F-35 Joint Strike Fighter News, Videos and pics Thread

Jeff Head

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F-35 News said:
The 56th Fighter Wing flew its 1,000th F-35 training sortie today making it the fastest F-35 wing to reach the 1000-sortie milestone in the Department of Defense.

This is the second historic milestone in as many weeks. Just last week, Luke’s first F-35 student sortie was flown marking a significant step forward for the Airmen at Luke in realizing its new mission -- training the world's greatest F-35 and F-16 fighter pilots. That student was the 56th Fighter Wing commander, Brig. Gen Scott Pleus, who is making the transition from the F-16 to the F-35.

The first official class of student pilots is scheduled to begin at the Academic Training Center, a 145,000-square-foot two story state-of-the-art training center, in May.

"I’m extremely proud of the extraordinary work our maintainers are doing to ensure our pilots have mission ready and safe jets," said Brig Gen Scott Pleus, 56th Fighter Wing commander. “The F-35 is going to be the backbone of the Air Force's fighter fleet for decades to come and Luke will play a vital role in producing the world's greatest, most lethal F-35 pilots. With initial operational capability scheduled to occur late next year, it's important that we get our training program and process dialed in and as efficient and refined as our F-16 training program is so we can help meet the Air Force's scheduled goal."

Pleus also reflected on the years of work that have gone into the F-35 program putting Luke in position to begin training in May.

“Getting to this point hasn’t just been accomplished over the past few months. It’s really been done over the last few years. Lots of amazing Airmen who served before us here at Luke are the reason we are where we are with the F-35 program. What they did back then to set the base up is the reason why we will be so successful training the world’s greatest F-35 pilots." Pleus said.

There are 20 F-35s assigned at Luke, two of which belong to the Royal Australian Air Force, an F-35 pilot training, partner nation.

...and the beat goes on!
 

FORBIN

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The U.S.
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is preparing for its first and only operational testing (OT) period for the
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in advance of declaring initial operational capability for the stealthy, single-engine fighter as early as July.

The trials – set for May 18-25 – are the first shipboard operational testing trials for any of the F-35 variants. Six F-35Bs from VMFA-121 and VMFAT-501 are slated to participate on the trials off the Atlantic coast on the USS Wasp, according to Maj. Paul Greenberg, a Marine Corps spokesman. This will be the first time six of the aircraft have been deployed to sea on the same ship at once. Operators will assess the ability of the fighter to function not only on takeoff and landing, but also in navigating around the deck and in the belly of the ship, where maintenance operations take place.

“This exercise will evaluate the full spectrum of F-35B measures of suitability and effectiveness to the maximum extent possible,” Greenberg says. “Specifically, the trial will assess the integration of the F-35B while operating across the array of flight operations, maintenance operations and logistical supply chain support while embarked at sea.” The Wasp, an amphibious assault ship, was also used for the F-35B’s first developmental testing sea trials; the first F-35B vertical landing took place on its deck in October 2011.

During the trials, the Marines plan to execute numerous day and night short takeoffs and landings and conduct “standard” day and night extended range operations, Greenberg says. Also part of the testing will be an assessment of the aircraft-to-ship network communications interoperability as well as the efficacy of the landing signals officer’s launch-and-recovery software.

Though Greenberg says operators will assess day and night weapons loading, no live fire testing is slated; most live fire activities are handled for the program by the test force at Edwards AFB, California.

The six aircraft used in the OT-1 trials will operate with the 2B software package, which was not originally intended for operational use. However, delays earlier in the program prompted the Marine Corps to prioritize 2B, which allows for use with limited weapons, with no external weapons stations approved. Marine Corps officials say the aircraft will provide better capability than the F-18s and AV-8Bs they are intended to replace.

Though operating with the 2B software, the operational test team will not be able to fly with the software patch designed by engineers to improve ship-to-ship “sight picture” sharing. As part of the F-35’s so-called data fusion attribute, the aircraft are required to share targeting data among themselves using their Multifunction Advanced Datalinks, which can operate covertly to preserve the aircrafts’ stealthy characteristics in high threat environments.

However, the OT series is more geared to demonstrating sortie generation and maintenance tempo. Ship-to-ship targeting is not expected during the trials.
Test pilots at Edwards had reported problems with targets on the cockpit display associated with more than one symbol, a sign the system has not fully “fused” the data collected on that target from multiple F-35s. In some other cases, wingmen are not seeing the same objects other pilots are in multi-ship formations.

Program officials opted earlier this year to move forward to develop the software patch to correct the deficiency; they created the code in 22 days, according to Joe Dellavedova, F-35 spokesman.
Marine Corps officials say they are confident the 2B package will be sufficient for IOC in July; F-35 test officials hope to have the patch ready for the Marine Corps IOC, however.
The F-35B is slated for its first deployment to Marine Corps Air Station Iwakuni, Japan, in 2017. Separate ship trials are slated for the F-35C on an aircraft carrier this fall.

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FORBIN

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First F-35A combat sqn is 4th FS to Hill, 388th FW actually on F-16C/D bl 40, Hill have two F-16 sqns planned three on F-35A.

Maintainers obtained by the removal in BAI ( stay in fleet, support founded but no flight ) of 18 A-10C, 3 in five FS and a WS.

Realy strange the more big AF have need retired aicrafts for get maintainers.
 
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Problems plaguing F-35's next-gen maintenance system
The F-35's highly touted, next-generation software system designed to detail maintenance issues on the jet is plagued with problems that could lead to more delays with the jet's development.

