The Pentagon is fast-tracking sensor and command and control technology development to improve defenses against fast-emerging energy hypersonic weapons threats from major rivals, such as Russia or China, U.S. Missile Defense Agency officials said.
Citing particular emphasis upon the area of Command and Control, Battle Management, and Communications (C2BMC), Missile Defense Agency Director of Operations Gary Pennett said the Pentagon is working to address “sensor and interceptor capability gaps” exposing potential vulnerability to hypersonic weapons attacks.
“Any software associated with any of those systems might have some capability to track hypersonic systems. This evolving threat demands a globally present and persistent space sensor network to track it from birth to death,” Pennett told reporters during an MDA budget briefing.
While not specifically cited by Pennett, many at the Pentagon are doubtless aware of news reports citing Chinese hypersonic weapons development, to include details of various tests in some instances.
The MDA and Northrop Grumman are already working on command and control upgrades to the existing inventory of Ground-Based Interceptors with a specific focus on using next-gen sensors to exchange time-sensitive data with a kill vehicle targeting an enemy attack in space.
While a Ground-Based Interceptor (GBI) travels into space to discern and destroy an ICBM, sensors and communications technology are needed to connect with the interceptor prior to engagement.
While many of the details, sensors, or RF technologies involved are, not surprisingly, unavailable for public discussion, there are a number of substantial cutting-edge improvements emerging quickly, Northrop developers told Warrior Maven.
Artist’s concept rendering of Boeing’s X-51A Waverider. This unmanned, experimental aircraft will be suitable for hypersonic flight. (U.S. Air Force graphic.)
The specifics of U.S.-Chinese hypersonic weapons technical competition are, quite expectedly, not likely to be available, however many U.S. military leaders have consistently raised concerns about China’s focus on the technology. The speed and impact of a hypersonic attack, naturally, places an as-of-yet unprecedented burden upon layered defense systems and sensors engineered to cue countermeasures.
A weapon traveling at hypersonic speeds, naturally, would better enable offensive missile strikes to destroy targets, such as enemy ships, buildings, air defenses, and even drones and fixed-wing or rotary aircraft, depending upon the guidance technology available, Air Force experts have explained.
A key component of this is the fact that weapons traveling at hypersonic speeds would present serious complications for targets hoping to defend against them — they would have only seconds with which to respond or defend against an approaching or incoming attack.
Hypersonic weapons will quite likely be engineered as “kinetic energy” strike weapons, meaning they will not use explosives but rather rely upon sheer speed and the force of impact to destroy targets, a senior weapons developer told Warrior Maven.
For this and other reasons, the U.S. has been fast-tracking development of its own hypersonic weapons; the U.S. has conducted various hypersonic weapons developmental experiments with Australia in recent months.
Air Force weapons developers say the service will likely have some initial hypersonic weapons ready by sometime in the 2020s. A bit further away, in the 2030s, the service could have a hypersonic drone or ISR (intelligence, surveillance, reconnaissance) vehicle, former senior Air Force weapons developers have told Warrior Maven over the course of several previous interviews.
A super high-speed drone or ISR platform would better enable air vehicles to rapidly enter and exit enemy territory and send back relevant imagery without being detected by enemy radar or shot down.
By the 2040s, however, the Air Force could very well have a hypersonic “strike” ISR platform, able to both conduct surveillance and delivery weapons, Air Force weapons developers have told Warrior Maven.
The pursuit of advanced sensor technology able to detect hypersonic weapons attacks emerged as Pennett’s explanation of the $9.9 billion MDA portion of the President’s defense budget.
Citing serious missile threats from North Korea, Iran, and other possible hostile actors, the US Missile Defense Agency is aggressively pursuing a plan to rapidly increase its number of Ground Based Interceptors to 64 by 2023, Pennett said.
U.S. plans to expand homeland missile defenses by adding a new missile field and deploying 20 additional GBIs at Fort Greely, Alaska, he added.
”MDA will ensure the number of fielded GBIs is sustained at 64, while performing GBI upgrades and maintenance by adding two additional silos in Missile Field 1 at Fort Greely and purchasing six additional configuration 2 booster vehicles,” Pennett told reporters.
