Industrial Revolution has teamed up with Dave Canterbury to release a package called the Bushcraft Survive & Thrive Kit. The kit is made up of somethings that Canterbury sells, along with brands that Industrial Revolution deals in.
From Canterbury you’ll receive the book Bushcraft 101, a nesting cup with lid, pot hanger and bottle. The hanger can be used with both the pot using the included holes in it along with in the opening of the bottle if you want to boil a larger quantity of water. We’ve actually read his book and its a well illustrated, informative read.
From UCO you’ll receive an excellent candle lantern and matches which we have used and recommend. New for the show was the SWEETFIRE strikable fire starter. It combines a fuel cube and a match into a single unit with a burn time of up to 7 minutes. The SWEETFIRE is actually made out of a byproduct from the sugar extraction process from cane. While they aren’t strike-anywhere, the box does include a striker on it.
Every good survival kit comes with a piece of sharpened steel and in the case of this one its a Morakniv (Mora as everyone else calls it) Kansbol. There is a dual grind on the blade and the heel of the blade was ground flat for sparking ferrocerium rods.
While on the subject of the Kansbol, they have a mounting platform for it called the Multi Mount. It is not part of the kit but is something that you can pick up separately or with a Kansbol. It is also compatible with the Garberg the Mora full tang knife. The new mount allows you to attach directly to PALS webbing but opens up other mounting options with a bit of creativity.
Check out more from Industrial Revolution here, or if your at the show head on over to booth 1446.
This article originally appeared on Recoilweb. Follow @RecoilMag on Twitter.
The fight continues in the Middle Euphrates River Valley to wrest the last 2 percent of land once controlled by the Islamic State of Iraq and Syria from the grasp of the terror group, Defense Secretary James N. Mattis said in Washington.
“That fighting is on-going and as we forecasted, it’s been a tough fight and we are winning,” the secretary told reporters.
The secretary said Syrian leaders have to be well aware of the U.S. position on the regime using chemical weapons. He stressed “there is zero evidence” that any opposition groups possess chemical weapons or the technology to employ those weapons.
The U.S. goal in Syria remains to end the tragedy that would have ended years ago, if Russia and Iran had not intervened, Mattis said. “We want to support the Geneva process — the U.N.-mandated process. … In that scope what we want to do is make certain that ISIS does not come back and upset everything again.”
The U.S. and allies are training local security forces inside Syria. The United States is working with Turkey to launch joint patrols in Manbij. “I think we are close on that; it’s complex,” Mattis said. “Once we get those patrols going along the line of contact and we take out the rest of the [ISIS] caliphate, our goal would be to set up local security elements that prevent the return of ISIS while at the same time diplomatically supporting … the Geneva process.”
Defense Secretary James N. Mattis speaks to reporters during a news conference at the Pentagon, Sept. 24, 2018.
(DoD photo by Jim Garamone)
The secretary said Russia’s vetoes of United Nations resolutions early in the process with Syria, “kept the U.N. marginalized at a time when it might have been able to stop what unfolded. Iran then sent in their proxy forces.”
Iranians are in Syria. Iran is propping up the Assad regime with forces, money, weapons, and proxies. “Part of this overarching problem is we have to address Iran,” Mattis said. “Everywhere you go in the Middle East, where there is instability, you find Iran.”
Iran has a role to play in the peace process, the secretary said. And that “is to stop fomenting trouble,” he added.
Mattis condemned the terrorist attack inside Iran. “We condemn terrorist bombings anywhere they occur,” he said. “It’s ludicrous to allege that we had anything to do with it, and we stands with the Iranian people, but not the Iranian regime that has practiced this very sort of thing through proxies and all for too many years.”
And, the secretary praised the U.S. military response to Hurricane Florence.
“We rate ourselves as having done a good job so far,” he said. “The tactics were to surround it on the seaward side and the landward side, and keep people out of the area forecasted to be hit. So we had troops who were ready to go and follow the storm in from both directions, and we met all the requests from the Federal Emergency Management Agency … in a timely manner. We still have troops committed to it, but clearly it is winding down.”
Military equipment, to include deep water vehicles, boats and more, remain available if needed, he said.
The secretary announced he will travel to France and Belgium to take part in NATO’s Defense Ministerial Meeting.
The US military and NATO have been significantly outgunned by Russia in eastern Europe for some time, but US Army generals recently laid out a plan to close the gap.
As it stands, Russia has more tanks, aircraft, better air defenses, and more long-range weapons systems than the US and NATO have in eastern Europe.
The US has known for some time that its air superiority, something the US has held over enemies for 70 years, has come under serious threat, but now they’re working on an answer.
“Because of the power and the range and the lethality of these Russian air defenses, it’s going to make all forms of air support much more difficult, and the ground forces are going to feel the effects,” Gen. Robert Brown, who commands the US Army in the Pacific, recently said, according to Military.com.
