The Pentagon’s research arm is now demonstrating an entirely new level of aircraft autonomy which blends the problem-solving ability of the human mind with computerized robotic functions.
The Defense Advance Research Project Agency, or DARPA, program is called Aircrew Labor in Cockpit Automation System, or ALIAS.
A key concept behind ALIAS involves a recognition that while human cognition is uniquely suited to problem-solving and things like rapid reactions to fast-changing circumstances, there are many procedural tasks which can be better performed by computers, developers explained.
ALIAS uses a software backbone designed with open interfaces along with a pilot-operated touchpad and speech recognition software. Pilots can use a touch screen or voice command to direct the aircraft to perform functions autonomously.
For instance, various check-list procedures and safety protocols such as engine status, altitude gauges, lights, switches and levers, can be more rapidly, safely and efficiently performed autonomously by computers.
“This involves the routine tasks that humans need to do but at times find mundane and boring. The ALIAS system is designed to be able to take out those dull mission requirements such as check lists and monitoring while providing a system status to the pilot. The pilot can concentrate on the broader mission at hand,” Mark Cherry, President and CEO of Aurora Flight Sciences, told Defense Systems in an interview.
The aircraft is able to perform a wide range of functions, such as activating emergency procedures, pitching, rolling, monitoring engine check lights, flying autonomously to pre-determined locations or “waypoints,” maneuvering and possibly employing sensors – without every move needing human intervention.
Developers explain that ALIAS, which has already been demonstrated by DARPA industry partners Lockheed Martin and Aurora Flight Sciences, can be integrated into a wide range of aircraft such as B-52s or large civilian planes.
Initial configurations of ALIAS include small aircraft such as a Cessna 208 Caravan, Diamond DA42 and Bell UH-1 helicopters, Cherry explained. The ALIAS system is able learn and operate on both single engine and dual-engine aircraft.
Both Lockheed and Aurora Flight Sciences have demonstrated ALIAS; DARPA now plans to conduct a Phase III down-select where one of the vendors will be chosen to continue development of the project.
As algorithms progress to expand into greater “artificial intelligence” functions, computers with increasingly networked and rapid processors are able to organize, gather, distill and present information by themselves. This allows for greater human-machine interface, reducing what is referred to as the “cognitive burden” upon pilots.
There are some existing sensors, navigational systems and so-called “fly-by-wire” technologies which enable an aircraft to perform certain functions by itself. ALIAS, however, takes autonomy and human-machine interface to an entirely new level by substantially advancing levels of independent computer activity.
In fact, human-machine interface is a key element of the Army-led Future Vertical Lift next-generation helicopter program planning to field a much more capable, advanced aircraft sometime in the 2030s.
It is certainly conceivable that a technology such as ALIAS could prove quite pertinent to these efforts; a Joint Multi-Role Technology Demonstration Army ST program is already underway as a developmental step toward engineering this future helicopter. The intention of the FVL requirement, much like ALIAS, is to lessen the cognitive burden upon pilots, allowing them to focus upon and prioritize high-priority missions.
The human brain therefore functions in the role of command and control, directing the automated system to then perform tasks on its own, Cherry said.
“Help reduce pilot workload and increase safety in future platforms,” Cherry said.
Aircraft throttle, actuation systems and yokes are all among airplane functions able to be automated by ALIAS.
“It uses beyond line of sight communication which is highly autonomous but still flies like a predator or a reaper,” John Langford, CEO of Aurora Flight Sciences, told Defense Systems in an interview.
Due to its technological promise and success thus far, ALIAS was given an innovation award recently at the GCN Dig IT awards.
The United States sent its forces into Syria in 2014 to hasten the demise of ISIS. After the fall of the “caliphate” capital in the Syrian city of Raqqa three years later, the U.S. remained. It was determined to conduct operations that would bring the government forces of Bashar al-Asad to heel.
In 2018, U.S. forces and U.S.-backed militias from the Kurish-led Syrian Democratic Forces (SDF), controlled the Conoco gas field near the town of al-Tabiyeh in eastern Syria. The Americans and SDF were on the eastern side of the Euphrates River, while Syrian government troops and Russian mercenaries were on the other.
As far as the United States knew, there were no official Russian troops operating in this province. Then-Defense Secretary Jim Mattis made certain of that using official channels to the Russian government, in place to prevent a clash between American and Russian troops. The Russians operating with Bashar al-Asad’s troops were military contractors hired by the Wagner Group.
Pro-Assad forces controlled the nearby major city of Deir-ez-Zor, which allowed them a staging area for nearby attacks and to easily cross the river.
The pro-government forces had begun massing in Deir-ez-Zor for days prior and the American-led Coalition could see every move they made, even if they didn’t know who exactly was making those moves. For all the Coalition forces knew, they could have been ISIS. That’s when a large force departed the city, headed for the headquarters of the U.S.-SDF forces at Khasham.
