A new innovation for the United States Military means an innovation for the entire world. Something as simple as the creation of the GPS, which started as a DoD project in the 70s, quickly became one of the most useful quality-of-life tools used in today’s society — and this isn’t the first (or last) time military tech landed in the hands of civilians.
A large portion of the government’s tech eventually trickles down to the people. Recently, the Army established an entire command unit dedicated to research and development, called the Army Futures Command (AFC). Everything about this newly-formed group of soldier-scientists seems like it can only mean great things for moving science — and society at large — forward.
And that’s not hyperbolic to say. It’s actually vastly underselling the mind-boggling capabilities of quantum computing.
(U.S. Army photo by Jhi Scott)
Of course, they’ll be developing new weapon systems (technology that will likely not trickle down) that will give America the fighting edge it needs on the battlefield, but it goes much further than that. The AFC will be working on projects that range from computer technologies to advanced medicine and beyond — anything that will aid future soldiers.
While integrating lasers into anti-missile defenses to detonate incoming projectiles from hundreds of miles away is going to be a game-changer for warfare, they’re also taking a serious crack at the Holy Grail of computer engineering: quantum computing. To put it at simply as possible, quantum computing is having a computer use atomic particles to compute instead of 1s and 0s and, theoretically, this technology will instantly increase the potential for computing power a thousandfold. If the ACR can figure it out, the U.S. government and, subsequently, the American civilian tech industry, will make unbelievable leaps forward.
“You say you can put a laser on an Apache? Shut up and take my money.”
(Department of Defense)
The primary focus of the AFC is and will always be increasing a soldier’s combat readiness. Based in Austin, Texas, it will employ both civilian and soldier innovators. The AFC and its Army Application Laboratory (AAL) are designed to be a place where inventors can create what hasn’t already been recognized as an official priority.
And even when an invention doesn’t revolutionize technology, the road that led them there is valuable. Adam Jay Harrison, the USAFC Innovation Officer, said at a conference for potential innovators that “at the end of the day, 90 percent of what we do ain’t going to work, but 100 percent of what we do should be informing somebody’s decision.“
This kind of open environment and ease of access to funding gives the inventive minds of the U.S. a chance to create anything they can imagine — as long as it helps Uncle Sam. That level of trust in its scientists is unheard of in the academic world and it’ll be the cornerstone of the Army Futures Command.
The AFC is on track to be fully operational by September 2019. And I, for one, can’t wait to see what kind of insane designs will come out of it.
Since World War II, the Army has been using comic books to train soldiers on specific duties and reduce casualties through improved situational awareness.
The trend continued through the Vietnam War. At that time, the Army discovered a training deficiency and produced a comic book to educate soldiers about proper weapon maintenance.
Fast forward to today, the Army is facing a new challenge.
Advancements in cyber and smart technologies have the potential to alter the landscape of future military operations, according to Lt. Col. Robert Ross, threatcasting project lead at the Army Cyber Institute, West Point, New York.
The U.S. military, allied partners, and their adversaries are finding new ways to leverage networked devices on the battlefield, Ross said.
The Army Cyber Institute at West Point, New York, has partnered with Arizona State University Threatcasting Lab to produce a series of graphic novellas such as “1000 Cuts.”
(US Army photo)
“The use of networked technology is ubiquitous throughout society and the leveraging of these devices on future battlefields will become more prevalent; there is just no escape from this trend. Technology is integrated at every level of our Army,” he said.
Keeping with the Army’s legacy of producing visual literature to improve readiness, the ACI has partnered with Arizona State University Threatcasting Lab to produce a series of graphic novellas, Ross said.
The lab brings together military, government, industry, and academia experts to envision possible future threats.
The graphic seen here is from the novella titled “1000 Cuts.”
(US Army photo)
Through their research, the workshop develops potential cyber threat scenarios, and then explores options to disrupt, mitigate, and recover from these future threats.
Each graphic novella considers what cyber threats are plausible in the next 10 years — based on a combination of scientific fact and the imagination of those involved, Ross explained.
“This project is designed to deliver that understanding through visual narrative,” he said. “Technical reports and research papers do not translate as well to the audiences we are looking to influence. Graphic novellas are more influential of a medium for conveying future threats to not only Army organizations at large, but down to the soldier level.”
The graphic seen here is from the novella titled “Insider Threat.”
(US Army photo)
The novella titled “1000 Cuts” depicts the psychological impact that a cyber-attack could have on soldiers and their families. In the story, these attacks were enough to disrupt a deployed unit, leaving them open to an organized attack, Ross said.
“Given the exponential growth in soldiers’ use of [networked] devices … 1000 Cuts presents an extremely plausible threat. It demonstrates how non-state actors can leverage technical vulnerabilities within the cyber domain to their advantage in the land domain,” Ross said.
“The visual conveyance of a graphic novella enables leaders to not only envision these scenarios but retain the lessons that can be drawn from them as well,” he added.