He said the answer was to “push the maximum range of all systems under development for close, deep, and strategic” strikes, and that the US has “got to outgun the enemy.”
Instead of risking US planes and pilots in covering US forces as they fight with Russia, the US should pivot to increasing the range of its rockets, artillery, and missiles, according to Brown. Then, using those systems, the US can knock out Russian defenses and keep its troops at bay, potentially fighting without air support for weeks, he said.
Brown was speaking at the Association of the United States Army’s Global Force Symposium in Huntsville, Alabama.
Russia has “got a range advantage over us in a number of different areas, particularly cannons,” John Gordon IV, a senior policy researcher at Rand Corp, said at the event. “Typically, modern Russian cannons have got 50 percent to 100 percent greater range than the current generation of US cannons.”
Brown also said the US needs to extend the range of its current systems and those in development to meet the threat, specifically by bumping up the range of the Army Tactical Missile System to 499 kilometers, just under the 500 kilometer range limit the US is bound to by an arms-control agreement.
Brig. Gen. Stephen Maranian, commandant of the Army’s Field Artillery School, said the new missiles would have “the ability to hit a ship at sea, the ability to hit moving targets on the land domain, the ability to have sub-munitions that attack heavy armored targets and have effects … and the ability to use sensors to hone in on targets. Those are all aspects of future spirals of this missile that the base Precision Strike Missile will provide,” Military.com noted.
Additionally, the US is working on a new self-propelled howitzer that would increase the range out to 40 kilometers and increase the rate of fire.
Russian Aircraft Corporation MiG has faded from its glory days, when it produced many front-line fighters for the Soviet Union. Arturo Mikoyan and Mikhail Gurevich, co-founders of the design bureau, helped usher in a number of aviation classics, like the MiG-21 Fishbed (11,496 built by the Soviets, plus 2,450 J-7s produced by Communist China).
Sukhoi, another major Russian aircraft manufacturer, responsible primarily for attack planes like the Su-17/20/22 Fitter and the Su-24 Fencer, ended up stealing the show by developing the Su-27 Flanker, which proved to be a better fighter. In this case, ‘better’ means being shot down less often. The Su-27 has demonstrated some superb maneuverability at slower speeds, able to perform demanding, acrobatic maneuvers, like the Pugachev Cobra.
Such precise control is key for taking off from and landing on carriers. The naval version of the Su-27, the Su-33 “Flanker D,” was designed to do just that and first flew in 1987. The Su-33, like the Su-27, is equipped with the AA-10 “Alamo” semi-active radar-guided missile, the AA-11 “Archer” all-aspect heat-seeking missile, and the AA-12 “Adder” radar-guided missile. It also packs a 30mm cannon with 150 rounds. This plane has a top speed of 1,553 miles per hour and a maximum range of 2,287 miles.
The Su-33 made its combat debut over Syria in 2016. The Russian Navy sent the aircraft carrier Admiral Kuznetsov to support the regime of Syrian President Bashir al-Assad. The plane didn’t fly combat from the Kuznetsov, but instead operated from land bases. In fact, one was lost in a splash landing while trying to land on the carrier.
Despite a relatively tame debut in Syria, the capability of the Su-33 is a worldwide affair. China is currently producing a version of this fighter, called the J-15 Flanker. This lightly modified jet operates off the Liaoning, a Kuznetsov-class carrier. The Chinese are currently building a copy of the Liaoning, and have plans for other, larger carriers that will most certainly operate J-15s.
Learn more about Russia’s carrier-based fighter in the video below:
Since its founding in 1958, DARPA, the Defense Advanced Research Projects Agency, has kept the United States as a technological leader in robotics, electronics, communications, and combat. President Eisenhower first authorized what was then known as ARPA as a response to the Soviet launch of the Sputnik satellite in 1957, and the Agency quickly became known for its far-fetched research, its startling advances, and its secrecy.
Inventions by DARPA have changed the way we communicate, work, and travel – both in peace and war. Our list of DARPA projects includes concepts crucial to the internet, GPS, interactive maps, advanced computing, and transportation. And DARPA researchers are currently working on an astounding array of projects, everything from robotic dogs to healing microchips. Much of it won’t work, and some of it won’t ever see the light of day – but everything DARPA does keeps the US on the forefront of technological dominance.
This DARPA projects list features some of the coolest, most attention-getting innovations DARPA has been involved with. Which inventions and breakthroughs do you think are the coolest in DARPA history? Vote them up below!
But military activity has been increasing on the other side of the Baltic Sea and in Kaliningrad — areas that have long been flash points for Russia and NATO.
Moscow assumed control of Kaliningrad after World War II and retained it after the breakup of the Soviet Union.
Now an 86-square-mile exclave, Kaliningrad is home to about a million people who are separated from the rest of Russia by Lithuania, Poland, and Belarus. But that location makes it strategically valuable.