On Feb. 7, 2018, 500 pro-government Syrian troops, including Iranian-trained Shia militiamen, along with Russian military contractors began their attack on the SDF headquarters. The assault began with mortars and rockets, supported by Soviet-built T-72 and T-55 tanks. Unfortunately for the Syrians, the SDF base just happened to be filled with 40 American special operations forces. After calling to ensure no official Russian forces would be harmed in the making of their counterattack, the operators called down the thunder.
American Special Forces called in AC-130 “Spooky” Gunships, F-15E Strike Eagles, Reaper drones, Apache helicopters, F-22 Raptors and even B-52 Stratofortress bombers. If that wasn’t enough to kill everything coming at them, nearby Marine Corps artillery batteries got in on the action. The attack was turned away, decisively. The only questions that remained were how many were killed in the “fighting” and how was the Syrian government going to cover up this epic mistake?
Coalition forces took one casualty, an SDF fighter who was wounded. The United States estimated the Syrians lost 100 killed. The Syrian government says 55 were killed in the fighting with a further loss of 10 Russian mercenaries. The Syrian Observatory for Human Rights reported 68 Syrians dead. Russian media lamented the idea that Russian remains were “abandoned” on the battlefield.
“Write it on your forehead: 14 volunteers were killed in Syria. I’m fed up with you chewing snot and telling fairy tales in your petty articles. As for your speculations there, what you write about those f****** investigations – no one has abandoned anyone.”
President Donald Trump warned Russia on April 11, 2018, that US missiles are coming for Syria, whether or not Russia will try to defend against them.
Such a strike would call on the US’s most high-end platforms and present one of the most difficult military challenges on Earth.
Russia has deployed advanced air-defenses to Syria, and they’re pretty much the top of the line. A Russian diplomat and several Russian lawmakers also threatened to shoot down US missiles, the platforms that fired them, and to otherwise impose “grave repercussions.”
But the US has stealth jets and Navy destroyers that can send missiles over 1,000 miles. If the US does intend to strike targets under Russia’s air defenses, it will carry out perhaps the most complicated, technologically advanced military skirmish of all time.
1. The US’s best stealth jets vs. Russia’s best air defenses
(U.S. Air Force photo)
Igor Sutyagin of the Royal United Services Institute, an expert on Russian missile defense systems and strategic armaments, previously told Business Insider that US planes can beat Russian air defenses, but not without a fight.
“Yeah they can do it. In theory, they can do it because they will be launching stand off weapons,” Sutyagin said, referring to long-range missiles as “standoff weapons.”
“The tactics of these low-visibility planes, as they were designed originally, was to use the fact that detection range was decreased so you create some gaps in radar range and then you approach through the gap and launch standoff weapons,” he said.
“If American pilots will be not experienced in their fifth-gens, they will be shot down. If they are brilliant, operationally, tactically brilliant, they will defeat them,” Sutyagin concluded.
Retired US Marine Corps Lt. Col David Berke, a former F-35 squadron leader and an F-22 pilot, also told Business Insider that US stealth jets were built to take on Russia’s air defenses specifically.
2. The Navy option
(U.S. Navy photo)
But the US already struck Syria’s government successfully in 2017, using cruise missiles launched from US Navy guided-missile destroyers.
“One air defense battalion with an S-300 [advanced Russian air defense system] has 32 missiles. They will fire these against 16 targets (maybe against cruise missiles they would fire a one-to-one ratio) but to prevent the target from evading, you always launch two … but what if there are 50 targets?” Sutyagin said.
“The Russian military in Syria has air defense systems theoretically capable of shooting down US Tomahawk missiles but these can be saturated and, in the case of the S-400 [another Russian air defense system] in particular, are largely unproven in actual combat use,” Justin Bronk, an air combat expert at RUSI, told Business Insider.
But the cruise missile strike of April, 2017, did little to actually stop chemical weapons attacks or violence against civilians from Syrian President Bashar Assad’s regime. Within 24 hours, warplanes took off from the damaged airfield again.
Russia has heavy naval power in the region, but Bronk predicted that Moscow won’t have the stomach for a full-on fight against the US Navy, as it could easily escalate into all-out war between the world’s greatest military and nuclear powers.
3. Trump’s next strike may make the last one look tiny
(U.S. Department of Defense photo)
President Donald Trump is now weighing a much larger strike to send a clear message, the New York Times reports.
To do this, the US will have to carefully weigh how much it wants to risk against Russia, a competent foe.
The scale of the US’s strike “depends on the risk appetite,” Bronk said, as the US will be “risking escalation directly with the Russians.”
