Yes, the makers of the legendary M82/M107 .50-caliber Long Range Sniper Rifle have sold another rifle to the U.S. Army. On March 30, 2021, Picatinny Arsenal in New Jersey awarded a $49.9 million contract to Barrett Firearms Manufacturing, Inc. of Christiana, Tennessee. The contract is for the Army’s new sniper weapon system, the MK22 Multi-role Adaptive Design rifle.
The MK22 MRAD is part of the Army’s Precision Sniper Rifle Program. Included in the PSR program is the Leupold & Stevens Mark 5 HD scope and an accessory kit. The Army intends to replace both the venerable M107 and the M2010 Enhanced Sniper Rifle with the PSR. Its aim is to become the “primary anti-personnel sniper weapons system” for Army sniper teams according to Army budget documents.
The Army plans to acquire approximately 2,800 MK22 MRADs. To live up to its name, the rifle is configurable in three different calibers. With a simple barrel swap, snipers will be able to select .338 Norma Magnum, .300 Norma Magnum, or 7.62x51mm NATO as their mission dictates.
Additionally, the MK22 MRAD can be equipped with a slew of attachments to further increase the capability of Army snipers. While attachments like sound suppressors are a given on a sniper weapon system, the MK22 MRAD will accept direct view optics with fire control capabilities. This “allows snipers, when supplemented with a clip-on image intensifier or thermal sensor system, to effectively engage enemy snipers, as well as crew served and indirect fire weapons virtually undetected in any light condition,” noted Army budget documents.
The MK22 MRAD was previously acquired by USSOCOM as part of their Advanced Sniper Rifle program. “The Army PSR program is adapting the rifle selected under the SOCOM ASR program,” said Army Program Executive Office Soldier spokesman Alton Stewart. “The initial rifle selected (the MK21 Precision Sniper Rifle based on the Remington MSR) did not conform to SOCOM requirements at the time and the program was re-competed with the Barrett MRAD selected as the rifle solution.” The Marine Corps is also looking at acquiring the MRAD.
The MRAD contract includes the procurement of rifles, spare parts, accessories, tools, and conversion kits. U.S. Army Contracting Command, New Jersey is the contracting activity. The contract’s estimated completion date is March 29, 2026.
It’s now safe to say that Disney+ has a bonafide hit on its hands with their new Star Wars series, “The Mandalorian,” and it’s pretty easy to see why. The gritty worlds depicted in the series are ripe with believable characters, well shot and choreographed action sequences, and of course, an adorable (and highly meme-able) character just begging to become a hit toy this Christmas. I’ll admit, as the sort of guy that tends to prefer Kirk over Solo, I wasn’t all that excited ahead of time about “The Mandalorian,” but three episodes in, it’s safe to say that I’m a convert.
What won me over? Well, I’m a sucker for a space western (I am, after all, a card carrying Browncoat), but it’s not just the “shootout at the OK Corral” vibe of the show that gets me; it’s also the weapons tech. Star Wars may take place a long time ago in a galaxy far, far away, but the technology depicted in the franchise has always been more about the future than the past, and much like “Star Trek: The Next Generation,” “The Mandalorian” is choke full of technology that may seem at home in the 24th century, but is actually on the verge of becoming a reality right here and now.
While I’ll try my best to avoid them, here’s fair warning: spoilers ahead.
What sort of tech is that? Well there’s…
Weapons that can see through walls
In episode 3 of “The Mandalorian,” Mando is doing a bit of reconnaissance on a building he may want to blow his way into (trying my best to avoid spoilers here), so he shoulders his breach-loading doom-rifle and syncs it with his helmet, using the rifle to help him see the heat signatures of people through the walls of the building. This sort of gear would certainly come in handy for galactic bounty hunters, but is also finding its way into use with first responders and the U.S. military already.
Systems like Lumineye will soon allow soldiers to use a handheld device to identify targets and locate potential threats on the other side of an opaque barrier using wall penetrating radar.
This system won’t work from a few hundred yards away like Mando’s, but his setup seems to be FLIR based rather than using radar technology. As FLIR themselves point out, most walls are actually too thick or well insulated to allow the detection of heat signatures, putting Mando’s version a bit further into the realm of science fiction… unless those walls are made out of some really thin space dirt or something.