It has Russia’s only Baltic Sea port that is ice-free year-round. In addition to several air bases, it is also home to Russia’s 11th Army Corps. It also looks over one side of the Suwalki Gap, which NATO worries could be blocked during a conflict, cutting the Baltics off from the rest of Europe.
Russia appears to be upgrading its military facilities there.
Moscow has in the past deployed Iskander short-range, nuclear-capable missiles there temporarily, but in February 2018, a Russian lawmaker confirmed that the Iskander, which has a maximum range of about 310 miles, had been moved there permanently in response to NATO’s buildup in Eastern Europe.
Satellite imagery taken between March and June 2018 showed activity around bunkers in Baltiysk, the main base of Russia’s Baltic Fleet, including the fortification of buildings “characteristic of explosive storage bunkers,” Matt Hall, a senior geospatial analyst at 3Gimbals, told Defense One in July 2018.
Imagery taken between mid-July and the beginning of October 2018 showed upgrades at least four sites in Kaliningrad, according to CNN.
That included construction of 40 new bunkers and the expansion of a military storage area near Primorsk, which is Russia’s second-largest Baltic port. Images also showed improvements at the Chkalovsk air base and upgrades at a base in Chernyakhovsk, which houses Iskander missiles.
Kaliningrad received much of the Soviet weaponry in Eastern Europe after the USSR’s collapse, and for a long time the area “was a bit of a dumping ground,” said Jim Townsend, a transatlantic security expert at the Center for a New American Security.
Moscow’s focus on Kaliningrad increased in the early 2000s, around the time the Baltic states — Estonia, Latvia, and Lithuania — joined NATO. Their inclusion was especially galling for Russia, which sees them as its “near abroad.”
“Kaliningrad has been on a trajectory of improvements since the Baltic tensions and certainly since” the Russian annexation of Crimea in 2014, Townsend said.
The Iskander deployment is of a piece with Russian efforts to influence other European capitals, Townsend added. “They would say, ‘Look, if NATO puts troops into the Baltics, we’re going to put Iskanders onto Kaliningrad.”
Northeast Europe is a particularly sensitive area for Russia, Townsend said.
St. Petersburg, from which the Baltic can only be reached by passing Finland and Estonia, is Russia’s second-biggest city. To the north is the Kola Peninsula, home to Russia’s Northern Fleet and its submarine-launched ballistic missiles.
“The Baltic is kind of a backdoor to that. Kaliningrad helps to defend that backdoor,” Townsend said. “So that’s very sensitive.”
Russia’s military is not the only one active in the Baltics.
The NATO buildup cited by Moscow as reason for permanently deploying Iskander missiles was the multinational battle groups the alliance has stationed in Poland, Lithuania, Latvia, and Estonia since 2016.
More recently, the US Air Force and the Estonian air force heralded the completion of a joint-use facility at Amari air base near the latter’s capital, Tallinn, which was the first completed military construction projected fully funded by the European Deterrence Initiative.
Soviet jets were stationed at Ameri during the Cold War, but since 2004 it has hosted NATO aircraft during their rotations in the alliance’s Baltic air-policing mission. (The Baltic countries don’t have their own combat aircraft.)
US airmen from the 493rd Expeditionary Fighter Squadron marshal in an F-15C Eagle at Siauliai air base, Lithuania, Aug. 29, 2017.
(US Air Force photo by Tech. Sgt. Matthew Plew)
Improvements at Amari “provide strategic access into that very contentious part of Europe,” said Brig. Gen. Roy Agustin, director of logistics, engineering, and force protection for US Air Forces in Europe and Africa, according to Stars and Stripes. “You look right across the border and there’s a big regional adversary right there.”
The EDI, previously called the European Reassurance Initiative, has funded military projects in Europe since Russia’s intervention in Ukraine in 2014. Since then, the US has spent millions upgrading facilities across Eastern Europe to allow its military and partner forces to respond quickly to crises.
EDI funding also covers Operation Atlantic Resolve, which includes US armored rotations in Europe, a continuous presence in the Black Sea area, and prepositioning equipment and weapons around the continent.
The Pentagon’s 2019 budget request for the EDI was nearly doublewhat it got for the program in 2017 and six times what was allotted for it in 2015.
North of the Baltics, Sweden and Finland — close NATO partners that remain outside the alliance — have also turned increasing attention to military readiness.
Sweden’s armed forces said in 2018 that they needed to boost staffing from 50,000 to 120,000 by 2035 — in addition to adding new surface vessels, subs, and combat aircraft — to meet future challenges.
The report also said Sweden’s military budget would need to more than double over that period. Every mainstream party in the country’s September 2018 parliamentary election backed a military budget increase, but that growth will take time.
Stockholm’s defense outlay has tumbled since hitting 3.68% of GDP in 1963. The 1.03% of GDP currently spent on the military is a historic low, according to Defense News.