“If the US decides on an option that involves more than cruise missiles and potentially a few stealth aircraft, it will have to suppress the Syrian air defense network and threaten or potentially even kill Russians,” Bronk said.
An ISIS attack on an Iraqi oil field checkpoint that killed at least two members of the Iraqi security forces sends a clear message: ISIS sees itself making a comeback, and it wants the world to know.
Earlier this week, ISIS attacked security forces at a check point near Allas oilfield, in Iraq’s Salahuddin province — a site that was one of the terror group’s main sources of income during the territorial caliphate.
“The important thing to note here is that ISIS attacked a checkpoint near the oil field,” said Brandon Wallace, a counterterrorism researcher at the Institute for the Study of War, who said it’s an indication that ISIS is going after symbolic or economically vital targets likely to be guarded by security forces.
The group is also trying to disrupt the social fabric in Iraq by going after village leaders, Wallace told Insider.
Iraqi army soldiers.
“If you take out the right guy in a village in one area, that can have much longer-lasting impact on the stability of the community,” he said, creating an environment in which ISIS is actually a viable alternative.
The group seeks to do the same across the porous border in Syria.
Over the past month, ISIS has made or attempted attacks in Raqqa, the former capital of its caliphate. Raqqa was liberated by the SDF and coalition forces in 2017, but ISIS could be attempting to destabilize the area, according to The International Crisis Group.
“The group is thought to have more sophisticated clandestine networks in al-Raqqa and al-Hasaka provinces, where it perpetrates relatively complex and ambitious attacks,” according to a report titled, “Averting an ISIS Resurgence in Iraq and Syria.” Alleged attacks in Raqqa city, the report says, indicate that Raqqa’s security situation is declining, which could be further precipitated by the Turkish incursion.
Destroyed neighborhood in Raqqa, August 2017.
“The ISIS attacks in Raqqa, you could think of them destabilizing the security forces in that area because ISIS is intending to destabilize Raqqa,” Wallace told Insider. “A stable Raqqa is a political alternative to ISIS” — something the group seeks to eliminate. Vehement protests against regime troops, now making their way into the area around Deir Ezzor and other former SDF-held areas, could also open up potential for ISIS recruitment, according to Jason Zhou, the Hertog War Studies Fellow at the Institute for the Study of War.
But while ISIS attacks may be growing in sophistication, “the operational environment has changed,” Wallace told Insider. Less sectarian fighting in Iraq and a stronger security environment there — not to mention the visceral memories of people living under the caliphate — would make it harder for the group to resurge.
But continued chaos in Syria — demonstrated by Syria envoy James Jeffrey’s admission on Oct. 23, 2019, that more than 100 ISIS prisoners had escaped since the Turkish incursion and that the US has no idea where they are — will inevitably affect Iraq, too.
One thing is for certain, Wallace told Insider.
“ISIS absolutely intends to rule terrain again.”
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
The “citizen soldiers” of the National Guard and Reserve have a long history of stepping up when America needed them.
Here are 8 heroes who left their civilian jobs to kick the enemy in the teeth:
1. The general who waded ashore with the first wave on D-Day
The son of the popular president, Brig. Gen. Theodore Roosevelt, Jr. served in both World Wars. In the first one, he was a reserve officer who received a Distinguished Service Cross for rescuing a wounded man under fire, a Silver Star for leading his men while blinded by a gas attack, and an Army Distinguished Service Medal for his leadership in battalion command, along with another Silver Star for valor.
It was in World War II that the reservist really shone. He was decorated for valor in the Tunisian Campaign three times, twice for leading his own men into heavy fire and once for taking command of 3,000 Frenchmen and leading them. He received a Medal of Honor for his actions on D-Day when he landed on the beaches with the first wave and personally led waves of men through the deadly surf.
2. The private first class who took out an enemy pillbox with just a bomb and a knife
Pfc. Michael J. Perkins was in Belleu Bois, France Oct. 27, 1918 with his Massachusetts National Guard infantry company when Germans started throwing grenades at his unit from a pillbox. Perkins crawled up to the pillbox door and, when the Germans opened it to throw out more grenades, he threw his own bomb inside.
Immediately after the explosion, Perkins rushed in with his trench knife and began stabbing people until the 25 survivors surrendered, giving the Americans a new pillbox and 7 functioning machineguns, according to Perkins’ Medal of Honor citation.
3. A convicted deserter who received the Medal of Honor and other medals for valor
4. The leader of the 2nd Ranger Battalion and the most daring mission on D-Day
Lt. Col. Earl Rudder led one of the most dangerous missions of D-Day, the assault up the cliffs of Pointe du Hoc. Rudder and his 2nd Ranger Battalion climbed sheer cliffs with tiny rope ladders while under fire from German defenders.
In 1945, he became president and the only reservist to order an atomic strike, something he did twice. He also led America for most of the Korean War and the start of the Cold War.
