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Planning Begins for USAF Next-Gen Air Dominance

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Planning Begins for USAF Next-Gen Air Dominance
WASHINGTON — The US Air Force is about to start a deep-dive process that will eventually decide what technologies and capabilities it will fund to ensure air dominance in the world of 2030.

And while that includes the potential for a sixth-generation fighter, top service officials continue to stress that the result of the process will likely be a family of systems approach.

Maj. Gen. Tim Ray, director of Global Power in the service's acquisition realm, and Maj. Gen. Paul Johnson, director for Operational Capability Requirements, told Defense News that the Air Force will shortly stand up a team to begin researching these decisions.

The Next-Generation Air Dominance program will be the first pilot program for the Air Force's new Capability Collaboration Team (CCT) structure, part of a broader strategic process unveiled by Gen. Mark Welsh, Air Force chief of staff, at last month's Air Force Association convention in Orlando.


The CCT comprises a number of operational, scientific and technical experts from an array of backgrounds, including the Defense Advanced Research Projects Agency (DARPA), the Air Force Research Labs and the major commands. The group will explore in depth various options that could matter in the future, before putting out a product with two components.

The first is a list of technologies the CCT has decided will be needed for air superiority in 2030. The second is a road map for how to achieve those technologies.

For example, the CCT could decide that directed energy weapons are a key part of the strategy. It will present to the chief and secretary a guide for what areas of directed energy need investment, how those investments should be prioritized, and perhaps most importantly, a timeline for when those investments would need to pay off in order to be fielded by 2030.

Johnson said the goal is to be able to guide limited research and development funds from being spread to many projects — with the hope that one works out — toward being focused on a small handful of technologies.

"It's not about a decision to start a program, to go do x, y and z," Johnson said. "It's not a decision to go build the next-generation fighter. It's a set of decisions about what more do we want to learn, how do we want to learn it, and how fast do we want to learn it? It's 'out of this set of technologies, we want to chase these four.' "

Timewise, the CCT will begin meeting in the next few weeks. It will spend the next three years researching technologies before presenting a final product in 2018.

The Pentagon is littered with well-intentioned studies into new technologies. What makes this different, Ray said, is the focus on finding actionable items and then creating guidelines to make them real.

"This isn't a slush fund," Ray said. "It's not just. 'hey I'm going to go solve cold fusion, give me a couple of years and I'll get back to you.' It's 'how do I get that power supply correct of that kind of pod to do directed energy,' or 'how do I get this signature from this range to that range?' "

For that to work, Ray said, industry must play a critical role. That fits with a promise from Welsh, who in Orlando pledged that industry would be brought in earlier in the technology development process.

"[Right now] you have to wait until we kind of make up our mind and give you a plan, so you can't energize your resources, your thinking, to help us get ahead of this curve," he said at the conference. "We're not talking to you about it. We must do that. You should be part of this transition planning. You should be part of the [process] in developmental planning."

At the same time, Ray warned that industry needs to be prepared for a shift away from the days of one prime controlling everything from development through production.

"We have a lot of known players and we want to hear what they have to say. The interesting part will be if we get out of the program business, how many more voices will we get that aren't the prime players?" Ray asked rhetorically. "Technology is moving way too fast for us to lock down a program and say it's all got to go through one guy."

That may lead to more focus on studying and prototyping technology without a guarantee of future production, Johnson said.

"When I bring industry in here, industry is understandably interested in what the program is going to look like, which is not my conversation at this point," Johnson said. "So I've got to make it workable so when I get ready to do some experimentation or prototyping, that industry is willing to participate in that, knowing that at the end of the day there may not be anything after that."

Rebecca Grant of IRIS Research said opening another avenue of communication with industry is a net positive for the service. And while she said the CCT brings "all the right ingredients" together, she said the service needs to stick with the concept to make it really work.

"The best technology development stories come out of this mix of people and insights," she said. "What we don't know is if you can get everyone together in a room and just [have] the big insights. Like exercise, you need do this on a regular basis and go for the small gains as well."

Mark Gunzinger, a former service official now with the Center for Strategic and Budgetary Assessments, called the CCT a "great idea" that could "help accelerate the transition of new, potentially game-changing technologies into the program of record." However, he also offered a word of caution.

"Beginning these efforts by 'researching new technologies' may take teams down the path of trying to figure out how emerging technologies could help airmen improve how they operate today," he said. "I think it's also important to challenge current operational concepts and think through how new technologies could enable airmen to operate very differently in the future."

Hints of the Future

Both generals stressed that the goal is to allow the CCT to be as open as possible as it explores future concepts.