Sweden has also reintroduced military conscription and put troops back on Gotland Island in the middle of the Baltic Sea.
More recently, Finland, which shares a 838-mile border and a history of conflict with Russia, has begun pumping money into military modernization — notably id=”listicle-2614964544″.5 billion for the Squadron 2020 program, which includes buying four multirole, ice-breaking, submarine-hunting corvettes armed with surface-to-surface missiles, torpedoes, and sea mines.
The program will also fund upgraded fast-attack missile vessels and upgrades to Finnish mine-layers and mine-countermeasure vessels, according to Defense News.
“The Baltic Sea has become a possible focal point for tension between East and West,” said Finland’s defense minister, Jussi Niinistö. “We are dealing with a more unpredictable Russia.”
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
The Vietnam War’s icon was arguably the UH-1 helicopter. Officially designated the Iroquois (‘Huey’ is more of a term of endearment), this helicopter has been the most-produced in history, first flying in 1956 — that means it has just over six decades of service with the United States military!
Over 7,000 Hueys were used in Vietnam, and 2,500 were lost during the war.
According to the Naval Institute Guide to World Military Aviation, the UH-1D had the ability to carry up to 16 passengers and crew.
The chopper could also carry just under 3,900 pounds of equipment in the cabin or 5,000 pounds in an external sling. It also could serve as a potent gunship, firing 70mm rockets, M60 machine guns in 7.62mm NATO, and M134 miniguns.
The secret to the Huey’s success was a gas turbine engine that not only was able to perform at higher temperatures and in less-dense air than previous helicopters, but it was also much lighter than previous helicopter engines.
This allowed the Huey to be smaller (48-foot rotor diameter, 57 foot length) and lighter — making it fast (a top speed of 135 miles per hour) and maneuverable. It had a range of 315 miles, giving American troops the ability to strike hard and fast at a distance.
The chopper’s mobility meant that in a one-year tour, the average infantry soldier saw 240 days of combat. For some perspective, in the Pacific Theater during WWII, the average grunt saw 40 days over the nearly four years that conflict lasted.
Today, versions of the UH-1 are still in service with the Marine Corps (the UH-1Y Venom), the Air Force (UH-1N), and Navy (UH-1N). The Army’s last Huey mission was flown on Dec. 15, 2016. According to an Army release, the helicopter was handed off to the Louisiana State Police a week later.
In future combat, Army units may deploy a large unmanned aerial system that can serve as a mothership capable of unleashing swarms of autonomous aircraft for various missions.
With near-peer competitors advancing their anti-access and area-denial capabilities, the Army requires innovative ways, such as this one, to penetrate through enemy defenses, said Army Vice Chief of Staff Gen. James C. McConville.
“Quite frankly, if you’re going to some type of integrated air defense environment, I would prefer to have unmanned aircraft leading the way,” he said.
McConville, an aviator who has piloted several Army helicopters, spoke April 16, 2019, at a conference hosted by the Army Aviation Association of America, or Quad A.
“We want industry to be listening,” he said about the conference, “because we are telling them where we think we’re going and what we want them to develop.”
Army Vice Chief of Staff Gen. James C. McConville speaks at a conference hosted by the Army Aviation Association of America, or Quad A, in Nashville, April 16, 2019.
(Photo by Sean Kimmons)
Senior leaders expect the future battlefield to have dispersed units operating in densely-populated areas, where they will be contested in multiple domains, such as the air.
To be successful, they say, soldiers need to be able to present several dilemmas to the enemy, which is why the Army developed its new concept of multi-domain operations.
“We must penetrate enemy anti-access and area-denial systems in order to allow follow-on forces to disintegrate,” McConville said, “and find freedom of operational and tactical maneuver to exploit enemy forces.”
The Future Vertical Lift Cross-Functional Team has started to rapidly develop two aircraft — the Future Attack Reconnaissance Aircraft and Future Long Range Attack Aircraft, which aim to replace some AH-64 Apache and UH-60 Black Hawk helicopters, respectively.
For the FARA program, the team expects to award two vendors next year to create competitive prototypes that will perform a government-sponsored fly-off in 2023, Brig. Gen. Walter Rugen, the team’s director, said in March 2019.
Earlier this month, a request for information, or RFI, for the joint FLRAA program was released in an effort to further refine requirements for the Army, Special Operations Command and Marine Corps.
Both programs are set to achieve initial fielding by 2028-2030, McConville said, adding no decisions have yet been made on how many will be procured.
The general, though, did say that air cavalry squadrons may receive FARA, while there would still be room for Apache helicopters.
“So for the old cavalry folks, you can dust off your Stetsons and shine up your spurs,” he said. “We see the Apache helicopter remaining in the attack battalions and being incrementally improved for some time into the future.”