6. The corporal who assumed command of a platoon attack in World War I
The Alabama National Guard’s Company G of the 167th Infantry was just starting its assault on a fortified, elevated position in Jul. 1918 when the platoon commander and platoon sergeant were both killed. Cpl. Sidney E. Manning was also severely wounded but rallied the 35 surviving members of the platoon and continued the assault.
Staff Sgt. Beauford T. Anderson was repelling a Japanese assault with the 96th Infantry Regiment (Organized Reserves) when a Japanese assault hit his unit’s flank. He and his men fell back into an old tomb and tried to fight off the attack.
When he ran low on ammo, he grabbed a dud mortar round and threw it at the Japanese. The resulting explosion tore a hole in the attacking force, so Anderson armed and threw more mortar rounds. He was credited with single-handedly defeating the attack and received a Medal of Honor. He also received a Bronze Star with Valor for rescuing two wounded soldiers under fire on Leyte.
8. The private who tried to take a machinegun nest with a bayonet
Pfc. George Dilboy was walking with his platoon leader in the 103rd Infantry Regiment on a railroad track when they were attacked by an enemy machinegun only 100 yards away. Dilboy immediately returned fire while standing in the open. When that didn’t work, he sprinted at the gun with his bayonet fixed until the gunners nearly amputated his right leg and hit him multiple times in the body.
The future of war is now one step closer after Lockheed Martin successfully tested its latest laser weapon system.
Lockheed’s ATHENA laser weapon prototype, short for Advanced Test High Energy Asset, managed to burn through a truck’s hood and destroy the vehicle’s engine and drive train.
During the test, the truck was mounted on a test platform over a mile away from the weapon. The vehicle’s engine was engaged and running. ATHENA then burned through the truck’s hood and melted the engine and drive train rendering the vehicle incapacitated. Critically, the laser did not cause an explosion or any collateral damage, making ATHENA a potentially effective, non-lethal weapons system.
This ability to target and render vehicles inoperable from a significant distance — while not causing excessive damage — would have untold benefits in war zones. Cars suspected of harboring militants or vehicular bombs could be targeted from a distance. In the event that the vehicle was not a weapon, the risk of a loss of innocent life would far lower than with conventional munitions. However, if the vehicle was indeed an enemy, the combatants inside could be taken for questioning and might provide valuable human intelligence.
ATHENA is a 30-kilowatt fiber laser weapon which makes use of a process called spectrum beam combining to overcome the deficiencies in previous laser weapon systems. In the past, laser weapons have generally been inefficient due to their bulky size, their tendency to overheat, and the amount of energy needed to create a weapon strength beam.
But as Gizmag explains, “Spectrum Beam Combining overcomes these limitations by using fiber laser modules … The optical fibers are flexible, so the laser can be thousands of meters long for greater gain while taking up very little space because it can be coiled like a rope.
“The large surface-to-volume ratio means that it’s easy to cool. In addition, fiber laser are very durable and project a high-quality beam using 50 percent less electricity than an equivalent solid-state laser,” Gizmag continues.
Although still a prototype, Lockheed has high hopes about the future of its ATHENA system. According to a press release, the company envisions the laser weapon systems being placed on military aircraft, helicopters, ships, and trucks in the future.
US General Mark Milley, chief of staff of the Army, says North Korean missile technology may be advancing faster than expected.
Milley spoke July 27 at the National Press Club in Washington, as North Koreans concluded a day of remembrance to mark the anniversary of the end of the Korean War.
Milley told his audience, “North Korea is extremely dangerous, and more dangerous as the weeks go by.”
‘Never seen before’
Earlier this month, Pyongyang announced it had completed its first successful test launch of an intercontinental ballistic missile, one expert said could travel far enough to reach the westernmost US states of Alaska or Hawaii.
The launch took US defense experts by surprise. Pentagon officials said it was something they had “never seen before.”
There was speculation that North Korea might use the July 27 anniversary to test-launch a new missile, but late in the day, those fears appeared to have been unfounded.
Earlier July 27, North Koreans gathered at the mausoleum of North Korean leaders Kim Il Sung and Kim Jong Il to commemorate the day in 1953 when China, North Korea, and the US-backed United Nations signed an agreement to end the struggle over the Korean peninsula.
Statues of Kim Il-sung and Kim Jong-il. Wikimedia Commons photo by José Fernandes Jr.
Peace treaty never signed
The conflict began in 1950 when the Soviet-ruled North invaded the democratically ruled South.
In the North Korean version of the story, the conflict is known as the Fatherland Liberation War. North Korea blames the United States for starting the war that devastated the Korean peninsula and saw the South Korean capital, Seoul, change hands four times.
Because a peace treaty was never signed, the two nations are technically still at war. Pyongyang uses that fact to justify its concentration on military readiness.