Jet Packs that actually work
Boba Fett, the character that’s arguably responsible for the existence of “The Mandalorian” (despite never actually doing anything cool in any of the movies) may have become a pop-culture icon thanks to nothing more than a kickass helmet and a jet pack, which made it sort of disappointing when the protagonist of this new series was shown hoofing it everywhere. By the end of episode 3, we do get to see some jet-pack-packing Mandalorians take to the sky in one hell of an action sequence, proving that there’s more to being able to fly than just falling in a Sarlacc pit.
While not quite the same in practice, British Royal Marine-turned-inventor Richard Browning has been raking in headlines for a few years now with his own jet pack suit that often draws comparisons to Iron Man (the first installment of which was helmed by John Favreau — the same guy that created “The Mandalorian”). Recently, Browning made a pretty damn cool looking flight off of the HMS Queen Elizabeth.
Take on Gravity Jet suit demo with HMS Queen Elizabeth
Granted, the “Gravity Jet Suit” isn’t just a pack you wear on your back like you see in “The Mandalorian,” so Browning doesn’t have two free hands to dual-wield pistols… but dual wielding is a pretty dumb thing to do in a fight anyway. Instead, Browning and co. developed an M16 mount for the jetpack that, honestly, comes with its own problems.
A grappling cable that works
Mando uses his grappling cable for a number of things, from climbing moving vehicles to killing bad guys, and while the U.S. military isn’t quite ready to start spearing dudes with grappling hooks in the field, they have already begun fielding machines that assist in climbing (or reverse-repelling) up walls. These systems aren’t quite small enough to be wrist-mounted like Mando’s, but are pretty damn effective when it comes to climbing. I had a chance to try out a version of this technology at Shot Show a few years ago, but I didn’t look quite as cool as the Mandalorian when I did it.
A system similar to this one has already found its way into SOCOM’s inventory, and the exact system I used has since been contracted to the Chinese government for their special operators.
No military aircraft – past or present – can beat the altitude and airspeed performance of the SR-71 Blackbird.
It’s design and performance evolved out of necessity: “We had a need to know what was going on in other countries,” Jeff Duford, a historian at the National Museum of the US Air Force, said. “And the way that we were going to do that was having a photographic aircraft that could fly very high and very fast. And much faster than the U2, which proceeded it. The SR-71 was that answer for the US Air Force and for the United States.”
Here’s the remarkable story of the SR-71 in a 3 minute mini-doc:
A $110 million Nigerien air base constructed by the US will finally begin counterterrorism operations using intelligence, surveillance, and reconnaissance (ISR) drones after delays due to inclement weather conditions, the military announced on Nov. 1, 2019.
“We are working with our African and international partners to counter security threats in West Africa,” US Africa Command (AFRICOM), the combatant command overseeing US operations in the continent, said in a statement. “The construction of this base demonstrates our investment in our African partners and mutual security interests in the region.”
The base is called Nigerien Air Base 201, and is located in the desert region of Agadez, a strategic transit area for migrants. Both US and Nigerien aircraft will use the runways to launch armed and unarmed air assets against extremists operating in West and North Africa, the military said.
While the US-constructed base will be under Nigerien control, American forces will have exclusive use of around 20% of the roughly 9-mile base, military officials previously said to Stars and Stripes.
The base was expected to be operational in 2018, but the rainy season and other “environmental complexities” caused a delay, a US official said to The Air Force Times.
Here’s are some key details about Nigerien Air Base 201:
An Airman from the 724th Expeditionary Air Base Squadron marshals a C-130J Super Hercules at Nigerien Air Base 201, Agadez, Niger, August 3, 2019. This was the first C-130 to take-off at Air Base 201, marking the beginning of limited Visual Flight Rules operations at the base.
(U.S. Air Force photo by Staff Sgt. Devin Boyer)
Around 600 US Air Force Airmen are estimated to deploy for six-month tours.
The construction process of the base proved to be a challenge for around 350 service members involved in the project. Dry conditions caused concrete to dry and crack freshly-poured concrete.
“We’re building a base from nothing, from scratch,” US Air Force Lt. Col. Brad Harbaugh said in 2018. “This was all historically nomadic land.”
A US Air Force air advisor gives instructions to a Niger Armed Forces member while an interpreter translates the instructions during a training exercise at Nigerien Air Base 201 in Agadez, Niger, July 10, 2019.