Army Vice Chief of Staff Gen. James C. McConville speaks at a conference hosted by the Army Aviation Association of America, or Quad A, in Nashville, April 16, 2019.
(Photo by Sean Kimmons)
FLRAA, he added, will likely be fielded first to units with forced- or early-entry missions like the 101st Airborne Division (Air Assault), 82nd Airborne Division, 160th Special Operations Aviation Regiment (Airborne), and some National Guard units.
“We will acquire these aircraft with competitive prototyping processes to ensure the capability is there before we buy,” he said. “We want to fly, we want to try, before we actually buy and we’re looking for innovation from industry as we go forward.”
Under development is also a new aviation engine through the Improved Turbine Engine Program as well as a 20 mm gun, he said.
Future aircraft will also require a Modular Open System Architecture. The general envisioned it to have something similar to how smartphones can easily receive and complete updates every few weeks.
“We think this is absolutely critical because we want to be able to field new capabilities very quickly into our aircraft of the future,” he said.
As a former OH-58 Kiowa pilot, McConville said it took too long to make updates on the reconnaissance helicopter.
“You would have to rewrite the entire code and flight test it,” he said. “It was a big deal just to change a screen thing, which we should be able to do in seconds.”
While modernization efforts may affect other programs, the general said that change is necessary.
If senior leaders in the 1970s and 1980s failed to modernize the force, he said, soldiers would still be flying AH-1 Cobra attack helicopters instead of Apaches and UH-1 Huey utility helicopters instead of Black Hawks.
“We must modernize the Army,” he said. “We’re at that critical time right now and we feel that with the modernization priorities, the National Defense Strategy, where we see the world evolving, we must do that.”
The US Navy has declared its F-35Cs ready for combat, but the service’s own testing data says the stealth fighters designed to take off and land on aircraft carriers are nowhere close to ready, an independent nonpartisan watchdog reports.
“The F-35C is ready for operations, ready for combat and ready to win,” Vice Adm. DeWolfe Miller, commander of Naval Air Forces, said in February 2019 as the Navy announced that the fighter had achieved initial operating capability. “We are adding an incredible weapon system into the arsenal of our Carrier Strike Groups that significantly enhances the capability of the joint force.”
But the Project on Government Oversight, a nonprofit government-accountability group, warned March 19, 2019, that despite these claims, the F-35C, like the other variants, “continues to dramatically underperform in crucial areas including availability and reliability, cybervulnerability testing, and life-expectancy testing.”
An F-35C Lightning II carrier variant joint strike fighter.
(U.S. Navy photo by Mass Communication Specialist Eli K. Buguey)
While still secretary of defense, Jim Mattis demanded last fall that the Navy and the Air Force strive to achieve a fleet-wide mission-capable rate of 80% for their fighters by October 2019. The Navy’s carrier-capable F-35 variant is apparently nowhere close to that target, having consistently achieved unacceptably low fully mission-capable rates.
The mission-capable rates for the Navy’s F-35Cs dropped from 12% in October 2016 to zero in December 2017, with figures remaining in the single digits throughout 2018, the oversight group reported, citing Navy documents. The US Navy, according to Military.com, also has only 27 of the required 273 F-35Cs, and the mission-capable rates do not apply to aircraft in testing, training, or depot.
“The fully mission capable rate for the full fleet is likely far below” the target set by Mattis, the watchdog concluded.
It said the Navy had opted to move forward with the aircraft “in spite of evidence that it is not ready for combat” and that it could “put at risk missions, as well as the troops who depend on it to get to the fight.”
The group’s analysis follows the release of a disconcerting report from the Defense Department’s director of operational, test, and evaluation in January that called attention to F-35 readiness issues, such as life expectancy, cybersecurity, and stagnant aircraft availability.
Two F-35C Lightning II aircraft.
(U.S. Navy photo by Chief Mass Communication Specialist Shannon E. Renfroe)
“Fleet-wide average availability is below program target value of 60% and well below planned 80% needed,” the official report said. “The trend in fleet availability has been flat over the past three years; the program’s reliability improvement initiatives are still not translating into improved availability.”
The F-35 Joint Program Office responded to that report, saying the problems presented in the report were being “aggressively addressed.”
The JPO told Business Insider that as of January 2019, the mission capable rate for the Navy’s F-35C was 56 percent. “The Program Office has identified the enablers to increase our mission capability rates,” a JPO spokesman explained.
“We will continue to learn and improve ways to maintain and sustain F-35C as we prepare for first deployment,” the Joint Strike Fighter Wing commodore, Capt. Max McCoy, said as the Navy’s carrier-capable variant was declared “ready for combat” February 2019. “The addition of F-35C to existing Carrier Air Wing capability ensures that we can fight and win in contested battlespace now and well into the future.”
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
For decades, science fiction has been telling us that jet packs are right around the corner. But, while it seems there’ll still be some time before any of us are using them to get to work, the UK and US have been experimenting with jet suits for a number of applications, including defense.