Specific to North Korea, Pennett cited a fast-growing ICBM threat to the continental United States.
“In July 2017, North Korea launched two Hwasong-14 intercontinental ballistic missiles, or ICBMs, on highly lofted trajectories that impacted in the Sea of Japan,” he said.
Pennett also cited North Korea’s November launch of a Hwasong-15 ICBM, which if fired on a lower trajectory could have reached the continental U.S.
“North Korea is developing a cold launch, solid fuel, submarine-launched ballistic missile. Today, North Korea fields hundreds of SCUD and No Dong missiles that can reach our allies and U.S. forces forward deployed in the Republic of Korea and Japan,” Pennett said.
Iran may also soon have an ability to produce and launch an ICBM able to reach the U.S., Pennett said, adding that the country already has ballistic missiles able to hit areas as far away as southeastern Europe.
The budget also emphasizes MDA’s Redesigned Kill Vehicle, Long Range Discrimination Radar, and Sea-Based X-Band radar, among other things.
In March 1942, the U.S. was fully engaged in the second World War, fighting against Japan and Germany. The Pearl Harbor attack had happened just months prior, and now there was a U-boat war happening right off the eastern seaboard of the United States.
Americans were understandably nervous. Then Life Magazine scared the heck out of its readers with an article about what would happen if the Nazis and the Japanese decided to invade.
In an article titled “Now the US must fight for its life,” Life shared maps of a potential invasion that must have been pretty terrifying to John Q. Public in the early days of the war.
The magazine, fortunately, was way, way off. The Germans did investigate a potential invasion of the U.S., aided by the the long-range Amerika bomber, but they eventually found such an endeavor too costly, especially as the war continued to go poorly for them.
Though German U-boats were sinking some ships off the American coast, fielding a long-range bomber against the U.S. needed a nuclear bomb underneath it to be truly effective, which the Germans never figured out. And Berlin simply didn’t have the resources or manpower to stage a feasible land invasion — a point nailed home by the fact that Germany had previously scrapped an invasion plan for England in 1941.
Regardless, it was a scary time for Americans in March 1942, and it was the heyday of military propaganda. So here is how Life imagined such an operation:
People were left scratching their heads last year when the Air Force’s top intelligence officer said the U.S. was looking for ways to expand its multi-domain operations and intelligence gathering into galaxies, far far away.
When Lt. Gen. VeraLinn “Dash” Jamieson made the observation in August 2018, it sounded to many more like visions from movies like “Interstellar” and “The Matrix” than military policy.
“I only talk about the domains we know about today,” Jamieson told Aviation Week’s Steve Trimble following a briefing where Jamieson discussed the service’s future intelligence, surveillance and reconnaissance flight strategy.
“I am convinced that there are more domains — man-made domains — that will come, and I would offer you that if we look at galaxies — sounds nuts — but there’s going to be a man-made domain in galaxies,” she said last August. “Space has got different galaxies. And in those galaxies, in the future, we’re going to actually have capability that we have right now in the air. We don’t know what it is because we haven’t freed our mind to think about what is that space and how we are going to utilize it,” she said.
Lt. Gen. VeraLinn “Dash” Jamieson.
In her comments last year, Jamieson wasn’t describing plans to insert physical national security space assets into space systems light years away, she recently told Military.com.
Instead, the term “galaxies” was meant to invoke how the Pentagon should be streamlining and blending intelligence from anywhere in the world and beyond.
“Envision if you will, the ISR constellation of sensors that are all interconnected by a common data architecture, operating with precision, clockwork, and movements of a galaxy,” Jamieson said in an interview at the Pentagon.
“So we took that and from that we went, ‘well, let’s put it down on paper.’ That’s where we came up with the collaborative sensing grid,” she said.
The sensing grid, she explained, is a map of data fused from sensors that is processed through artificial intelligence and machine learning to produce an “all-domain picture.”
“It helps us open up our minds to new ways to approach things,” she said.