(U.S. Air Force photo by Staff Sgt. Devin Boyer)
Numerous terrorist group operate within the region.
In a new report released by the State Department on Friday, US officials say terrorist groups like Boko Haram and ISIS continue to operate in the region. US analysts say that terrorist elements have proliferated due to Niger’s limited military and budget.
Niger Armed Forces members clear a corridor during a training exercise with the US military at the Nigerien Air Base 201 in Agadez, Niger, July 10, 2019.
(U.S. Air Force photo by Staff Sgt. Devin Boyer)
Four US troops and four Nigerien soldiers were killed in a 2017 terrorist ambush.
On October 4, 2017, 11 US troops and 30 Nigerien forces were ambushed by ISIS-related militants near the Niger-Mali border.
Four US troops were killed, in addition to four Nigerien partner forces, in a battle against overwhelming terrorist forces. The US military awarded six medals to the Nigerien soldiers who fought in the battle, including two Bronze Stars.
A US-led investigation found that US’s ISR assets did not have enough fuel to provide cover for American forces, in addition to inadequate rest for the troops. Roughly an hour and a half after the battle began, two French fighter jets responded by driving the enemy forces away.
US Airmen load a C-130J Super Hercules at Nigerien Air Base 201, Agadez, Niger, Aug. 3, 2019.
(U.S. Air Force photo by Staff Sgt. Lexie West)
Since 2013, the number of US troops in Niger has risen.
In 2013, President Barack Obama announced that 100 US service members would deploy to Niger for “intelligence collection.”
Roughly 800 US troops were operating in Niger by 2018. The terrain and its borders with Chad and Mali make the country an optimal transit route for terrorist militants seeking to travel to Europe, according to the State Department.
In 2018, AFRICOM publicly announced it had started deploying armed drones in a separate Nigerien base, dubbed Air Base 101, near the capital of Niamey.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
Soldiers and Marines have risked life and limb in dangerous breach operations on the battlefield, but new technology will help keep them out of harms way.
“We never, ever want to send another soldier into a breach, so how do we do this completely autonomously?” Gen. Mike Murray, head of Army Futures Command, asked at Yakima Training Center in Washington state recently, Defense News reported.
The answer to the general’s question: A monstrous robotic Assault Breacher Vehicle, an 80-ton battlefield bulldozer built to rip up minefields and remove obstacles.
A M1150 Assault Breacher Vehicle (ABV) from 8th Brigade Engineer Battalion, 2nd Armored Brigade Combat Team, 1st Cavalry Division prepares to conduct gunnery qualifications.
(US Army photo by Sgt. Patrick Eakin)
The Army and Marines have been using manned M1150 ABVs for breach operations for nearly a decade.
An Assault Breacher Vehicle (ABV) is essentially an M1 Abrams tank that has been upgraded with armor improvements and had its turret replaced with either a mine plow or a combat dozer blade able to clear a path for other assets.
These mobile, heavily-armored minefield and obstacle clearing vehicles have traditionally been manned by a crew of two.
The plan is to get those troops out.
“That is a very dangerous point to put soldiers and Marines, especially when dealing with explosive obstacles,” 1st Lt. David Aghakhan, ABV Platoon Commander, said in a statement, adding that new robotic variants give “us the option to take the operator out of the vehicle, and still push that vehicle through the lane, creating that mobility for follow-on forces.”
Marines from the 2nd Combat Engineer Battalion, Camp Lejeune, N.C., operate an Assault Breaching Vehicle with robotic operation capabilities at Yakima Training Center, Yakima, Wash., May 1, as part of Joint Warfighting Assessment 2019.
(U.S. Army Photo by Staff Sgt. Monte Swift)
The Army and the Marines tested a robotic version of the ABV for the first time out at Yakima Training Center a few weeks ago in a first step toward pulling troops out of the breach.
“This is something we cried from the mountain tops for. Somebody listened,” Lonni Johnston, program manager for Army Future Command’s Robotic Complex Breach Concept (RCBC) and former assistant program manager for the ABV program, told Business Insider.
During the recent demonstration at Yakima, a prototype was put to the test. “This is the first time this has been used. We’ve never had a robotic version of this until now,” Johnston explained.