The M2 heavy machine gun is an iconic weapon. When it entered service over eight decades ago, the gun quickly made its mark – and a deadly reputation.
It still serves today, with some modifications to make it easier to change the barrel.
But sometimes, you need more than the 550 rounds per minute that a Ma Deuce can send downrange. The problem is, you can’t exactly put a meat chopper on a HMMWV. That said there is an option – and a cool one at that.
According to General Dynamics, the solution lies in a three-barreled Gatling gun that fires the .50 BMG cartridge — dubbed the GAU-19/B. Let’s take a look at this major piece of machinery that is just perfect for putting bad guys down for good.
GlobalSecurity.org notes that Ma Deuce plus a tripod comes to 128 pounds, 84 of which are the gun. The GAU-19 comes in at 106 pounds – so your vehicle’s adding 22 pounds. But here is what you get for those extra 22 pounds. Nearly 1,300 rounds per minute of hate, that’s what. We’re talking 236 percent more lead down range than the Ma Deuce.
Furthermore, the GAU-19 can be used on many different platforms. Need extra firepower on your Humvees? The GAU-19’s got that. Got a ship that needs a ballistic boost? This gun works on ships, too. Even aircraft can use the GAU-19 to send hundreds of rounds of death and destruction at the enemy in a matter of seconds.
What kind of rounds? Well, if the Ma Deuce can fire it, so can the GAU-19. We’re talking incendiary, armor-piercing, armor-piercing incendiary, full metal jacket, saboted light armor penetrator, and even tracer rounds.
In short, this gun can do everything Ma Deuce can, just at a higher rate of fire. And that will ruin the day of just about any bad guy.
Five years after a proof-of-concept mission, the MQ-9 Reaper drone has developed into a key asset in California’s fight against wildfires, including the Carr and Mendocino Complex Fires, which are currently burning in Northern California.
“It’s a technology I never thought I’d see,” said Jeremy Salizzoni, a fire technical specialist with the California Department of Forestry and Fire Protection who was embedded with the California Air National Guard’s 163rd Attack Wing at March Air Reserve Base, California, during 2013’s devastating Rim Fire.
More than 250,000 acres burned in August 2013 as the Rim Fire raged in Tuolumne County, California. At the time, it was the state’s third largest wildfire on record. More than 100 structures were lost in the blaze, which took nine weeks to fully contain.
An aircrew from the California Air National Guard’s 163rd Attack Wing flies an MQ-9 Reaper remotely piloted aircraft during a mission to support state agencies fighting the Mendocino Complex Fire in Northern California, Aug. 4, 2018. The aircrew conducted fire perimeter scans and spot checks on the blaze, which encompasses the Ranch and River fires.
(California Air National Guard photo by Senior Airman Crystal Housman)
Eleven days after the Rim Fire started, the wing launched a first-of-its kind mission to overfly the fire with an MQ-1 Predator remotely piloted reconnaissance aircraft and beam back real-time video footage of the fire to Salizzoni and wing intelligence analysts working in an operations facility at March.
Through the Predator’s footage, Salizzoni, who was used to driving for hours through rugged terrain to access overlook points and put eyes on the leading edge of a fire, could see any area of the fire he wanted, in real time and without ever leaving the operations facility.
The remotely piloted aircraft’s thermal imaging camera provided a view of the fire unlike anything he’d ever seen. Traditional aerial assets are important, but encounter limitations due to smoke, fuel, altitude and field of view, he said.
“It was such a dramatic change from anything I’d seen in my career,” Salizzoni said. “It was like being blind and then having vision in the blink of an eye.”
He and his colleagues knew they had a new tool in their firefighting toolbox.
“We saw things over the course of that fire that you couldn’t have made up,” Salizzoni said. “I don’t think there’s a better intel resource at our disposal right now.”
During its eight-day emergency activation for the Rim Fire, the 163rd Reconnaissance Wing — the unit’s name at the time — logged more than 150 hours of fire support and was credited with helping firefighters expedite containment.
MQ-9 Reaper RPA
In the five years since, the 163rd Attack Wing has changed its name and the kind of airplane it flies, but one thing hasn’t changed: the wing’s dedication to domestic disaster response missions right here at home.
RPAs are no longer just trying to prove their worth, said Air Force Maj. Mike Baird, the senior intelligence officer at the 163rd Attack Wing. The wing’s MQ-9 Reaper RPAs — a big-brother to the recently-retired Predators — are an in-demand incident awareness and assessment asset preferred by California’s civil authorities when disaster strikes.
The wing has supported more than 20 wildfires since 2013, but it takes more than just airplanes, Baird said. Keeping California safe takes a wing-wide effort.
“What we’ve been doing behind the scenes from maintenance and communications to refining our deployment and personnel processes has led up to our ability to provide an unprecedented level of MQ-9 support,” Baird said.