In 2016, Jamieson became the service’s deputy chief of staff for intelligence, surveillance and reconnaissance on the Air Staff at the Pentagon, known as the A2. This year, the Pentagon merged the A2 position with that of deputy chief of staff for Information Dominance, or A6. Following a senate vote in March, Jamieson also added cyber effects operations to her job title.
(NASA/ESA Hubble Space Telescope)
Jamieson, the first female intelligence officer to be a director of ISR for the Air Force in more than a decade, and the first intelligence officer to hold the A2 position, has been seen as a proponent of avant-garde ideas in ISR: she has put a high emphasis on artificial intelligence and machine intelligence as a necessity to process information from every domain, including space, more quickly.
“It incorporates everything,” she said. For that reason, the days of PED, or processing, exploitation and dissemination of each individual piece of intel, without putting it into greater context, are “dead,” she said last year.
For her, “galaxy” was a “sexy word to say. How do I actually look at things through a different lens? How do I look at the interconnectedness of space? Because that gets me thinking very differently than terrestrial examples,” Jamieson said. “If I can look at [the] interconnectedness of the solar system, can I look at an interconnectedness of my sensors, whether I have them today or I’m going to attain them tomorrow?”
With the sensing grid, “I can look at an adversary’s intent in a much clearer way … and attain decision advantage,” she said.
This article originally appeared on Military.com. Follow @militarydotcom on Twitter.
Australia will resume air combat missions against Islamic State targets in Syria after the Australian Defense Force lifted a temporary suspension initially sparked by Russian threats to shoot down coalition planes.
The Australian Defense Force is fighting IS in both Syria and Iraq under the name ‘Operation OKRA.’ Australian Defense Force Chief Mark Binskin said on June 21st the operations were halted while the Australians examined what was happening in what he had described as a “complex piece of airspace” over Syria.
“Australian force protection is uppermost in our minds” in deciding when to resume missions over Syria. The fighter jets had been occupied recently supporting Iraqi security forces in retaking the city of Mosul, so the suspension had little effect on their operations, The Guardian quoted defense minister Marise Payne, as saying.
Australia had suspended air strikes over Syria ‘as a precautionary measure’ after Russia threatened that it would consider any plane from the US led coalition flying west of Euphrates as potential targets.
The threat was seen as retaliation for the US downing of a Syrian air force jet, as tensions in the region rose.
The Australian Defense Force, which includes about 780 personnel, including 300 service members working in its air group, has announced it would resume airstrikes against Islamic State targets in Syria and Iraq.
Australia has six fighter jets based in the United Arab Emirates that strike targets in Syria and Iraq. Australia said its sorties in Iraq would continue as part of the coalition.
Australian defense force personnel are closely monitoring the air situation in Syria and a decision on the resumption of ADF air operations in Syria will be made in due course,” Guardian quoted the spokesman for the Department of Defense .
The tensions between Moscow and Washington escalated after United States Navy F-18 attacked Syrian Su-22 government warplane on June 18th, which was carrying out operations against the Syrian Democratic Forces positions south of Tabqah.
Consequently, the Russian military halted cooperation with its US counterparts in the framework of the Memorandum on the Prevention of Incidents and Ensuring Air Safety in Syria.
The US military failed to use the communication line with Russia concerning this attack, despite the fact that Russian warplanes were also on a mission in Syrian airspace at the time, the Russian Defense Ministry said.
Russia’s defense ministry said the US had given it no warning, following which Moscow was also suspending coordination over “de-confliction zones” that were created to prevent incidents involving US and Russian jets engaged in operations in Syria, reports the Guardian.
However, the Pentagon states that the Syrian jet had dropped bombs near US partner forces involved in the fight to extract Raqqa from Islamic State control.
As the use of surgical robotics increases, the Air Force Medical Service is training its surgical teams in the latest technology, ensuring patients have access to the most advanced surgical procedures and best possible outcomes.
To address the demand for training military healthcare providers, Maj. Joshua Tyler, director of robotics at Keesler Air Force Base, helped to establish the Institute for Defense Robotic Surgical Education (InDoRSE). The first of its kind in the Air Force, the facility trains Air Force, Army, Navy, and Department of Veterans Affairs surgical teams to use state-of-the-art medical robotics. Access to this type of training was previously only available through private industry.