The robotic ABVs in the recent test were supported by a robotic Polaris MRZR vehicle capable of creating smoke screens, as well as suppression fire units, which in a real situation could be either manned or unmanned.
“A breach is one of the most complex maneuvers during any type of military operation because there are so many components to it,” Johnston explained.
Marines from the 2nd Combat Engineer Battalion, Camp Lejeune, N.C., operate an Assault Breaching Vehicle with robotic operation capabilities at Yakima Training Center, Yakima, Wash.
(U.S. Army Photo by Staff Sgt. Monte Swift)
The breach is one of the most dangerous places a soldier or Marine can find themselves.
“The breach is literally the worst place on Earth,” Johnston, a retired Army officer, told BI. “It’s the most dangerous place on the planet.”
“Every gun, every cannon, everything that shoots a missile or a bullet is going to be aimed at that breach,” he added. “When you are attacking an enemy force that is hellbent on keeping you out, they are going to do whatever they can to do that.”
So, the Army and Marines are looking at robotic systems smash through the breach, which soldiers and manned vehicles can then flow through.
U.S. Marine with 1st Combat Engineer Battalion services Next Generation Combat Vehicle Surrogate during a demonstration of next generation technologies in support of Joint Warfighter Assessment 19 at Yakima Training Center.
(U.S. Army Reserve Photo by Spc. Patrick Hilson)
The services have a number of challenges to surmount for robotic ABVs to be effective against a tough adversary.
It’s unclear when the robotic ABVs will be ready for deployment, but the Army is envisions fielding six per brigade, four with mine plows and two with combat dozer blades. That is how many the service believes it needs to clear two breach lanes.
Each vehicle would be operated by one person in either a stationary or mobile command and control center.
Challenges include electronic countermeasures, such as jamming technology that could be used by an enemy to incapacitate these vehicles. There are also concerns about what to do if it dies mid-breach, inadvertently becoming just the kind of obstacle it was meant to obliterate.
These are some of the things the services will have to explore as they push forward on this technology.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
The Pentagon’s funding of MIT’s “beerbots” is getting some attention lately. Congress, reasonably, has posed the question of, “Why is the Pentagon researching beer delivery robots, especially while hotels and bars are already deploying robot bartenders?”
Well, the answer is a little more logical than you might think. So, Alexa, crack open a cold one and let’s talk about beerbots.
Waiters that are part of MIT’s “beerbot” program go into an office to work with humans.
First off, we think it’s awesome that Congress accepted the possibility that the military was researching beer-delivery robots in order to distribute cold beers more cheaply (and was seemingly okay with it so long as it wasn’t redundant). That being said, the actual MIT program is focused on figuring out how to get robots to best coordinate their actions in uncertain environments, something that could prove vital for everything from future hospitals to underground fighting.
See, MIT was building a system of cooperative robots, robots which could communicate with each other and share sensor data and other observations to work more efficiently. When they designed a complex, real-world situation to test them in, one obvious angle was to have them serve drinks in an office. And, surprise, the drink that graduates students want is beer.
And so, the “beerbots” were born. There’s a “PR2” robot that picks up drinks and places them in coolers which are carried by the “turtle bots,” and the turtle bots act as waiters. The turtle bots move from room to room, taking orders and either filling the orders or marking that the room has no orders.
And here’s the key part: The robots share their data with each other. The PR2 doesn’t know what orders are placed until the turtles get close, and the turtles rely on each other to map out routes and obstacles and to share drink orders to figure out the most efficient path to fill them.
Soldiers with the 1st Battalion, 6th Infantry Regiment, take part in an Army Asymmetric Warfare Group program designed to improve military tactics, techniques, and procedures while fighting underground.
(U.S. Army photo by Lt. Col. Sonise Lumbaca)
This is actually a complex logic problem for the bots when they also have to deal with humans moving from room to room and constantly creating and changing obstacles in the office.
And this is basically the starter level for robots that could help humans on battlefields of the future. Take subterranean warfare, an area so important that the U.S. is considering naming it as a new warfighting domain, for example. Robots helping humans underground will be physically limited in how they can communicate with one another as concrete or subterranean rocks block electromagnetic signals and lasers. So, robots will need to aid the humans there by carrying loads or ferrying supplies, and then communicate directly with one another to determine what’s going on in each section of the underground network.