The wing provided real-time full motion video support over a number of fires in 2017, including California’s most destructive fire on record and also its largest fire to date. More than 5,600 structures were damaged and 22 lives were lost during the Tubbs Fire in Sonoma County in October. Two months later, in December, the Thomas Fire ravaged Ventura and Santa Barbara counties to become the state’s largest fire on record with more than 280,000 acres burned.
(U.S. Air Force photo/Airman 1st Class James Thompson)
Innovation on the Fly
The wing works to refine its techniques and procedures, and works to expand the detailed real-time incident awareness and assessment data it provides to incident commanders. Innovation on the fly is the name of the game.
An investment by James G. Clark, director of Air Force innovation, and Air Force Col. Chris McDonald from the disruptive innovation division in Clark’s office, helped the wing’s Hap Arnold Innovation Center develop a specialized network to push and pull data from RPAs and other data-generating assets from civilian and military organizations.
The network’s customizable data sets — coupled with the RPAs’ real-time thermal imagery — provide incident commanders and first responders a common operating picture they can access from anywhere, anytime.
RPAs proved “an opportunity for people to make tactical and objective based decisions on real time information,” Salizzoni said.
As the Rim Fire nears its fifth anniversary, RPAs are once again in the sky, flying through smoke to deliver data and protect Californians as wildfires ravage the state.
By July 31, the 163rd was on its fifth fire of the summer.
Throughout July, the wing flew nearly 350 hours to support civil authorities working the County, Klamathon, Ferguson, Carr, Mendocino Complex and Eel fires, and is credited with helping to protect thousands of structures in the process. The MQ-9 provided near real-time full motion video and frequent fire-line updates to decision makers determining where to build up future containment lines.
It’s a marathon pace, but the wing’s airmen up for it, said Air Force 1st Lt. Frank Cruz, officer in charge of the 163rd Aircraft Maintenance Squadron, whose unit provides direct support for the MQ-9’s around-the-clock fire operations to aid civil authorities.
“Everyone is 100 percent on board,” Cruz said. “They’re all-in.”
The Air Force wants the F-35 to be able to elude the best enemy air defenses well into the 2030s and 2040s.
The Air Force F-35 is using “open air” ranges and computer simulation to practice combat missions against the best Chinese and Russian-made air-defense technologies – as a way to prepare to enemy threats anticipated in the mid-2020s and beyond.
The testing is aimed at addressing the most current air defense system threats such as Russian-made systems and also focused on potential next-generation or yet-to-exist threats, Harrigian said.
Air Force officials have explained that, looking back to 2001 when the JSF threat started, the threats were mostly European centric – Russian made SA-10s or SA-20s. Now the future threats are looking at both Russian and Chinese-made and Asian made threats, they said.
“They have got these digital SAMS (surface-to-air-missile-systems) out there that can change frequencies and they are very agile in how they operate. being able to replicate that is not easy,” Maj. Gen. Jeffrey Harrigian, former Director of the F-35 Integration Office, told Scout Warrior in an interview.Surface threats from air defenses is a tough problem because emerging threats right now can see aircraft hundreds of miles away, service officials explained.
Furthermore, emerging and future Integrated Air Defense Systems use faster computer processors, are better networked to one-another and detect on a wider range of frequencies. These attributes, coupled with an ability to detect aircraft at further distances, make air defenses increasingly able to at times detect even stealth aircraft, in some instances, with surveillance radar.
Russian media reports have recently claimed that stealth technology is useless against their air defenses. Russian built S-300 and S-400 air defenses are believed to be among the best in the world; in addition, The National Interest has reported that Russia is now working on an S-500 system able to destroy even stealthy targets at distances up to 125 miles.
While the Air Force aims to prepare for the unlikely contingency of a potential engagement with near-peer rivals such as Russia or China, Harrigian explained that there is much more concern about having to confront an adversary which has purchased air-defense technology from the Russians or Chinese. Harrigian emphasized that, while there is no particular conflict expected with any given specific country, the service wants to be ready for any contingency.
Harrigian explained that the F-35 is engineered with what developers call “open architecture,” meaning it is designed to quickly integrate new weapons, software and avionics technology as new threats emerge.
“One of the key reasons we bought this airplane is because the threats continue to evolve – we have to be survivable in this threat environment that has continued to develop capabilities where they can deny us access to specific objectives that we may want to achieve. This airplane gives us the ability to penetrate, deliver weapons and then share that information across the formation that it is operating in,” Harrigian explained.
While training against the best emerging threats in what Harrigian called “open air” ranges looks to test the F-35 against the best current and future air defenses – there is still much more work to be done when it comes to anticipating high-end, high-tech fast developing future threats. This is where modeling and simulation play a huge part in threat preparation, he added.
“The place where we have to have the most agility is really in the modeling and simulation environment – If you think about our open air ranges, we try to build these ranges that have this threats that we expect to be fighting. Given the pace at which the enemy is developing these threats – it becomes very difficult for us to go out and develop these threats,” Harrigan explained.
The Air Force plans to bring a representation of next-generation threats and weapons to its first weapons school class in 2018.