"We can't be prescriptive. We do have to be open," Ray said. "We have to show them what's going on in the intel community with data management, with cyber, with space, so they can begin to look at the tools and what they mean and the implications of those things. It's a broader exposure."

However, the men did drop a few hints as to what technologies they foresee the CCT considering.

Johnson expressed confidence that the 2030 solution would not involve just the development of a heavily advanced fighter with all-onboard capability, noting "there is every likelihood it's going to be some sort of family of systems, and hopefully it will be a mix of old and new.

"I would have every expectation that it will probably be 'programs' — that's one man's opinion," he added. "Sensors, weapons, the whole collection of things."

That family could include a mix of modernized versions of legacy systems in use today, working hand-in-hand with new systems that will be online by 2030. The CCT will be on the lookout for what Johnson called "quick wins," things like experimental sensor upgrades that could be put onto current systems relatively quickly.

The CCT will also look at how to build in growth for potential future technologies, Ray said, noting "we certainly realize we need to build in more inherent adaptability in what we do."

That includes looking at how to build in excess power and create space for any new system, to make sure there is the ability to add newer technologies as they come along.

The generals casually mentioned directed energy and signature reduction as other technologies that will likely be looked at, which isn't news to anyone who has followed the talk about a potential next-generation fighter.

Grant highlighted directed energy as an area that could really gain from the CCT model.

"The time is right for demonstrating progress in directed energy," she said. "I think all future systems from here on out, we're going to have a discussion in directed energy on those systems. We'll be talking about it a lot more."

While the focus now is on the family of systems, there is confidence in industry that a major part of that will involve a sixth-generation fighter.

The Air Force isn't alone in looking at next-gen air dominance technologies. The Navy has said it is looking at a next-gen fighter to replace the F/A-18 and complement the F-35C, and Pentagon acquisition chief Frank Kendall has launched the Aerospace Innovation Initiative, a DARPA-led development program for X-planes to test technologies and concepts.

Johnson said he is in regular contact with his counterpart in the Navy, and Ray added that the lead Air Force representative to the initiative will also be part of the CCT.

That should create a cross-cutting of technologies between the three sides, including, perhaps, letting the CCT test some of the technologies on a prototype plane, then bring those results back into its research.

Industry, meanwhile, is gearing up for what could be a lucrative contract.

Northrop Grumman has already stood up a pair of teams, dedicated to the Navy and Air Force programs respectively, while Boeing has quietly released several mock-ups of future fighter concepts.

Orlando Carvalho, the head of Lockheed Martin's aerospace division, told Defense News that the company's SkunkWorks division is working on a design, but said that work is a natural outgrowth from the company's previous developments.

"When it comes to next-generation air dominance, that work for us is a continuum," he said. "We don't discretely stand up teams, disband teams around that — that's what we do at the SkunkWorks, and it's a continuum."

Carvalho said the Pentagon has "definitely" communicated with companies about what future threat scenarios, tactics and requirements may be.

Both Ray and Johnson are sympathetic to industry's desire to know what a next-generation fighter may look like, but insist they need this structure to prevent the proverbial cart from leading the horse.

"The automatic question [from industry] is when do we do the AOA [analysis of alternatives]? I don't want to hear about an AOA," Ray said. "I want to do some learning first. I want to know what the alternatives are before I begin to analyze those alternatives. Right now we don't even know what the alternatives are."

@SvenSvensonov @Nihonjin1051 @Slav Defence

Planning Begins for USAF Next-Gen Air Dominance
 
Lots of cool things coming down the pipeline in the next 15 years.

SR-72, Super hornet replacement, Rail Guns,Ford class, Hypersonic stuff....and this is only what they let us know about

To add to that....Ohio Replacement class, Next Generation Bomber, RQ-180, UCLASS.
 
and all of this is going to be super expensive. each generation it get's more and more expensive.

need to find a balance. don't need a 150 million dollar jet to kill some terrorists. which I find is more a threat now and in the future than China or Russia.

replacement Ohio class sub and Trident D5 will keep China and Russia from doing anything stupid and same goes for their programs keeping us in check.

the cyber threat and intelligence gatherings is some of the things I want to see us get better at
 
Lots of cool things coming down the pipeline in the next 15 years.

SR-72, Super hornet replacement, Rail Guns,Ford class, Hypersonic stuff....and this is only what they let us know about

Can only imagine what they're currently working on right now in some ultra top secret facility that will dominate in a few decades.

I'd like to get at least a little peak in at some of the super stuff they won't let us know about. but then.. I would most likely not be alive to much longer to appreciate it.
 