“Robotic surgery is becoming the standard of care for many specialties and procedures, but Air Force surgeons had limited opportunities to train with surgical robots,” said Tyler. “We needed a way to get surgeons trained without relying solely on the private sector. With the creation of InDoRSE we are able to do just that by using existing facilities and personnel.”
The InDoRSE training site addresses challenges unique to military healthcare. The training also uses a team-based model, which helps overcome some of the challenges of implementing of robotic surgery in military hospitals.
“Between deployments, operational tempo, and varying surgical volumes at military facilities, it is important that whole teams are fully trained on surgical robotics,” explained Tyler. “Also training the nurses and medical technicians, in addition to the surgeon, ensures that everyone has tangible experience with the robot, and helps get surgical robotics up and running much quicker.”
Robotic surgeries have been shown to deliver better outcomes for patients than traditional surgery. Robotics offers increased mobility for the surgeon, allowing them to make smaller incisions, and gives them better visualization. This precision leads to more successful surgeries and quicker recovery times, which improves patient satisfaction and lowers costs.
“The best outcomes I’ve ever given my patients came using robotics”, explained Tyler. “We see significant decreases in post-surgery pain, surgical site infection rates, and length of hospital stay. That quicker recovery means patients get to return to their normal life more quickly.”
The InDoRSE facility at Keesler stood up in March 2017. There are already plans to double its training capacity soon. Soon after Keesler’s facility opened, Wright-Patterson Air Force Base set up their own surgical robotics program. Travis Air Force Base in California and Nellis Air Force Base in Nevada are currently working on their surgical robotics acquisition now.
“Use of robotics is increasing in many medical specialties,” said Tyler. “Providing opportunities for our whole surgical teams to receive training on this cutting-edge technology is vital to the AFMSs focus on continuously improving the patient experience.”
Russia has rebooted one of three computers aboard the International Space Station (ISS) after a malfunction was detected.
Dmitry Rogozinthe head of Russian space agency Roskosmos, wrote on Twitter on Nov. 8, 2018, that the computer’s operations had been restored.
“At 12:04:50 Moscow time, the central computer on the ISS was rebooted. The three-channel configuration was restored,” Rogozin tweeted.
On Nov. 6, 2018, Roskosmos said that one of the three computers on the station’s Russian module malfunctioned, but gave assurance that the defect had no impact on the safety of the crew aboard the ISS — American Serena Aunon-Chancellor, Russian Sergei Prokopyev, and German Alexander Gerst.
Dmitry Rogozinthe head of Russian space agency Roskosmos.
The malfunction followed last month’s aborted launch of a new station crew. U.S. astronaut Nick Hague and Russian cosmonaut Aleksei Ovchinin landed safely after their Russian booster rocket failed two minutes into the Oct. 11, 2018 flight.
The next crew, Oleg Kononenko (Russia), Anne Charlotte McClain (United States), and David Saint-Jacques (Canada), was initially scheduled to be sent to the ISS in late December 2018, but that launch was rescheduled after the Oct. 11, 2018 accident.
Time brings continued improvement to the world of CCW handguns. Smaller, lighter, new cartridges, new projectile designs, innovative sighting systems.
On the other hand, you don’t see that sort of innovation in the pepper spray market. Pretty much since its inception, an OC dispenser has been an aerosol can that squirts oleoresin capsaicin. Your choices have been pretty much limited to the size and color of the dispenser, and whether it dispenses the spicy treats in stream, spray, or gel form.
But it’s 2019, and if you want innovation in OC dispensers, it turns out there’s an app for that. More than one, actually.
Sabre is releasing a new Smart Pepper Spray in 2019, which will communicate with your phone via Bluetooth. The app on your phone will alert designated contacts or first responders, marking your position on a map.
Additionally, the app can be used independently of the spray, since the map will show where and when pepper spray has been deployed previously. This function could prove useful if the user is in an unfamiliar town. “Probably don’t want to go jogging there; fifteen OC uses in the last month.”