In a simulated environment, F-22s from Langley AFB in Virginia could train for combat scenarios with an F-35 at Nellis AFB, Nevada, he said.
The JSF’s Active Electronically Scanned Arrays, or AESA’s, the aircraft is able to provide a synthetic aperture rendering of air and ground pictures. The AESA also brings the F-35 electronic warfare capabilities, Harrigian said.
Part of the idea with F-35 modernization is to engineered systems on the aircraft which can be upgraded with new software as threats change. Technologies such as the AESA radar, electronic attack and protection and some of the computing processing power on the airplane, can be updated to keep pace with evolving threats, Harrigian said.
Engineered to travel at speeds greater than 1,100 miles per hour and able to reach Mach 1.6, the JSF is said to be just as fast and maneuverable at an F-15 or F-16 and bring and a whole range of additional functions and abilities.
Overall, the Air Force plans to buy 1,763 JSF F-35A multi-role fighters, a number which will ultimately comprise a very large percentage of the service’s fleet of roughly 2,000 fighter jets. So far, at least 83 F-35As are operational for the Air Force.
4th Software Drop
Many of the JSF’s combat capabilities are woven into developmental software increments or “drops,” each designed to advance the platforms technical abilities. There are more than 10 million individual lines of code in the JSF system.
While the Air Force plans to declare its F-345s operational with the most advanced software drop, called 3F, the service is already working on a 4th drop to be ready by 2020 or 2021. Following this initial drop, the aircraft will incorporate new software drops in two year increments in order to stay ahead of the threat.
The first portion of Block IV software funding, roughly $12 million, arrived in the 2014 budget, Air Force officials said.
Block IV will include some unique partner weapons including British weapons, Turkish weapons and some of the other European country weapons that they want to get on their own plane, service officials explained.
Block IV will also increase the weapons envelope for the U.S. variant of the fighter jet. A big part of the developmental calculus for Block 4 is to work on the kinds of enemy air defense systems and weaponry the aircraft may face from the 2020’s through the 2040’s and beyond.
In terms of weapons, Block IV will eventually enable the F-35 to fire cutting edge weapons systems such as the Small Diameter Bomb II and GBU-54 – both air dropped bombs able to destroy targets on the move.
The Small Diameter Bomb II uses a technology called a “tri-mode” seeker, drawing from infrared, millimeter wave and laser-guidance. The combination of these sensors allows the weapon to track and eliminate moving targets in all kinds of weather conditions.
These emerging 4th software drop will build upon prior iterations of the software for the aircraft.
Block 2B builds upon the enhanced simulated weapons, data link capabilities and early fused sensor integration of the earlier Block 2A software drop. Block 2B will enable the JSF to provide basic close air support and fire an AMRAAM (Advanced Medium Range Air-to-Air Missile), JDAM (Joint Direct Attack Munition) or GBU-12 (laser-guided aerial bomb) JSF program officials said.
Following Block 2B, Block 3i increases the combat capability even further and Block 3F will bring a vastly increased ability to suppress enemy air defenses.
Block 3F will increase the weapons delivery capacity of the JSF as well, giving it the ability to drop a Small Diameter Bomb, 500-pound JDAM and AIM 9X short-range air-to-air missile, service officials explained.
The AIM 9X is an Air Force and Navy heat-seeking infrared missile.
In fact, the F-35 Joint Strike Fighter fired an AIM-9X Sidewinder infrared-guided air-to-air missile for the first time recently over a Pacific Sea Test Range, Pentagon officials said.
The F-35 took off from Edwards Air Force Base, Calif., and launched the missile at 6,000 feet, an Air Force statement said.
Designed as part of the developmental trajectory for the emerging F-35, the test-firing facilities further development of an ability to fire the weapon “off-boresight,” described as an ability to target and destroy air to air targets that are not in front of the aircraft with a direct or immediate line of sight, Pentagon officials explained.
The AIM-9X, he described, incorporates an agile thrust vector controlled airframe and the missile’s high off-boresight capability can be used with an advanced helmet (or a helmet-mounted sight) for a wider attack envelope.
F-35 25mm Gun
Last Fall, the Pentagon’s F-35 Joint Strike Fighter recently completed the first aerial test of its 25mm Gatling gun embedded into the left wing of the aircraft, officials said.
The test took place Oct. 30, 2015, in California, Pentagon officials described.
“This milestone was the first in a series of test flights to functionally evaluate the in-flight operation of the F-35A’s internal 25mm gun throughout its employment envelope,” a Pentagon statement said several months ago.
The Gatling gun will bring a substantial technology to the multi-role fighter platform, as it will better enable the aircraft to perform air-to-air attacks and close-air support missions to troops on the ground.
Called the Gun Airborne Unit, or GAU-22/A, the weapon is engineered into the aircraft in such a manner as to maintain the platform’s stealth configuration.