Hong Yong-Dok brought his granddaughters to the Kim mausoleum to pay their respects July 27. He told a French news agency, “Our country is ever-victorious because we have the greatest leaders in the world.”
Well. It seems this “acclimatize the troops to Iraq” heat wave is sweeping the globe and I think it’s a very proper time to mention the silver bullet is very much real and that sick, sadistic medic in your unit has been dying to test it out.
For those of you who aren’t up to speed, it’s a shiny thumb-sized thermometer that is brought out specifically for heat casualties and is, well, inserted rectally. Why they do this is beyond me. I would assume the standard under-the-tongue thermometers would work just fine, but I’m not a medic. Although, I guess that one doesn’t terrify the troops into drinking plenty of water for the ruck march.
So go ahead, high speed. Try drinking all night and wake up to a Monster energy drink for this run. See what happens. I guarantee you that you won’t make this same mistake twice.
To the rest of you smart enough to know how to properly identify pee charts and drink water accordingly, here’s some memes.
Compared to previous American conflicts U.S. military medicine drastically reduced the number deaths due to injury during the wars in Iraq and Afghanistan. But that success doesn’t mean the profession is done innovating. Here are eight ways military medicine is trying to improve the ability to save lives:
1. Wound-stabilizing foam that reduces bleeding
Bleeding out is still the number one killer on the battlefield, according to the U.S. Army Institute of Surgical Research. So, DARPA has worked multiple programs to treat this major killer in combat.
One program success is ClotFoam. The foam works by seeking out damaged tissue, especially cut tissue fibers, and binding to it. It forms a scaffold that the body’s natural clotting agents can then latch to as they would with a cotton bandage. Different formulations of ClotFoam have been tested with the best reducing blood loss in mice by 66 percent when compared to a control group. DARPA is now looking to test delivery mechanisms for ClotFoam.
The Army wants systems that can be mounted inside vehicles and hooked up to existing radios, allowing patient information to go directly to the doctor who will receive them at the hospital. The doctor will also be able to call to the medic, advising on treatment while the patient is evacuated off the battlefield. This could allow for better care for patients en route to the hospital as well as a smoother handoff between the medic and the doctor. Prototypes have already been tested.
3. A chair that monitors vitals
Of course, beaming the information from patients to doctors with telemedicine is great, but currently it would require a medic to speak or type the information into a computer. The Army is looking to take that task off medics’ hands by adapting the LifeBed into a chair for military air and ground ambulances. The chair would track patients’ respiratory and heart rates and alert a medic if they showed signs of trouble. The medic would be able to spend less time checking on already stable soldiers and more time treating new patients as they evacuate casualties.
4. Active bandages that reduce scaring and improve recovery
Navy researchers are looking at bandages that would actively assist in the recovery process. The bandages would contain antibiotics, growth factors, and other agents to reduce scar tissue formation, recovery time, and the chance of infection.
5. Reducing pressure ulcers
Pressure ulcers, more often known as bed sores, develop when skin is under pressure or rubbed for an extended period of time. Patients immobilized for transport will likely develop pressure ulcers if restrained against a hard surface like a backboard. The Army is beginning a study to see how to mitigate the infliction.
Service members evacuated from combat are commonly at risk for spinal damage, and so are often immobilized for transport. Understanding pressure ulcer formation will allow the military to reduce the number of ulcers that form and cut down on the resulting infections and discomfort.
6. Better treatments following shock from blood loss
The exact problem valproic acid therapy treats is kind of complicated, so bear with this very dumbed down explanation. There is a stage of treatment following major blood loss where the return of normal blood pressure leads to major medical complications. Tissue that has been starved of blood and oxygen can quickly inflame and release toxins when blood flow is restored. Currently, this is mitigated by the timing of how blood and other fluids are returned to the body.
The significance of new vaccines is obvious. New vaccines allow humans to be made resistant to more potential killers. The Army currently has three new vaccines in its sights, one each for malaria, norovirus, and dengue.
Following brain trauma or damage to the skull, some patients have to have a portion of skull removed and later replaced by an implant made of titanium or polymers. Currently, these implants are prone to infection.
The Navy is looking to reduce the number of infections after implantation by developing new surface materials that have different textures and nano particle coatings that release chemicals to prevent infection. This would reduce the number of follow-up surgeries a patient would need and lower recovery time.
Compounding the M16’s troubles was its lack of a proper cleaning kit. It was supposed to be so advanced that it would never jam, so the manufacturer didn’t feel it needed to make them. But the M16 did jam.
“We hated it,” said Marine veteran John Culbertson. “Because if it got any grime or corruption or dirt in it, which you always get in any rifle out in the field, it’s going to malfunction.”
The troops started using cleaning kits from other weapons to unjam their rifles.