Also new from Sabre is a combination OC dispenser and auto rescue tool, with a seatbelt cutter and glass breaker. The position of the glass breaker, on the bottom of the canister, opposite the dispensing button, doesn’t seem ideal. Giving yourself a faceful of OC spray while trying to escape a rollover would make an already bad day worse.
Another manufacturer was showing off their own Bluetooth-enhanced Smart Pepper Spray. Plegium, based out of Sweden, packs even more functions into theirs. In addition to the automatic alert function, there’s an audible 130dB alarm. Next to the OC nozzle are a trio of bright LED emitters that strobe 19 times a second to disorient your attacker and make it easier to aim the spray in low light conditions.
This article originally appeared on Recoilweb. Follow @RecoilMag on Twitter.
According to a report by the Washington Examiner, President Donald Trump today announced that former New Mexico Republican Rep. Heather Wilson is his pick to serve as Secretary of the Air Force.
“Heather Wilson is going to make an outstanding Secretary of the Air Force,” Trump said in a release. “Her distinguished military service, high level of knowledge and success in so many different fields gives me great confidence that she will lead our nation’s Air Force with the greatest competence and integrity.”
Wilson took the post in June 2013 after two failed senate races. According to a release from the school, it was listed among the most veteran-friendly schools throughout her tenure as president of that institution.
2. She was a Rhodes Scholar
According to her official biography at the South Dakota School of Mines and Technology, Heather Wilson’s graduate studies were at Oxford University as a Rhodes Scholar. She earned both a master’s degree and a Ph.D from the institution in 1985.
3. She would be the first Air Force Academy Graduate to serve as SECAF
According to the Air Force Times, Wilson is the first graduate of the United States Air Force Academy to be nominated for this position. Wilson was among the first women to attend the Air Force Academy and received her commission in 1982. She served for seven years mostly as a defense planner to NATO and the U.K. She separated as a captain and became an advisor to the National Security Council under President George H. W. Bush.
4. She is an instrument-rated private pilot
Congresswoman Wilson’s official bio at the home page of the South Dakota School of Mines and Technology reveals she is an instrument-rated private pilot. We don’t know if that means she gets to fly any of the Air Force’s planes, though. We hope it does.
5. She served just over 10 years in Congress
Wilson first won a special election in 1998 to replace a congressman who lost a battle with cancer. According to the Biographical Directory of the United States Congress, she served until 2009, when she stepped down after losing a senate primary the previous year. She served on the Energy and Commerce and Select Intelligence Committees, according to the 2008 Congressional Directory, and also served on the House Armed Services Committee.
“America and our vital national interests continue to be threatened,” Wilson said in a statement after her nomination. “I will do my best, working with our men and women in the military, to strengthen American air and space power to keep the country safe.”
Lines get blurred on the battlefield. The only thing that clearly gives one side the moral high ground is their ability to follow the rules of law. Sure, it may make troops fight with one hand tied behind their back, but it is a line that should never be crossed.
While the overarching themes may be self-evident, there are many laws in place to prevent a sort of domino effect from happening — one that would eventually cause unnecessary harm or death. We’ve discussed a few of the more obscure laws in a previous article, but there are still plenty to discuss.
Even if the phrase is spoken in jest by someone with authority over another, it’s a war crime.
Because anything said by a commander or a leader is to be taken as a direct order, even just uttering the phrase, “no quarter given” is against the laws of war — regardless of the circumstance.
Quarter, or the act of taking prisoners of war, should always be a top priority if any combatant has surrendered or has lost the ability to fight. This is such a big deal that it is clearly given its own rule.
It’s one or the other. Not both.
(Photo by Staff Sgt. Zachary Holden)
Using CS gas on combatants (Chemical Weapons Convention Art I (5))
The use of riot control gas is a gray area. It is deployed in moments of civil unrest, but it cannot be used in addition to deadly force.
Meaning, against a large crowd of aggressive (but not violent) protesters, non-lethal CS gas may be used to accomplish dispersion. The reason such gas is banned from war, however, is because it removes combatants from a fight and causes unnecessary suffering. If the goal is to detain the combatant, it’s fine. The moment someone opens fire on an incapacitated individual, however, it’s a war crime.