The four-barrel 25mm gun is designed for rapid fire in order to quickly blanket an enemy with gunfire and destroy targets quickly. The weapon is able to fire 3,300 rounds per minute, according to a statement from General Dynamics.
“Three bursts of one 30 rounds and two 60 rounds each were fired from the aircraft’s four-barrel, 25-millimeter Gatling gun. In integrating the weapon into the stealthy F 35Aairframe, the gun must be kept hidden behind closed doors to reduce its radar cross section until the trigger is pulled,” a statement from the Pentagon’s Joint Strike Fighter said.
The first phase of test execution consisted of 13 ground gunfire events over the course of three months to verify the integration of the gun into the F-35A, the JSF office said.
“Once verified, the team was cleared to begin this second phase of testing, with the goal of evaluating the gun’s performance and integration with the airframe during airborne gunfire in various flight conditions and aircraft configurations,” the statement added.
The new gun will also be integrated with the F-35’s software so as to enable the pilot to see and destroy targets using a helmet-mounted display.
The following video is pretty impressive. It shows an F/A-18C being hit by a lightning bolt. Along with the flash of light, you can clearly hear a loud bang inside the cockpit, taking the pilot by surprise. Shock aside, the aircraft was probably not really damaged by the bolt.
We have published several articles explaining that close encounters between jets and lightning occur every now and then around the globe, usually causing little to no damage at all to the planes. Usually. Because sometimes, lightning strikes cause significant damaged. As happened on Dec. 19, 2017, when B-52 Stratorfortress (60-0051), with the 93rd Bomb Squadron/307th BW AFRC. The heavy bomber was about to land at Barksdale AFB, Louisiana, when the crew heard something that sounded like a thud coming from the outside of the aircraft. The B-52 landed safely, but once on the ground the crew discovered that the sound they heard was actually a lightning strike that tore a person-sized gash completely through the tail of the aircraft!
Here’s what this Author wrote in one of those stories:
In the 1980s, some F-16 Fighting Falcon jets were lost after being hit by a lightning strike. In one case, the lightning ignited the vapors in the empty centerline tank, which exploded causing extended damage to the aircraft’s hydraulic system.
Since lightning strikes are quite rare (1 event each year on average) these are seldom a real risk to military or civil aviation.
Furthermore, planes are shielded by a so-called Faraday Cage externally made by a conducting material, that blocks out external static electrical fields: charges redistribute on the conduting material and don’t affect the cage’s interior.
Wide bodies are huge flying Faraday Cages: if hit by a lightning they let the current pass through the fuselage until ground, preserving the systems’ integrity.
All commercial and mil planes have to meet several safety lightning-related requirements to get the airwothiness certifications required in the U.S. or Europe.
For instance, they must be able to withstand a lightning strike without suffering significant airframe damage, without any possibility of accidental fuel ignition in the tanks and preserving the avionics and systems failures induced by the electromagnetic field created by the electrical charges of the lightning.
On the Internet, you can find some videos showing civilian planes hit by lightning strikes and continue flying as nothing has happened.
This article originally appeared on The Aviationist. Follow @theaviationist on Twitter.
The SR-71 Blackbird was developed by Lockheed Martin as a long-range reconnaissance aircraft that could hit air speeds over Mach 3.2 ( 2,455 mph) and climb to an altitude of 85,000 feet.
In March 1968, the first operational Blackbird was flown out of Kadena AFB in Japan. With the Vietnam war in full swing, the intent was to conduct stealth missions by gathering photographs and electronic intelligence against the enemy. The crew would fly daily missions into sensitive areas where one slight mishap could spark an international incident.
After climbing to 60,000 feet, the crew switched off its communication system so that only a select few would know the mission’s target. The aircraft didn’t always rely on its speed for defense; it was equipped with a jammer that would interrupt the enemy’s communication between the radar site and the missile itself.
On occasion, the enemy would fire missiles without radar guidance, which would sometimes get so close that the pilots could spot the passing missiles 150-yards away from inside the cockpit.
When reaching its target area, The SR-71’s RSO (reconnaissance systems officer) would engage the high-tech surveillance equipment consisting of six different cameras mounted throughout various locations on the Blackbird.
The system could survey 100,000 square miles in an hour, with images so clear analysts could see a car’s license plate.
With so many successful missions, enemy nations did their best to blow the SR-71 Blackbird right out of the skies. Five countries attempted that near impossible feat.
After decades of sustained land operations, the Navy SEAL Teams are pivoting back to their underwater roots. The acquisition of the SEAL Delivery Vehicle Mark 11 has marked this strategic shift.
SEAL Delivery Vehicles are used to clandestinely transport SEAL operators closer to a target. Naval Special Warfare currently uses the venerable SDV Mark 8.
But the Mark 11 is an improvement to the old design. The new mini-submarine comes with better navigational abilities and increased payload capacity. The new vehicle also weighs 4,000 pounds more and is 12 inches longer, 6 inches taller, and 6 inches wider.