Of course, this isn’t the first time Gravity Industries’ jet packs have been spotted flying around Royal Navy ships. That’s fitting, seeing as Gravity Industries’ founder Richard Browning served in the British Royal Marines prior to beginning his new life as a jet pack mogul. Last year, he had the opportunity to fly his 5-engine jet pack suit around the pride of the Royal Navy, the HMS Queen Elizabeth.
Take on Gravity Jet suit demo with HMS Queen Elizabeth
While the Royal Navy hasn’t announced any plans to adopt these jet packs for military purposes, both the Royal and U.S. Navies have acknowledged that they’ve been in contact with Gravity Industries. According to Browning himself, he’s already met with members of the U.S. Special Operations command — specifically, the Navy SEALs — to discuss what capabilities his jet packs could offer.
“We are always working with the brightest minds in Britain and across the world to see how emerging technology might support our military to keep them safe and give them the edge in the future.” -UK Ministry of Defense statement
Last month, the Great North Air Ambulance Service (GNAAS), a UK-based charity that provides helicopter emergency services, began testing jet suits from Gravity Industries to see if they might allow paramedics to fly directly up to hard-to-reach locations where hikers and mountain climbers find themselves injured.
As GNAAS pointed out, “The undulating peaks and valleys can often mean the helicopter is unable to safely land close to the casualty, forcing travel by vehicle or foot.” That’s not optimal for emergency situations and could potentially even put rescue workers in danger. That’s where these jet packs could come in.
“In a jet pack, what might have taken up to an hour to reach the patient may only take a few minutes, and that could mean the difference between life and death,” GNAAS director of operations Andy Mawson explained.
A hacker who got ahold of sensitive US military documents tried to sell them on a dark-web forum — only to find there were no buyers. The hacker was forced to lower his price to $150.
After a team of undercover analysts from Recorded Future’s Insikt Group embedded themselves with users from the dark-web forum, they came across the hacker who exploited a simple vulnerability on Netgear-brand routers.
Through this exploit, the hacker gained access to documents belonging to a US Air Force service member stationed at the Creech Air Force Base in Nevada, and documents belonging to another service member believed to be in the US Army.
The sensitive files included a maintenance manual for the MQ-9A Reaper drone, a list of airmen assigned to a Reaper drone unit, manuals on how to suppress improvised explosive devices, and an M1 Abrams tank manual.
Although the materials do not appear to be classified, the information was still prohibited from being “released to another nation without specific authority” and was intended for “military purposes only.”
The hacker also tapped into live footage of surveillance cameras at the US-Mexico border and NASA bases, and an MQ-1 Predator flying over the Gulf of Mexico.
The MQ-9A Reaper
(U.S. Air Force photo)
The hacker claimed to have stolen “classified” information from the Pentagon, but Insikt Group’s analysts say their interactions with the hacker painted a less sophisticated picture. After building a rapport with other users on the dark-web forum, analysts chatted with the hacker and discovered he possessed “above amateur” abilities and may have been part of a group within a larger group.
“I wouldn’t say that they possess skills of highly advanced threat-actors,” Andrei Barysevich, a researcher at Recorded Future, told Business Insider. “They have enough knowledge to realize the potential of a very simple vulnerability and use it consistently.”
Analysts say they have a “good level of confidence” of the hacker’s identity, and are coordinating with Homeland Security officials in their investigation. A DHS representative declined to comment on the matter and the affected Air Force drone unit did not respond to requests for comment.
He didn’t fear the Reaper
The hacker may not have been fully aware of the nature of the information he possessed. At one point, he complained that he was unable to find interested buyers for the files — which he believed were highly valuable. He ultimately lowered his price.
“I expect about 0 or 0 for being classified information” he said, according to a transcript.
In an attempt to make a quick sale, he was also “proactive in giving” samples to analysts, which in turn allowed them to determine whom the documents were stolen from.
“[It] clearly shows he had no knowledge of how much this data may cost and where and whom to sell it to,” analyst Barysevich said. “He was attempting to get rid of it as soon as possible.”
After Barysevich’s team alerted US officials, the vulnerable computers were taken offline. That move ultimately cut off the hacker’s access to the files.
The hacker, who is believed to live in a poverty-stricken country in South America, said his internet connection was slow and that, because his bandwidth was limited, he did not download as much information as he had hoped to, prior to finding a willing buyer.
Instead, he relied on screenshots and shared them with the analysts, who say they believe he was still unable to find a buyer.
A password impasse
The Netgear router vulnerability, which dates back to 2016, allowed hackers to access private files remotely if a user’s password is outdated. Despite several firmware updates and countless news articles on the subject, thousands of routers remain vulnerable.
A simple search on Shodan, a search engine for devices connected to the internet, reveals more than 4,000 routers that are susceptible to the attack.