“The shells ruptured in the chambers and the only way to get the shell out was to put a cleaning rod in it,” said Wodecki. “So you can imagine in a firefight trying to clean your weapon after two or three rounds. It was a nightmare for Marines at the time.
Towards the end of 1965, journalists picked up on mounting reports of gross malfunctions. The American public became outraged over stories of troops dying face down in the mud because their rifles failed to fire, according to a story published by the
Small Arms Review.
Thankfully, the reports did not fall on deaf ears. The manufacturer fixed the jamming problems and issued cleaning kits. The new and improved rifle became the M16A1.
This video features Vietnam Marines recounting their first-hand troubles with the M16:
In 1846, American firearms legend Samuel Colt teamed with Capt. Samuel Hamilton Walker to produce the most powerful sidearm ever issued to the U.S. military – the Colt Walker 1847.
Walker, a Texas Ranger (no joke) and officer in the militaries of both the Republic of Texas and the United States when Texas entered the Union, served in the American West’s many armed conflicts. He fought the Indian Wars and the Texian War of Independence as well as the Mexican-American War.
With a 9-inch barrel and .44 caliber round, this weapon had an effective range of 100 yards and the muzzle energy of a .357 Magnum. At only 4.5 pounds, the Colt Walker 1847 was the most powerful U.S. military sidearm ever issued and the most powerful pistol until the introduction of the Magnum .357 in 1935. Walker himself carried two of his own pistols into Mexico during the war with the U.S. mounted rifles.
When one of his troops killed a Mexican soldier with the pistol at Veracruz, a medical officer reportedly remarked that the hand cannon shot hit with equal force and range as a .54-caliber Mississippi Rifle.
There were some drawbacks to the design, including that sometimes the cylinders blew up in the shooter’s hand due to the amount of powder used — which was twice the amount used in similar weapons of the time. Colt recommended using 50 grains of powder, instead of the prescribed 60. Lard was sometimes used to keep all the cylinders from exploding at once.
The Colt Walker’s legacy lives on in the hearts of firearms enthusiasts and American historians. In 2008, an original model, with original powder flask, fetched $920,000 at auction. That model was sold by Montana’s John McBride, whose great-great uncle was a Mexican War veteran.
Watch below as two European enthusiasts load and shoot a reproduction of the Colt Walker 1847.
NATO member and partner forces are in Norway for a sprawling military exercise called Trident Juncture — the largest since the Cold War, officials have said.
Russia is not happy with NATO’s robust presence next to its territory and has decided to put on its own show of force.
From Nov. 1 to Nov. 3, 2018, Russian ships will carry out rocket drills in the Norwegian Sea, west of activities related to Trident Juncture, which runs from Oct. 25 to Nov. 7, 2018.
The exercises come at a time of heightened tension in Europe, home to some of the world’s most capable armed forces, based on the 2018 military strength ranking compiled by Global Firepower.
The ranking aims to level the playing between smaller countries with technical advantages and larger, less-sophisticated countries.
Additional factors — geography, logistical capabilities, natural resources, and industrial capacity — are taken into account, as are things like diversity of weapons and assets, national development, and manpower.
NATO members, 27 of which are European, also get a boost, as the alliance is designed to share resources and military support. The US military has a massive presence in Europe — including its largest base outside the US— but isn’t included here as the US isn’t part of Europe.
Below, you can see the 25 most powerful militaries in Europe.
Belgium air force helicopter Alouette III takes off from BNS Godetia for a tactical flight over the fjords in support of an amphibious exercise during NATO’s Trident Juncture exercise.
(NATO Photo By WO FRAN C.Valverde)
25. Belgium (Overall ranking: 68)
Power Index rating: 1.0885
Total population: 11,491,346
Total military personnel: 38,800
Total aircraft strength: 164
Fighter aircraft: 45
Combat tanks: 0
Total naval assets: 17
Defense budget: .085 billion
A Portuguese sniper team identifies targets during the range-estimation event of the Europe Best Sniper Team Competition at 7th Army Training Command’s Grafenwoehr Training Area, July 29, 2018.
(US Army photo by Spc. Emily Houdershieldt)
24. Portugal (Overall ranking: 63)
Power Index rating: 1.0035
Total population: 10,839,514
Total military personnel: 268,500
Total aircraft strength: 93
Fighter aircraft: 24
Combat tanks: 133
Total naval assets: 41
Defense budget: .8 billion
Slovak soldiers report to their commander during the opening ceremony of Slovak Shield 2018 at Lest Military Training Center, Sept. 23, 2018.
Austrian soldiers load gear onto their packhorses before hiking to a high-angle range during the International Special Training Centre High-Angle/Urban Course at the Hochfilzen Training Area, Austria, Sept. 12, 2018.