SDVs are wet submarines, meaning that water flows in the vehicle. The SEAL operators have to have underwater breathing apparatuses and wetsuits to survive. They are cumbersome and taxing on the operators, but they get the job done. Naval Special Warfare, however, is looking to add dry submarines to its fleet of midget subs – what you would think of a submarine — in the near future.
The new SEAL Delivery Vehicle (SDV) Mark 11 during navigation training in the Pacific Ocean (US Navy).
Last October, the U.S. Special Operations Command (USSOCOM) awarded Teledyne Brown Engineering a 8 million contract for the ten Mark 11s. The company has delivered five midget subs already, the last one in June. The remaining five are to be spaced out between Fiscal Year 2021 and 2022.
Currently, the Mark 11 is undergoing operational testing. Of particular importance is the landmark test of deploying and recovering a Mark 11 from a submarine.
Expediting the date of initial operational capability is the fact that both the Mark 8s and Mark 11s utilize the same Dry Dock Shelter (DDS) platform. DDS are attached to a submarine and carry the SDVs closer to the target.
A SEAL Delivery Vehicle (SDV) is loaded aboard the Los Angeles-class fast attack submarine USS Dallas (SSN 700). A Dry Deck Shelter (DDS) equipped submarine is attached to the submarine’s rear escape trunk to provide a dry environment for Navy Seals to prepare for special warfare exercises or operations. DDS is the primary supporting craft for the SDV (U.S. Navy photo by Chief Journalist Dave Fliesen).
The improved SDV capabilities of Naval Special Warfare are in response to the National Defense Strategy, which has marked the shift from counterinsurgency operations to near-peer warfare and categorized Russia and China as the biggest threats to U.S. national security. China, in particular, seems to be the main focus of that drive for a potent and well-maintained SDV capability.
“After decades of combat superiority across nearly all operating environments, our military now faces a world in which every domain is aggressively contested,” had said Rear Admiral Collin Green, the commanding officer of Naval Special Warfare in a discussion about the future of his force.
To begin with, there is China’s pugnacious and expansionist foreign policy in the South China Sea. The Chinese Navy, moreover, seems to be going through an arms race reminiscent of the Dreadnaught race between the United Kingdom and Germany that adumbrated the First World War. It can field more than 700 ships in the case of a conflict.
“We are adapting to the evolving strategic environment in order to remain the NSW force the nation expects – flexible, agile, networked, sustainable, and lethal. I am proud to lead this incredible force of highly skilled and creative problem solvers. Our strength lies in the diversity of thought, background, race, gender, and experience found throughout our force,” had added RADM Green.
Last year, Naval Special Warfare Command decided to reactivate SEAL Delivery Vehicle Team 2 (SDVT-2) as the committed East Coast SDV unit after 11 years, further signaling its commitment to return its underwater special operations roots. SEAL Delivery Vehicle Team 1 (SDVT-1) is responsible for the West Coast.
Here’s an interesting fact about the SDV Teams: Master Chief Kirby Horrell – the last Vietnam era Navy SEAL to retire from active duty after an astounding 47 years in uniform – went through the three-month-long SDV school at the age of 56 (he was promoted to Master Chief while in the course). Training dives in SDV school and the SDV Teams are no joke. Some last eight hours or even more.
When soldiers, airman and sailors are injured by enemy fire, ambushed or pinned down by dangerous attacks, Air Force HH-60 Pave Hawk rescue helicopters are tasked with the risky combat mission of flying in behind enemy lines — to save imperiled service members.
“We’ve made a promise to our soldiers, sailors, airmen and marines — and that promise is we will always come get you,” Brig. Gen. Eric Fick, Director of Global Reach Programs, Air Force Acquisition, told Scout Warrior in an interview earlier this year.
However, the Pave Hawk fleet has been taxed by recent combat in Iraq and Afghanistan; the fleet has been decimated by loss, damage and the wear and tear of consistent high-risk combat missions. As a result, the Air Force is deeply immersed in a crucial effort to restore the fleet to its needed operational strength, Fick explained.
“Due to the constant operation since 9-11, we have suffered loses of those helicopters in an operational sense. The objective is to bring back the fleet to full strength,” Fick said.
Facing the regular threat of Taliban or insurgent RPG, Pave Hawks are armed with .50-cal machine guns and 7.62mm weapons. They are also built with extra armor to defend against small arms fire and various kinds of enemy attacks.
“We are outfitted to go into a hostile environment to recover people, which is why we need extra armor and guns. The mission incorporates more than just recovering the downed airman, it could also include someone who is injured by and IED. We are outfitted to go recover them bring them back and give them the aid that they need. We can do MEDEVAC but also MEDEVAC behind the forward lines,” Fick explained.
Upgrades to the “life-saving” Pave Hawk helicopters include the addition of a color weather radar, upgraded radar warning receivers, automatic direction finders, digital intercom system and an ethernet backbone to the avionics system.
“This is most likely on a daily basis saving the lives of soldiers, airmen and sailors. When they get in trouble these are the guys (HH-60G) that come get them. These are the aircraft that let them do it,” he added.