Besides, light blue isn’t really a choice camouflage pattern in most environments.
(Photo by Lance Cpl. Maximiliano Rosas)
Using light blue headgear in combat (Geneva Convention Prot. I Art. 85)
There aren’t too many wrong answers in designing a combat uniform. As long as it follows the general color palette of a given area, it’s usually fair game and used by nearly everyone. The only color that is strictly off-limits is the shade of blue used by UN peacekeepers.
The use of light blue on headgear may misrepresent a combatant’s intentions. The light blue headgear is officially recognized because it can be seen from a distance. UN Peacekeepers have their own guidelines, which include never initiating combat unless absolutely necessary. And attacking a UN peacekeeper opens up an entirely different can of worms.
Those who are not with the UN are forbidden from using this color.
Their focus is healing the injured and wounded. Anything that prevents them from saving any life should be avoided.
(Photo by Petty Officer 1st Class Steve Smith)
Even slightly interfering with Red Cross workers (First Geneva Convention Art. 9)
Medical professionals with the International Red Cross are heavily protected by the laws of war. It’s fairly well known that harming them is a war crime and forcibly stopping them from giving aid is also a war crime. What you might not know is that “interfering with an aid worker” is loosely defined — and for good reason.
In the past, combatants would stop aid workers from leaving their area so that they only give aid to their troops. But Red Cross workers aren’t supposed to take sides. They need to be able to give equal and unbiased treatment to all wounded on the battlefield.
Anything more than a routine security check is off-limits.
Military necessity may require troops to engage the enemy on a farm and accidents, unfortunately, happen. But willfully attacking a civilian’s livestock is not necessary.
(Photo by Pfc. David Devich)
Anything involving fresh waterways or farms (Geneva Convention Prot. I Art. 51-54)
Intentionally damaging a drinking well is punishable by The Hague. Unintentionally doing so is treated just as harshly.
There is the caveat of “military necessity,” which would protect a combatant that is forced to fight on a farm or a river that is used as drinking water. Ideally, all fighting would take place where, without a shadow of a doubt, no food or water will be poisoned or damaged by conflict. Sometimes, however, you’re not given a choice.
There has always been something alluring about lost ships and planes. Maybe it’s the massive treasure some wrecks hold in their belly, or maybe it’s the clues to lost history that some ghost ships provide.
Some of these wrecks were civilian vessels, like the former USS West Point (AP 23), which also had names like SS America. Others were planes that crash-landed like the Akutan Zero did. Mostly, there is just this sense of mystery around them.
Take for instance the Lady Be Good, a B-24 Liberator that got lost during a sandstorm that ended up flying two hours south of its base. It was missing for over a decade until discovered by an oil exploration crew. All but one of the crew were accounted for, but when parts of the B-24 were used on other planes, several suffered mishaps. A curse? Or just coincidence?
The Lady Be Good is not the only B-24D on the list – another one, which landed on Atka Island in the Aleutians, also made the list. This time, the plane was found sooner but left in place. It now constitutes part of the Valor in the Pacific National Monument.
Also on the list is an RB-29 called Kee Bird, whose crew survived, but which caught fire during a salvage attempt.
Perhaps the craziest story is that of the Sverdlov-class cruiser Murmansk. This was a powerful ship, with a dozen 152mm guns in four triple mounts, 10 533mm torpedo tubes in two quintuple mounts, 12 100mm guns in six twin mounts, and 32 37mm anti-aircraft guns. However, her end was sad.
Sold to India to become razor blades, she broke from her towline and ended up on the Norwegian coast.
So, check out the video below to see some of the world’s most fascinating ghost ships and planes.
Three years after the first prototype for the Black Hawk aircrew trainer was set up and implemented as a training aid at Fort Bliss, Texas, that technology has been enhanced.
A team from System Simulation, Software and Integration Directorate, U.S. Army Research, Development and Engineering Command Aviation & Missile, also known as AMRDEC, has developed the Collective Aircrew Proficiency Environment. Crew chiefs and gunners can train in a realistic setting where they see and hear the same things simultaneously.