Can only imagine what they're currently working on right now in some ultra top secret facility that will dominate in a few decades.
Who knows.....I mean they pulled off the "Ghosthawk" helicopter crap (Think Bin Laden Raid) and we had no idea they even wanted to pursue something like that.
 
Who knows.....I mean they pulled off the "Ghosthawk" helicopter crap (Think Bin Laden Raid) and we had no idea they even wanted to pursue something like that.

I can't say too much - being part of such projects, but we're working on things that make this look 18th century. Don't forget, the military doesn't just blow things up, it has a medical arm :partay: - pun definitely intended, too:

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darparobotic.jpg


Robotic hands designed and engineered for versatility and dexterity in handling harmful, harmless, small, large, light, and heavy objects tease robotics teams today. The US government's DARPA (Defense Advanced Research Projects Agency) is getting attention this month in its steps forward to develop robotic hands that can do the jobs of the human hand's advanced movements, but capable of being built at less prohibitive costs.

A recently released DARPA video reveals how far robotic hands have come in manipulative mastery. The three-fingered hand, hardly human-like in appearance, nonetheless excels in function, as it is shown picking up objects from keys to transit cards to basketballs and heavy (50 pound) weights. The DARPA-funded work was conducted by iRobot of Bedford, Massachusetts, with support from Harvard University and Yale University. The hand prototype is part of DARPA's Autonomous Robotic Manipulation (ARM) project, on DARPA's ARM-H program track that looks at dexterous hands at a reasonable cost.

The GRAB Lab site at Yale reported that "We have developed a new hand design for the DARPA ARM-H program, in collaboration with iRobot Corporation and researchers at Harvard University. This hand is underactuated, but retains critical in-hand manipulation capabilities such as reorienting grasped objects, and picking up small objects such as keys and pens. Of the three designs submitted to DARPA, our hand was selected for distribution to all participants in the DARPA ARM-S program."


The government program is specifically interested in lower-cost robot manipulators that can handle things with less human control. The interest is also in finding autonomous manipulation systems that can surpass the performance level of remote manipulation systems that are controlled directly by a human operator.

The iRobot, Harvard and Yale effort has resulted in a hand advanced enough to perform maneuvers that call for precision at a cost that makes a difference. According to reports, the prototype could be made at $3,000 per unit in batches of 1,000 or more, in contrast to the $50,000 price of current technology.

*Controlled using the mind
jan-paraplegic-robot-arm-bci-chocolate-bar-640x353.jpg


uofpitt-roboticarm.jpg


DARPA-funded mind-controlled robotic arm

At Expand NY in November, DARPA Director Arati Prabhakar talked about the erm, friendlier projects the agency is funding, including a mind-controlled robotic arm tested by Pittsburgh native Jan Scheuermann. Her test run has recently ended, but the University of Pittsburgh researchers in charge of project have published a paper detailing how much the limb has improved over the past two years. Before they took off Jan's implants, she could already move not just arm itself, but also its wrist and fingers -- she reportedly even beat her brother at a rock-paper-and-scissors game. "Overall, our results indicate that highly coordinated, natural movement can be restored to people whose arms and hands are paralyzed," said Pitt School of Medicine professor Andrew Schwartz, Ph.D.

In 2012, the scientists surgically placed the neural implants in the parts of Scheuermann's brain that used to control her right arm and hand before she lost control of everything below the neck. Jan even made a splash online that year when the researchers posted a video of her eating a chocolate bar with the robotic limb. To be able to read Jan's thoughts, the scientists had her watch animations of hand-arm movements and instructed her to imagine doing them. They then used the brain patterns detected during the process to program the arm, so that it moves accordingly.

Now that Jan's tests are done, the scientists are looking for more volunteers in an effort to further improve the technology. They still need to fix an issue that causes it to stall when it's holding an object, as well as to find a way to turn it into a wireless, wheelchair-mounted device, if they want it to be useful outside a lab. Of course, they aren't the only research team working on a bionic limb controlled by thoughts alone. BrainGate is developing a very similar limb, while Duke University scientists have created a mind-controlled exoskeleton that Juliana Pinto used to open the World Cup in June.



REVOLUTIONIZING PROSTHETICS

When DARPA launched the Revolutionizing Prosthetics program in 2006, the state of upper-limb prosthetic technology was far behind lower-limb technology. Advancing upper-limb technology was judged to be a more difficult medical and engineering challenge.

After six years of development, the Revolutionizing Prosthetics program developed two anthropomorphic advanced modular prototype prosthetic arm systems, including sockets, which offer increased range of motion, dexterity and control options.