The F-35's Autonomic Logistics Information System is a program that a maintainer plugs into the jet, and it is expected to outline what is wrong and what is working, and to streamline the process of identifying replacement parts. It has been a touted as a game-changing technology to simplify the maintenance process for the new jet.

But members of the House Armed Services tactical air and land subcommittee who spoke with maintainers last month at Eglin Air Force Base, Florida, heard a different story. Maintainers there said 80 percent of issues identified by ALIS are "false positives." Additionally, the program is sluggish, slowing down maintenance instead of streamlining it, subcommittee chairman Rep. Mike Turner, R-Ohio, said during a hearing Tuesday.

"When we asked them how many false positives, I thought it would be a high number because it is a new system," Turner said. "But when they said 80, I was taken aback."

The problems affect Air Force, Marine Corps and Navy variants of the jet.

Lt. Gen. Christopher Bogdan, the program executive officer for the F-35, said that for too long in the jet's development, ALIS was more of an afterthought, as opposed to being treated as an integral part of the weapons system. As a result, the program "has changed fundamentally how we develop ALIS."

The program includes 5 million lines of code, and still "has a long way to go," Bogdan said.

The system is not meeting requirements for service members operating the jets, said Sean Stackley, the assistant secretary of the Navy for research, development and acquisition.

"The issue of false positives is very real," Stackley said. "The concerns with regards to the reliability, responsiveness, the timeliness of ALIS informing the war fighter is at the top of our priority list."

The solution going forward will not be one simple upgrade, he said. The program is testing software upgrades to capture the known deficiency, but it won't be immediate.

"The program is improving, but it is not where it needs to be," Stackley said.

The ALIS system is currently computer racks totaling about 1,000 pounds, and was too big to be used during carrier testing. The program is developing a deployable, two-man portable version of the system that will be ready in July. The version, currently a software suite called 1.0.3, will be incrementally upgraded, with the Marine Corps going to its initial operating capability with a 2.0.1 version later this year and the Air Force getting another upgraded version, 2.0.2, for initial operating capability next summer. The Navy is expected to have initial operating capability in 2018.
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Jeff Head

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news from The House and from
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Problems plaguing F-35's next-gen maintenance system

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Of course there are problems. it is cutting edge technology and will require a lot of effort and cost to get right.

Many members on the various House and Senate committees know this...some of the younger ones are just learning what it takes...and they are surprised.

I am not minimizing the effort it is going to take to get this software to work right. As I said, it will be costly in money and in time.

But it will also pay for itself many, many times over through the life of the program once it is.

This is what it takes to bring cutting edge systems (be they active, passive, airframes, stealth, sensors, communication, or software for maintenance) forward.
 
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Jeff Head

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Frankly, with 5 million lines of code and still not working, it looks like bloatware to me
Spoken clearly by someone who has not been involved with the code, and is clearly oversimplifying the issue.

Any decent car has self-diagnostic tools these days . Usually, every major part has some electronic interface that could perform certain tests and report back the results . Also, if necessary, they could return their own serial no so that it could be looked back in database, and then determine if the time has come to be changed .
Come on Thunder...you are better than this.

You seriously want to compare what this code is doing for a 5th generation stealth strike fighter to a commercial car's self-diagnostics?

SD is more professional than that. I am letting it pass this time because you are such a long time member, but you know better.
 
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Jeff Head

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Guys, keep it professional and applicable.

I will delete over dramatic, over simplified analogies and arguments that do not apply and the resulting discussion about them.

Those are the definition of "USELESS ARGUEMENTS,." spoken of in the rules.

If you have a serious comment to make...make it. Then back it up with something at least somehow credible.

But these one liner drive by commenbts, or the ridiculous comparisons are not what we at SD want to be out there representing the forum.

DO NOT RESPOND TO THIS MODEREATION
 

thunderchief

Senior Member
Come on Thunder...you are better than this.

You seriously want to compare what this code is doing for a 5th generation stealth strike fighter to a commercial car's self-diagnostics?

I hope I'm not breaking moderation rules, but I would seriously want to know what this F-35 maintenance and self-diagnostic application does, that makes it so much different from existing self-diagnostic tools for let's say commercial passenger planes . From what could be found on the net, it doesn't sound ground-braking at all .

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As it stands, it's all shrouded in mystery with explanations like "you stupid serfs are too ignorant to understand this" , and I don't buy that . Again, I hope I'm not breaking moderation rules and would like to hear professional reasoning for complexity of the system .
 

Jeff Head

General
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I hope I'm not breaking moderation rules, but I would seriously want to know what this F-35 maintenance and self-diagnostic application does, that makes it so much different from existing self-diagnostic tools

As it stands, it's all shrouded in mystery with explanations like "you stupid serfs are too ignorant to understand this" , and I don't buy that .
Asking what it does breaks no rules, Thunder.

Of course it is shrouded in secrecy. This is a brand new, cutting edge 5th generation military aircraft. Not putting how things like this work in the public domain does not pass a message about "being stupid or ignorant to understand it," at all. It just keeps it from those who would use it to improve their own systems and do us harm.

The software that is built to help maintain and self diagnose its operation is going to be reporting on systems that are intrinsic to that aircraft. The US is not going to advertise either how those systems work, exactly what they all are, or how it goes bout writing software that will give the US an edge in battling anyone who might threaten us.

That's pretty straight forward and easy to understand.

You may not agree with it...and that is fine. But is the reason.
 
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