Sea when two F-35s approached, one on either side, intending to escort him.At this point, the Russian bomber suddenly accelerated, triggering the afterburner and increasing the speed to Mach 2.05, writes Chinese media.

According to the publication, the two F-35A fighters also reacted, but a little too late. When the acceleration was turned on, the radar still detected the Tu-160, but the pilot no longer saw it.

Noteworthy while the Tu-160 has a top speed of Mach 2.05 (1570 mph) the F-35A reaches Mach 1.6 (1200 mph).

The Chinese edition notes how the 110-ton Russian aircraft was able to easily move away from the 13-tonne American fighters.

Fighters from NATO and Allied countries are constantly trying to control all flights of the Tu-160 and other Russian bombers.

The Tupolev Tu-160 “Beliy Lebed” is a supersonic, variable-sweep wing, strategic bomber. The Blackjack is the largest and heaviest combat aircraft, the fastest bomber currently in use, and is the largest and heaviest variable-sweep wing airplane ever flown.

The aircraft entered operational service in 1987, and as of 2016, the Russian Air and Space Force (RuASF) fields 16 Tu160s. The Blackjack fleet has been undergoing upgrades to electronics systems since the early 2000s. The first upgraded Tu-160M has been delivered in December 2014.

Russian Tu-160 Supersonic Bomber Outrun Two U.S. F-35 Fighter Jets - Fighter Jets World
I'm afraid that F35 pilots will regularly lose face when trying to counter russian jets. In speed and in agility.
 
F-35 availability rates hit 33%

The program is having trouble keeping the F-35s mission-capable, an odd problem for a brand-new fleet. The overall F-35 fleet was capable of performing all of its tasked missions only about a third of the time, said Diana Maurer, defense capabilities and management director for the Government Accountability Office, on Wednesday.

The problem could threaten the military’s ability to respond to threats.

“As you well know, if we are missing parts and can’t get our jets airborne, our ability to deliver combat effects on this aircraft is significantly diminished,” said Lt. Gen. Eric Fick, the Pentagon’s F-35 program executive.


https://www.washingtonpost.com/busi...mes-head-lawmaker-threatens-hold-up-contract/
 
I'm afraid that F35 pilots will regularly lose face when trying to counter russian jets. In speed and in agility.
And a Concorde would easily outrun a Rafale without even using the afterburners. What's your point?