Pave Hawk Upgrades
At the moment, the Air Force operates 97 embattled Pave Hawks; the goal is to restore the fleet to 112 helicopters.
The Air Force Pave Hawk restoration and upgrade is progressing along a two-fold trajectory involving the conversion of Army UH-60 Black Hawks and existing HH-60Gs into new models called Operational Loss Replacement, or OLR, helicopters.
The Army Black Hawks are given new communications technology, navigational systems, radar warning receivers and hoist refueling probes allowing the aircraft to refuel mid-mission. In addition, they are engineered with an infrared jammer and flare countermeasure dispensing system. The converted helicopters are also given longer range fuel tanks and increased armor for combat rescue missions, Lt. Col. Charles Mcmullen, HH-60 program element monitor, told Scout Warrior.
In total, 21 Army Black Hawks will be converted into upgraded models. Three of them will be configured as test models and 18 will go to three different guard units and then to active duty forces, Fick said. The first UH-60 helicopter has already been converted into a Pave Hawk, he added.
The creation of OLR models from HH-60G helicopters includes the addition of a color weather radar, upgraded radar warning receivers, automatic direction finders, digital intercom system and an ethernet backbone to the avionics system.
“A new color multi-function display on the dashboard can switch between an active moving map and infrared imaging system which can be used in low light to land the helicopter and pick up injured service members,” Fick added.
The new “picture in picture” color display allows pilots to merge separate laptop and control panel screens into a single screen designed to better expedite navigation and decision making while lowering the pilot’s workload.
All existing Pave Hawks will be transformed into OLR models within the next several years. The restoration of the Air Force Pave Hawk fleet is designed to preserve operational rescue helicopters until the services’ emerging new Combat Rescue Helicopter arrives in the mid 2020s.
“The mods will start next year. The challenge is we want to get the OLR birds out first. We are working the phasing and the timing of those mods to make sure we do not reduce readiness,” Fick added.
The Sikorsky-built helicopter operates two General Electric T700-GE-700 or T700-GE-701C engines, weighs 22,000 pounds and reaches speeds up to 184 miles per hour. It has an operating range of 504-miles.
Pave Hawk History
Pave Hawks combat missions began in Operation Just Cause. During Operation Desert Storm they provided combat search and rescue coverage for coalition forces in western Iraq, coastal Kuwait, the Persian Gulf and Saudi Arabia, Air Force statements said.
They also provided emergency evacuation coverage for U.S. Navy SEAL teams penetrating the Kuwaiti coast before the invasion.
During Operation Allied Force, Pave Hawks provided continuous combat search and rescue coverage for NATO air forces, and successfully recovered two Air Force pilots who were isolated behind enemy lines.
On September 30, 2020, U.S. Army Contract Command awarded a $77,168,400 contract to SIG Sauer to equip soldiers with the Direct View Optic for use on the M4A1 carbine. The outgoing M150 Rifle Combat Optic, manufactured by Trijicon as the TA31RCO, provides soldiers with a fixed 4x magnification and is effective out to 500 meters. The new DVO allows the end-user to quickly switch between 1x and 6x magnification and boasts an increased effective range of 600 meters.
Introduced by the Army in 2007, the RCO makes up a relatively small portion of the service’s M4 carbine optics. Though equipment varies by unit, the majority of soldiers are issued rifles equipped with the M68 Close Combat Optic. Manufactured by Aimpoint as the CompM2, the CCO was accepted by the Army in 2000 and is a non-magnified red dot reflex sight designed for use with the M4 out to an effective range of 300 meters.
The Army has not said whether or not the DVO will eventually replace the CCO as well. While the CCO excels at close-quarters fighting thanks to its reflex reticle, the Army’s requirement for the DVO stated that, “The DVO will be capable of variable power magnification with minimum magnification of 1.0x with no rounding and maximum magnification greater than or equal to 6.0 power.” The “1.0x with no rounding” is important because it calls for the DVO to provide a true 1x magnification setting; many commercial Low Power Variable Optics provide close to, but not true, 1x magnification. This requirement is given reasoning in the Army’s notice. “Variable power magnification optics combine the capabilities of the non-magnified optic’s ability to engage close quarter targets with a fixed-magnification optic’s ability to detect, recognize, identify, and precisely engage targets at extended ranges,” the Army explained. “This allows the Soldier to have both critical capabilities without the limitations of either non magnified or fixed magnification optics.”
Given these requirements, it would not be unreasonable to think that the Army may try to distribute the DVO across entire infantry squads. After all, the Marine Corps has already done just that with its new Squad Common Optic. On February 23, 2020, the Marine Corps announced that it had awarded a $64,000,000 contract to Trijicon to supply its infantry with the Variable Combat Optical Gunsight 1-8×28 mm rifle scope for use on the M4 carbine and M27 Infantry Automatic Rifle weapon systems. The SCO is set to begin replacing the Corps’ RCO during the first quarter of fiscal year 2021.