Paratroopers with 1st Battalion, 508th Parachute Infantry Regiment, fire during a squad live-fire exercise at Fort A.P. Hill, Virginia, March 14, 2018.
(U.S. Army photo by Spc. John Lytle)
Or, take a battle above ground. The Marines think they may be denied conventional radio communications in a war with China or Russia. Any robots helping them will only be able to communicate within a short range or by using lasers. Lasers, obviously, become short range communications when there are a lot of obstructions, like dense foliage or hills, in the way.
So, these robots will also need to complete moment-by-moment tasks while also coordinating their actions whenever they can communicate. All of this requires that the robots keep a constantly updating list of what tasks need completed, what humans haven’t been checked on in a while, and what areas are safe or unsafe for the robots to operate in.
MIT’s PR2 robot loads beers into the cooler of a “turtle” waiter bot as part of a program to improve robots’ ability to coordinate their actions in challenging environments.
Or, as MIT graduate student Ariel Anders said, “These limitations mean that the robots don’t know what the other robots are doing or what the other orders are. It forced us to work on more complex planning algorithms that allow the robots to engage in higher-level reasoning about their location, status, and behavior.”
“These uncertainties were reflected in the team’s delivery task: among other things, the supply robot could serve only one waiter robot at a time, and the robots were unable to communicate with one another unless they were in close proximity. Communication difficulties such as this are a particular risk in disaster-relief or battlefield scenarios.”
So, yeah, at MIT, a beerbot is never just about beer. And the actual tech underlying these social-media-friendly beerbots is actually necessary for the less sexy but more vital missions, like disaster relief. And, potentially, it could even save the lives of troops under fire or wounded service members in the next few years or decades.
Let the military have its beerbots. And, if they sometimes use them for beer instead of medical supplies, well, they would’ve found a way to get drunk anyways.
After the Cold War, the United States discarded a number of weapon systems. Politicians sought to cash in a “peace dividend” to placate voters who were happy to see the fall of the Soviet Union. With “the end of history,” we could afford those cuts, right? Less than ten years after the Soviet Union dissolved, we were proven wrong on 9/11. Our troops arguably paid the price for those cuts.
One of the systems that was retired very hastily was the OV-10 Bronco. It looks kind of funky – not attractive in the traditional sense – especially with that tail arrangement and the over-sized cockpit that looks a little bit like a greenhouse. But it was used as a platform for American forward air controllers from 1969 to 1995. The plane is still in service in Indonesia, the Philippines, and Venezuela. The Bronco can carry up to 3,600 pounds of bombs, rockets, and missiles, and originally came with four 7.62mm M60C machine guns. With a top speed of 288 miles per hour and a range of almost 1,400 miles, an OV-10D can stick around for a long time.
That upgrade is probably one of the biggest unanswered questions surrounding the current wars. While the Department of Defense gained a lot of plaudits for the way the MC-12 was developed and deployed to Iraq, suppose the DOD instead had kept enough Broncos around? The Philippines, who are in no great shakes militarily, have adapted their OV-10s to carry smart bombs.
The Bronco could very well make its comeback. SOCOM tested two OV-10G+ versions under the COMBAT DRAGON II program in recent years, actually conducting a few strikes against Taliban targets using SEAL Team 6 personnel. Those airframes were formerly Marine Corps birds that were briefly operated by the Bureau of Alcohol, Tobacco, and Firearms. Proposals for an OV-10X have surfaced as well. Among the proposed upgrades are replacing the M60 machine guns with M3s, faster-firing versions of Ma Deuce, as well as giving it the ability to carry a dozen Hellfires.
Last year, two Broncos were pulled from service with NASA and the State Department and sent to Iraq to fight ISIS. They flew 82 sorties, and reports about their performance were very favorable. (And to think that Senator John McCain (R-AZ) wanted to pull the plug on the COMBAT DRAGON II program.)
Now military experts are wondering if the decision in the 1990s to retire them from the Marine Corps and Air Force was short-sighted, saying that having a plane with the MC-12’s surveillance abilities with some GBU-12 or GBU-38 smart bombs and AGM-114 Hellfire missiles would have been very effective in supporting our troops in Iraq and Afghanistan.
When dismounted troops need a robot to look over or handle a dangerous situation, that robot both needs to be able to be portable and capable. The FirstLook handles the portable side, and can be an excellent scout, but sometimes, it doesn’t have the “strength” to deal with improvised explosive devices.