“We’re literally talking about thousands of systems,” Barysevich said. “And many of them appear to be operated by government employees.”
Hackers, like the one Barysevich’s team encountered, would scan large segments of the internet by country, identify which routers would have a standard port used by private servers, and then use the default password to discover private files.
It’s difficult to match the contents of the files with their owners, but that’s not exactly the point. It’s a brute-force method with only one goal in mind: to find valuable data and exploit it.
“Sadly, very few understand the importance of properly securing wireless access points [WAP], and even fewer use strong passwords and understand how to spot phishing emails,” Recorded Future said in a report.
“The fact that a single hacker with moderate technical skills was able to identify several vulnerable military targets and exfiltrate highly sensitive information in a week’s time is a disturbing preview of what a more determined and organized group with superior technical and financial resources could achieve.”
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
Commonly referred to as the “Boneyard,” the 309th Aerospace Maintenance and Regeneration Group at Davis-Monthan Air Force Base, Ariz., contains about 5,000 retired military aircraft throughout 2,600 acres.
Crews at the Boneyard preserve aircraft for possible future use, pull aircraft parts to supply to the field, and perform depot-level maintenance and aircraft regeneration in support of Air Force operations. | U.S. Air Force video/Andrew Breese
An F-86 Sabre sits forlorn in the field, in the shadow of its former glory. The old plane is in parts now, its wings detached and lying beside it. The canopy is missing, along with most of the interior parts of the cockpit, and the windshield is shattered – now bits of broken glass hang precariously from a spider web of cracks.
To retired Col. Bill Hosmer, it’s still beautiful. He walks around the old fighter and stares in admiration. He slides a hand over the warped metal fuselage and a flood of memories rush over him.
“I haven’t been this close to one of these in years,” he says. “Of course, that one was in a lot better shape.”
So was Hosmer. Time has weathered and aged them both, the plane’s faded paint and creased body match Hosmer’s own worn and wrinkled skin. Even the plane’s discarded wings stand as a metaphor for Hosmer’s own life now – a fighter pilot who can’t fly, standing next to a fighter jet with no wings.
Age has grounded them both, but they share something else time can’t take away: A love of flight.
“Retiring from flying is not an easy thing,” Hosmer said. “Flying is a bug you just can’t shake.”
Hosmer has done his share of flying, too. He spent more than 20 years in the Air Force, where he flew the F-86, the F-100 Super Sabre and the A-7 Corsair II. He even served a stint with the USAF Thunderbirds, the service’s air demonstration team that chooses only the best pilots.
The Sabre has always had a special place in his heart, though. It was the first plane he flew and his favorite.
“We’ve shared a lot of time together, me and this plane,” he said, patting the plane’s weathered hulk.
Ironically, Hosmer’s favorite plane is also the one that almost made him give up flying. He was in pilot training, learning how to fly the F-86, when he crashed one. The physical injuries weren’t all that bad – a busted mouth, some fractured bones and multiple bruises – and he healed from them without issue.
The damage to his psyche, though, that was a different story.
“I was scared to fly for a while after that crash,” he said. “It took me a long time to get the courage to get back in the cockpit.”
Eventually, his love to fly overtook his desire not to and he hopped back in the cockpit and rekindled his love affair with flight.
So, looking at the old F-86, Hosmer doesn’t see a broken, battered and discarded jet; he sees past glories, feels loving memories and is saying hello to an old friend.
“I made a living flying this plane,” he said. “It seems like just yesterday I was in the cockpit. But, it was really a long time ago.”
Like Hosmer’s memories, the Sabre is also a thing of the past. The plane is replaced with newer, sleeker and more technologically advanced airplanes, and those few that do remain are typically found in museums and airshows.
The one Hosmer is standing next to is different. This one now sits as part of the 309th Aerospace Maintenance and Regeneration Group at Davis-Monthan Air Force Base, Ariz. Commonly referred to as “the Boneyard,” the AMARG is basically a 2,600-acre parking lot and storage facility for about 5,000 retired military aircraft.
The planes range from older ones, like the F-86 and B-52 Stratofortress, to newer ones, like the C-5 Galaxy. Though retired from active duty, each aircraft still performs a vital mission.
“Parts,” said Bill Amparano, an aircraft mechanic with the 309th AMARG. “These planes offer parts to the fleet. If a unit can’t find a replacement part for one of their aircraft, they’ll send us a request and we’ll take the part off one of our planes and send it to them.”
In other words, the AMARG is like a giant “pick-and-pull” for the Air Force, offering hard-to-find parts to units around the world. And, while it’s said the Boneyard is where planes go to die, it’s the opposite that’s true.
“They don’t come here to die, they’re just taking a break,” Amparano said.
When a plane arrives at the AMARG, it goes through an in-depth preservation process. Guns are removed, as are any ejection seat charges, classified equipment and anything easily stolen. Workers then drain the fuel system and pump in lightweight oil, which is drained again, leaving an oil coating that protects the fuel system.