While the exact model of SIG Sauer LPVO is unknown, there is speculation that the DVO may be the company’s Tango6T 1-6×24 mm SFP scope. The Tango6T has already been selected for use on the Army’s M110A1 Squad Designated Marksman Rifle, a derivative of the Heckler & Kock G28/HK417, and general use by Special Operations Forces.
The contract allows for delivery of the DVO over the next five years. However, it is unknown how many of the new optic the Army plans to acquire from SIG Sauer, further lending to the theory that the DVO may replace the CCO as well.
Amazon has announced the cast details for its upcoming “Lord of the Rings” series, which includes two “Game of Thrones” alumni.
Robert Aramayo joins the cast in the role previously vacated by “Midsommar” actor Will Poulter, who dropped out due to scheduling conflicts. This is said to be the protagonist role.
In HBO’s “Game of Thrones,” Aramayo played a young Ned Stark, which offers up another “Lord of the Rings” connection as Sean Bean played the older Ned in “Game of Thrones” and Boromir in Peter Jackson’s “The Lord of the Rings” film trilogy.
Sean Bean played Ned Stark and Boromir.
(HBO/Warner Bros./New Line Cinema)
Joseph Mawle is the other “Game of Thrones” actor who will now feature in Amazon’s “Lord of the Rings” series, although it is unknown what role Mawle will have in the show.
Mawle played Benjen Stark in “Thrones,” brother of Ned — so it seems the Starks are heading to Middle Earth.
Joseph Mawle played Benjen Stark in “Thrones.”
The series will be set during the 3,441-year period, known as the Age of Númenor, or the Second Age.
The cast also includes Tom Budge, Markella Kavenagh, Sophia Nomvete, and Nazanin Boniadi, who stars in ‘Bombshell’ this year. As reported by Variety, the only cast member with a named character attached to them at this time is Morfydd Clark, who will be playing a young Galadriel.
Filming for the series is set to take place this year ahead of a 2021 release.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
Sebastian Junger is not a military veteran. He makes that clear, but he sure sounds like one. Maybe it’s because he’s covered conflict zones
from Sierra Leone to Nigeria to Afghanistan as a journalist. It’s safe to say he’s seen more conflict than many in the United States military.
If there’s an expert on modern warfare and the long-term effects of those who live it, that person is Sebastian Junger.
He sees war and its effects through the lens of an anthropologist. This not only gives him the perspective to look back on his homecoming—and the homecomings of U.S. troops—to see the problems and abnormalities with how societies deal with their combat veterans, it allows him to put those ideas into words. Some words returning and transitioning veterans may not have ever known to use.
“We try hard to keep combat at a distance,” he says in the new
PBS documentary Going to War. “But when we talk about war, we talk about what it means to be human.”
In Going to War, Junger and fellow author Karl Marlantes (Matterhorn: A Novel of the Vietnam War) examine the paradox of fighting in combat: how the brotherhood and sense of purpose contrast with the terror, pain, and grief surrounding the violence and destruction. It starts with the training. Whenever young men (and now women) are placed in a situation where they would be fighting for their lives, the training would diminish perceptions of the individual in favor of the group.
“If you have people acting individualistically in a combat unit, the unit falls apart and gets annihilated,” Junger says. “So you need them to focus on the group. The training, beyond firing a weapon, is an attempt to get people to stop thinking of themselves.
This is not just the U.S. military. This is every military around the world.
The United States is “orders of magnitude” more capable than most. What the U.S. is having trouble dealing with is what comes after its veterans return home and then to civilian life. For returning vets, sometimes the problem is returning to an unearned hero’s welcome.
Only about ten percent of the military will ever see combat. Those who don’t still get the welcome home, but feel guilty for feeling like they never did enough to earn that accolade.
For those who were in combat, the experience of being shot, shot at, and watching others get killed or wounded is a traumatic experience that our increasingly isolated society doesn’t handle well.
When veterans leave the military, separation becomes a more apt term than we realize. Our wealthy, individualistic modern society rips military veterans from their tribal environment while they’re in the military and puts them back into a cold, unfamiliar and far less communal world.
Junger thinks a fair amount of what we know as PTSD is really the shock of a tribal-oriented veteran being put in an individualized environment.
“Going to War did a fantastic job of capturing the experience of fighting in a war and then coming home,” Junger says. “For me one of the most powerful moments wasn’t even on the battlefield.
Junger goes on to describe what, for him, is the most poignant story out of a slew of emotional, true stories of men fighting nearly a century of wars:
“A young man, a Marine describing his final training, a ruck march. They had heavy packs and the guy had an injury so he couldn’t walk very well. Another guy comes along and carries his pack for him, so the second guy is carrying 160 pounds maybe, and says ‘If you’re not gonna make it across the finish in time, then neither will I. We’re gonna do it together or fail together.’ And that is the central ethos to men in combat in the military.”
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