Because there was no funding, Joseph P. Creekmore Jr., S3I aviation trainer branch chief and BAT Project director, said BAT team members used borrowed or discarded materials to work on the CAPE during breaks between scheduled projects.
It paid off.
“Design began over a year ago at a somewhat frustratingly slow pace for the BAT Team but, week by week and part by part, the CAPE device took shape and became the device we have today,” Creekmore said.
Manuel Medina, assimilated integration technician with Systems Simulation and Software Integration Directorate, U.S. Army Research, Development and Engineering Command Aviation Missile, demonstrates the capability Collective Aircrew Proficiency Environment.
(Photo by Evelyn Colster)
The singular focus of the Army’s modernization strategy is making sure the warfighter and their units are ready to fight, win, and come home safely. As the head of the BAT Project, Creekmore said he believes the Army needs the CAPE to contribute to and ensure readiness in aircrews.
“Because we are a nation that has been continuously at war since 9/11, all the BAT Projects’ Army aviators have experienced combat overseas,” Creekmore said. “They all went into combat as part of a trained team.
“They all survived combat because they fought as a team. All the BAT Project’s former and retired Army aviators know to their very core that, to fight and win America’s wars, the Army must train as it fights and that includes training as a full aircrew,” Creekmore explained. “So, from Day 1, the BAT Project dreamed and planned for an opportunity to demonstrate an excellent whole-crew trainer that would contribute to the readiness of all U.S. Army Air Warriors.”
CAPE and BAT are linked using an ethernet connection. Creekmore said the nine locations with fielded BAT devices only need a tethered CAPE to provide Army aviation units with a way to train a complete UH-60 aircrew.
Manuel Medina, S3I assimilated integration technician, said he was blown away when he was first introduced to this technology. “Back when I was in, we didn’t even have anything like this… If we had the flight hours and the maintenance money to train, we would.”
According to Jarrod Wright, S3I lead integrator who built the BAT, many aircraft incidents are a result of some type of aircrew miscommunication.
Manuel Medina, assimilated integration technician with Systems Simulation and Software Integration Directorate, U.S. Army Research, Development and Engineering Command Aviation Missile, demonstrates the capability Collective Aircrew Proficiency Environment that is tethered to the Black Hawk Aircrew Trainer.
(Photo by Evelyn Colster)
“What we’re trying to do here is … teach that crew coordination to allow pilots and crew chiefs to train like they would in combat with two devices tethered to each other,” said Wright, who spent more than eight years as a crew chief.
“In combat, no UH-60 breaks ground without its full complement of two rated aviators, a non-rated crew chief/door gunner and a second door gunner,” Creekmore explained. He said this type of equipment and training is necessary to maintain the high performance level and proficiency that exists in our Warfighters.
“This environment allows you, not only to train, but to evaluate potential crew chiefs and door gunners,” Wright posited. “You’re not throwing someone in there and saying, ‘I hope he gets it’.”
Medina, also a former gunner and crew chief, said this technology can benefit the Army in many ways. Not only can maintenance costs, flight hours, fuel, and training dollars be reduced, but the BAT and CAPE systems focus on considerations like spatial orientation or disorientation, response to changes in gravity, and susceptibility to airsickness. These devices mimic conditions crews see in flight and can identify adverse reactions while minimizing inherent risks.
The BAT Project team has high hopes for the CAPE.
“It is my hope that … the Army invests in further development of the CAPE and then fields it as BAT mission equipment so we can get this critical training capability in the hands of UH-60 aircrews throughout the Army,” Creekmore said.
Wright said the potential exists to use this technology to train complete crews in rescue hoisting and cargo sling load — any scenario they might encounter in any type of combat or rescue situation. He even sees the possibility for the BAT and CAPE to be used as preparation for hurricane relief or similar missions.
The Aviation Missile Center is part of the U.S. Army Research, Development and Engineering Command, which has the mission to provide innovative research, development and engineering to produce capabilities that provide decisive overmatch to the Army against the complexities of the current and future operating environments in support of the joint warfighter and the nation. RDECOM is a major subordinate command of the U.S. Army Materiel Command.