(US Army photo)
22. Austria (Overall ranking: 61)
Power Index rating: 0.9953
Total population: 8,754,413
Total military personnel: 170,000
Total aircraft strength: 124
Fighter aircraft: 15
Combat tanks: 56
Total naval assets: 0
Defense budget: .22 billion
A Bulgarian army tank crew maneuvers a T-72 tank during an exercise with US soldiers from the 1st Cavalry Division’s 1st Armored Brigade Combat Team at the Novo Selo Training Area, Sept. 15, 2018.
(US Army National Guard photo Sgt. Jamar Marcel Pugh)
21. Bulgaria (Overall ranking: 60)
Power Index rating: 0.9839
Total population: 7,101,510
Total military personnel: 52,650
Total aircraft strength: 73
Fighter aircraft: 20
Combat tanks: 531
Total naval assets: 29
Defense budget: 0 million
Standing NATO Maritime Group One trains with Finnish fast-attack missile boat FNS Hanko during a passing exercise in the Baltic Sea, Aug. 28, 2017.
(NATO photo by Christian Valverde)
20. Finland (Overall ranking: 59)
Power Index rating: 0.9687
Total population: 5,518,371
Total military personnel: 262,050
Total aircraft strength: 153
Fighter aircraft: 55
Combat tanks: 160
Total naval assets: 270
Defense budget: .66 billion
Cpl. Cedric Jackson, a US soldier from the 2nd Armored Brigade Combat Team of Army’s 1st Infantry Division, assists a Hungarian soldier in applying tape to secure a fluid-administration tube to a simulated casualty during a combat life-saver course led by US troops in Tata, Hungary, Dec. 2017.
A Norwegian soldier takes aim during Trident Juncture 18 near Røros, Norway, Oct. 2018.
14. Norway (Overall ranking: 36)
Power Index rating: 0.6784
Total population: 5,320,045
Total military personnel: 72,500
Total aircraft strength: 128
Fighter aircraft: 49
Combat tanks: 52
Total naval assets: 62
Defense budget: billion
13. Switzerland (Overall ranking: 34)
Power Index rating: 0.6634
Total population: 8,236,303
Total military personnel: 171,000
Total aircraft strength: 167
Fighter aircraft: 54
Combat tanks: 134
Total naval assets: 0
Defense budget: .83 billion
Swedish air force Pvt. Salem Mimic, left, and Pvt. Andreas Frojd, right, both with Counter Special Forces Platoon, provide security for US Air Force airmen and aircraft on the flight line at Kallax Air Base, Sweden, during Exercise Trident Juncture 18, Oct. 26, 2018.
(Air Force photo by Staff Sgt. Jonathan Snyder)
12. Sweden (Overall ranking: 31)
Power Index rating: 0.6071
Total population: 9,960,487
Total military personnel: 43,875
Total aircraft strength: 206
Fighter aircraft: 72
Combat tanks: 120
Total naval assets: 63
Defense budget: .2 billion
erved by US Defense Secretary Jim Mattis, in Prague, Czech Republic, Oct. 28, 2018.
(Defense Department photo by Lisa Ferdinando)
11. Czech Republic (Overall ranking: 30)
Power Index rating: 0.5969
Total population: 10,674,723
Total military personnel: 29,050
Total aircraft strength: 103
Fighter aircraft: 12
Combat tanks: 123
Total naval assets: 0
Defense budget: .6 billion
10. Ukraine (Overall ranking: 29)
Power Index rating: 0.5383
Total population: 44,033,874
Total military personnel: 1,182,000
Total aircraft strength: 240
Fighter aircraft: 39
Combat tanks: 2,214
Total naval assets: 25
Defense budget: .88 billion
9. Greece (Overall ranking: 28)
Power Index rating: 0.5255
Total population: 10,768,477
Total military personnel: 413,750
Total aircraft strength: 567
Fighter aircraft: 189
Combat tanks: 1,345
Total naval assets: 115
Defense budget: .54 billion
8. Poland (Overall ranking: 22)
Power Index rating: 0.4276
Total population: 38,476,269
Total military personnel: 184,650
Total aircraft strength: 466
Fighter aircraft: 99
Combat tanks: 1,065
Total naval assets: 83
Defense budget: .36 billion
A sniper and spotter from the Spanish Lepanto Battalion line up their target near Folldal during Exercise Trident Juncture, using the .50 caliber Barrett and the .338 caliber Accuracy sniper rifles, firing at targets over 1,000 meters away.
(Photo by 1st German/Netherlands Corps)
7. Spain (Overall ranking: 19)
Power Index rating: 0.4079
Total population: 48,958,159
Total military personnel: 174,700
Total aircraft strength: 524
Fighter aircraft: 122
Combat tanks: 327
Total naval assets: 46 (one aircraft carrier)
Defense budget: .6 billion
An Italian F-35A fighter jet with special tail markings.