A preservation service team then covers all the engine intakes, exhaust areas and any gaps or cracks in the aircraft with tape and paper and plastic. This job can take about 150 hours per aircraft.
Larger openings, such as bomb outlets and large vents, are then covered with a fiberglass mesh to keep out birds.
“If you don’t catch them in time, they can really do some damage,” said Jim Blyda, also an aircraft mechanic with the group.
This preservation process doesn’t just prepare the planes for storage; it also keeps them ready. The fully preserved planes can be called back into military service, be used as firefighting planes or even be sold to customers.
“Although some of them look like they are sitting here dead, if we reverse the process, in a couple of days, they are ready to roll,” Amparano said.
The AMARG also performs depot-level maintenance and aircraft regeneration in support of Air Force operations. Each year, the Boneyard receives and teams preserve nearly 400 aircraft, dispose of nearly another 400 aircraft and pull and ship some 18,000 parts.
Even the AMARG’s location serves a purpose. Because of Tucson’s low rainfall, low humidity and high-alkaline soil, corrosion and deterioration are kept to a minimum.
“The weather here is really perfect for storing all these planes,” said Col. Robert Lepper, 309th AMARG commander. “So if we need them, they’re ready. Some have been sitting here for decades.”
For Hosmer, this is a good thing. Without the AMARG and its preservation of the thousands of planes confined within its fences, he would not be able to stand in a field, rubbing his weathered hands over the warped, aged fuselage of an old F-86.
Neither he nor the jet fly anymore, but just the sight of the old fighter brings back memories Hosmer had long since forgotten.
Remembering them now, the memories are brought back to life – just like many of the planes within the AMARG are waiting silently, patiently, to do.
The Air Force’s all-new advanced trainer aircraft, the T-X, has officially been named the T-7A Red Hawk.
Acting Secretary of the Air Force Matthew Donovan made the announcement during his speech at the 2019 Air Force Association’s Air, Space and Cyber Conference in National Harbor, Sept. 16, 2019.
Donovan was joined on stage by one of the original Tuskegee Airmen, Col. Charles McGee, who flew more than 400 combat missions in World War II, Korea and Vietnam. Also seated in the audience were members of the East Coast Chapter of the Tuskegee Airmen.
After a short video highlighting the aircraft’s lineage, Donovan said, “ladies and gentlemen, I present to you the newest Red Tail!” A drape was then lifted to reveal a quarter-scale model of a T-7A Red Hawk painted in a distinct, red-tailed color scheme.
“The name Red Hawk honors the legacy of Tuskegee Airmen and pays homage to their signature red-tailed aircraft from World War II,” Donovan said. “The name is also a tribute to the Curtiss P-40 Warhawk, an American fighter aircraft that first flew in 1938 and was flown by the 99th Fighter Squadron, the U.S. Army Air Forces’ first African American fighter squadron.”
The T-7A Red Hawk, manufactured by Boeing, introduces capabilities that prepare pilots for fifth generation fighters, including high-G environment, information and sensor management, high angle of attack flight characteristics, night operations and transferable air-to-air and air-to-ground skills.
“The T-7A will be the staple of a new generation of aircraft,” Donovan said. “The Red Hawk offers advanced capabilities for training tomorrow’s pilots on data links, simulated radar, smart weapons, defensive management systems, as well as synthetic training capabilities.”
Along with updated technology and performance capabilities, the T-7A will be accompanied by enhanced simulators and the ability to update system software faster and more seamlessly. The plane was also designed with maintainers in mind by utilizing easy-to-reach and open access panels.
Two Boeing T-X trainers.
The T-7A features twin tails, slats and big leading-edge root extensions that provide deft handling at low speeds, allowing it to fly in a way that better approximates real world demands and is specifically designed to prepare pilots for fifth-generation aircraft. The aircraft’s single engine generates nearly three times more thrust than the dual engines of the T-38C Talon which it is replacing.
“The distance between the T-38 and an F-35 is night and day,” said Air Force Chief of Staff General David L. Goldfein. “But with the T-7A the distance is much, much smaller, and that’s important because it means the pilots trained on it will be that much better, that much faster at a time when we must be able to train to the speed of the threat.”
A .2 billion contract awarded to Boeing in September 2018 calls for 351 T-7A aircraft, 46 simulators and associated ground equipment to be delivered and installed, replacing Air Education and Training Command’s 57-year-old fleet of T-38C Talons.
The first T-7A aircraft and simulators are scheduled to arrive at Joint Base San Antonio-Randolph, Texas, in 2023. All undergraduate pilot training bases will eventually transition from the T-38C to the T-7A. Those bases include Columbus Air Force Base, Mississippi; Laughlin AFB and Sheppard AFB, Texas; and Vance AFB, Oklahoma.