Thirty-five volunteer amputees participated in a Department of Veterans Affairs (VA) funded optimization study in VA and DoD medical centers and provided design feedback for the development of the Gen-3 Arm System by DEKA Integrated Solutions Corporation, one of two primary performers on the Revolutionizing Prosthetics program. Based on that testing and subsequent refinement, DEKA submitted a 510(k) premarket notification to the FDA in April 2012 seeking approval to make the Arm System commercially available.

DARPA researchers have also attained promising initial results on achieving brain control of an advanced arm system developed by the Johns Hopkins University Applied Physics Lab, the second primary performer on Revolutionizing Prosthetics. This work with tetraplegic volunteers has demonstrated the potential to use advanced prostheses to improve the quality of life for victims of paralysis.

The Revolutionizing Prosthetics program is ongoing and aims to continue increasing functionality of the DARPA arm systems so service members with arm loss may one day have the option of choosing to return to duty. Additionally, the dexterous hand capabilities developed under the program have already been applied to small robotic systems used in manipulating unexploded ordnance, thus keeping soldiers out of situations that have led to limb loss.
 
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I can't say too much - be part of such projects, but we're working on things that make this look 18th century. Don't forget, the military doesn't just blow things up, it has a medical arm:-)partay:) too:
I can only imagine.....

Do you work for a prosthesis group?
 
Can only imagine what they're currently working on right now in some ultra top secret facility that will dominate in a few decades.

I'd like to get at least a little peak in at some of the super stuff they won't let us know about. but then.. I would most likely not be alive to much longer to appreciate it.

I always enjoy going over the classified funding in the yearly defense budget. The proposed funding for classified programs in '16 for the Air Force is like 17-18 billion. For context, that's what NASA receives in their yearly budget. The Air Force gets a crap ton of classified funding.
 
I can only imagine.....

Do you work for a prosthesis group?

I work for a government funded research lab at a US university hospital - I've only once identified it here on PDF, you can track down that post if it still exists (Only part-time research though, I've been retained as a behavioral psychologist too, seeing as how our hospital is under-staffed in the psych department)... partially on prosthesis, also on other items such as exoskeletons, neural interfacing - connecting your mind to stuff, and some other fancy gear.

All medical, all fu**ing awesome!!!

We're part of the government's budget that is reported as grant money, but is actually traced to the Pentagon. Or in other words, our stated defense budget is actually a few billion larger than reported.

I always enjoy going over the classified funding in the yearly defense budget. The proposed funding for classified programs in '16 for the Air Force is like 17-18 billion. For context, that's what NASA receives in their yearly budget. The Air Force gets a crap ton of classified funding.

And that's another unreported part of the Pentagon's budget. The black programs. Our defense budget is actually a lot larger than it is officially reported, seeing as how research, grants and covert programs aren't covered in the official budget.
 
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I work for a government funded research group at a US University Hospital... partially on prosthesis, also on other items such as exoskeletons, neural interfacing - connecting your mind to stuff, and some other fancy gear.

We're part of the government's budget that is reported as grant money, but is actually traced to the Pentagon. Or in other words, our stated defense budget is actually a few billion larger than reported.

So you could be our very own Tony Stark ! :o:

Brilliant mind, has a thing for women and works on exoskeletons ! :unsure:
 
I work for a government funded research lab at a US university hospital - I've only once identified it here on PDF, you can track down that post if it still exists (Only part-time research though, I've been retained as a behavioral psychologist too, seeing as how our hospital is under-staffed in the psych department)... partially on prosthesis, also on other items such as exoskeletons, neural interfacing - connecting your mind to stuff, and some other fancy gear.

All medical, all fu**ing awesome!!!

We're part of the government's budget that is reported as grant money, but is actually traced to the Pentagon. Or in other words, our stated defense budget is actually a few billion larger than reported.



And that's another unreported part of the Pentagon's budget. The black programs. Our defense budget is actually a lot larger than it is officially reported, seeing as how research, grants and covert programs aren't covered in the official budget.

It's interesting because a lot of the money is just titled under "Classified Programs", but some of the black programs have codenames. For example, the Navy has a black program in R&D titled "Chalk Eagle" which is receiving a half billion in funding for the year. Interesting stuff indeed...
 
I would love to the the AAM being developed for the 6th gen. I mean we have the AIM-120D but many pilots have said they want something more long range to take full advantage of the F-35 and F-22s LO abilities. Kind of like how the AIM-54 was developed for the 60s and 70s interceptor prorgram.
 

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