(Italian Air Force photo)
6. Italy (Overall ranking: 11)
Power Index rating: 0.2565
Total population: 62,137,802
Total military personnel: 267,500
Total aircraft strength: 828
Fighter aircraft: 90
Combat tanks: 200
Total naval assets: 143 (two aircraft carriers)
Defense budget: .7 billion
5. Germany (Overall ranking: 10)
Power Index rating: 0.2461
Total population: 80,594,017
Total military personnel: 208,641
Total aircraft strength: 714
Fighter aircraft: 94
Combat tanks: 432
Total naval assets: 81
Defense budget: .2 billion
4. Turkey (Overall ranking: 9)
Power Index rating: 0.2216
Total population: 80,845,215
Total military personnel: 710,565
Total aircraft strength: 1,056
Fighter aircraft: 207
Combat tanks: 2,446
Total naval assets: 194
Defense budget: .2 billion
3. United Kingdom (Overall ranking: 6)
Power Index rating: 0.1917
Total population: 64,769,452
Total military personnel: 279,230
Total aircraft strength: 832
Fighter aircraft: 103
Combat tanks: 227
Total naval assets: 76 (two aircraft carriers)
Defense budget: billion
French sailors watch the aircraft carrier USS George H.W. Bush as it transits alongside the French navy frigate Forbin, Oct. 25, 2017.
(US Navy photo by Mass Comm. Specialist 3rd Class Matt Matlage)
2. France (Overall ranking: 5)
Power Index rating: 0.1869
Total population: 67,106,161
Total military personnel: 388,635
Total aircraft strength: 1,262
Fighter aircraft: 299
Combat tanks: 406
Total naval assets: 118 (four aircraft carriers)
Defense budget: billion
Russian troops participating in the Zapad 2017 exercises in Belarus and Russia.
(Russian Ministry of Defense photo)
1. Russia (Overall ranking: 2)
Power Index rating: 0.0841
Total population: 142,257,519
Total military personnel: 3,586,128
Total aircraft strength: 3,914
Fighter aircraft: 818
Combat tanks: 20,300
Total naval assets: 352 (one aircraft carrier)
Defense budget: billion
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
The U.S. Army will soon begin to produce new high-tech, crew-served thermal weapons sights able to automatically adjust range, see through adverse weather, detect targets with a lightweight laser range finder and use a wireless targeting link between weapons and a soldier-worn helmet display, service officials said.
Designed for the M2 .50-cal, M240 machine gun and Mk 19 grenade launcher, the system brings higher-resolution thermal imaging technology and increases field of view, developers explained.
“This is the first time the soldier will have a system which combines a true day and night capability with a laser range finder to adjust for the ballistics of the various ammunition types for the crew served weapons,” an Army official told Scout Warrior.
BAE Systems was recently awarded an Army contract to develop the technology, called Family of Weapons Sights – Crew Served (FWS-CS), in a deal worth up to $384 million.
Using a wireless link, gun-mounted thermal sights send a targeting reticle from the gun to a soldier head-worn display, allowing soldiers to hit targets without needing to physically “look” through the gun-sights themselves in a certain physical position — such as crouching, lying down or standing exposed in a vehicle-mounted gun-turret, the Army official explained.
A wireless helmet mounted display is designed to provide a more natural firing position as well as allow soldiers to remain more protected, a BAE systems statement said. Crew-served weapons, such as the .50-cal machine gun, are often used to “blanket” enemy areas so that troops can maneuver while under attack or deliver suppressive fire.
A wireless link allowing soldiers to remain in a standing position or different configuration than what is otherwise needed to look through the sights naturally lowers the risk of exposing soldiers to enemy fire.
BAE Systems’ FWS-CS system is also engineered to improve targeting speed and precision. It uses a 12-micron sensor technology to provide soldiers with greater clarity and range, developers said.
“FWS-CS also, for the first time, incorporates a high-resolution day camera and laser range finder into the weapon sight, allowing the user to engage targets with a range correct reticle,” John Koltookian, technical director at BAE Systems, told Scout Warrior.
With an initial development order of $10.5 million, work will be performed at the company’s facilities in Hudson, New Hampshire and Austin, Texas.
This crew-served weapons technology is engineered to function alongside a similar Army program called Family of Weapons Sights – Individual (FWS-I); in similar fashion to the FWS-CS, this system uses a wireless link to connect thermal sights on an M4 rifle with an individual soldier’s night-vision goggles display.
A key advantage of this technology is, by design, to allow soldiers to target and attack enemies without having to “shoulder” the weapon and bring it up to their face.
FWS-I is already in Low-Rate-Initial Production and slated to be operational by 2018, service officials said.