Well, according to a handout from Endeavor Robotics that was available at the Association of the United States Army expo, there is a `bot for that job. The SUGV offers both man-portability, and the ability to do some lifting.
The SUGV comes in at just over 30 pounds, eight ounces – including manipulator arm and batteries. The arm can lift up to 22 pounds of weight. The robot comes with six hours of runtime, a top speed of just over six miles per hour, and the ability to literally turn on a dime.
Now, the SUGV robot is not as capable of lifting objects like the Kobra, nor can you toss it like the FirstLook, but it does fit into a nine-inch by 28-inch space – in other words, it fits in a grunt’s pack. That is very useful, even if the 30 pounds is a bit on the heavy side. Well, life’s about compromise sometimes.
The SUGV carries four cameras, and also features the ability to carry various disruptors for use in neutralizing IEDs. The robot can scale 12-inch obstacles and is also capable of climbing or descending a 40-degree slope. You can see more about this robot in the video below.
A video of the Dec. 3 raid released on YouTube by the Russian Republic of Dagestan shows some highlights of the mission that resulted in the death of the commander of the Islamic State of Iraq and Syria’s Russian affiliate.
But of you look carefully, there’s also some seldom seen gear being used by the Russian shock troops.
The two-minute video released on YouTube showed personnel from a paramilitary arm of the Federal Security Bureau — one of the successor agencies to the Soviet KGB — during the operation that killed Rustan Aselderov.
Aselderov had been responsible for a number of attacks, including two in two days in Volgograd that left 34 people dead. According to a report by Russia Today, no Russian forces were killed or wounded in the operation.
The video also featured some interesting Russian gear.
FSB personnel used a late-model BTR (either a BTR-80A, BTR-82 or BTR-90) with a 30mm autocannon, the 2A42, that is also used on the BMP-2 and BMP-3 infantry fighting vehicles. According to GlobalSecurity.org, late-model BTRs can carry an infantry section of seven or eight soldiers, and are also equipped with a 7.62 mm machine gun mounted coaxially to their main gun.
Past versions of the BTR had only been equipped with the KPV, a 14.5mm machine gun that was also used on the BRDM scout vehicle and on the ZPU series of anti-aircraft guns.
Most notable, though, was a miniature robot used to provide some suppressive fire (shown at around the 1:37 mark of the video) using what appears to be a general-purpose machine gun. The most common type of this weapon in Russian service is the PKM, which fires the 7.62x54mm Russian round also used in the Mosin-Nagant rifles and the SVD sniper rifle.
According to the website world.guns.ru, the PKM also can fire up to 650 rounds per minute. A burst of at least three seconds is shown being fired into the building occupied by Aselderov.
The robot also featured a pair of apparent RPG-22 rocket launchers, which are similar to the M72 Light Anti-tank Weapons in service with the United States and many of its allies.
According the United States Army’s OPFOR World Equipment Guide, the RPG-22 has a range of over 250 yards and can penetrate almost 400 millimeters of armor.
The Russian personnel carrying out the mission were carrying Kalashnikov-style assault rifles. While the AK-74 is the standard-issue assault rifle of the Russian military, there are variants chambered for other rounds, like the AK-101 (chambered for the 5.56mm NATO round) and the AK-103 (chambered for the 7.62x39mm round used in the AK-47).
The FSB personnel wore fatigues with a MultiCam-esque camouflage pattern, which according to Camopedia.org, has been in use since 2008.
If there’s one ship that is iconic of the United States Navy’s dominance of the ocean, it is the Nimitz-class supercarrier. These vessels, the first of which entered service in 1975, are yuge (to use the parlance of the present commander-in-chief). They’re also quite fast and have plenty of endurance, thanks to the use of nuclear reactors.
Their primary weapon isn’t a gun or a missile — it’s up to 90 aircraft. When the Nimitz first set sail, the F-14 Tomcat was the top-of-the-line fighter. Today, a mix of F/A-18C Hornets and F/A-18E/F Super Hornets are carried on board, and many Nimitz-class ships will operate F-35 Lightnings in the years to come.
The Nimitz-class carriers just missed the Vietnam War. Its participation in the failed 1980 hostage rescue mission in Iran was the class’s baptism by fire. The Nimitz also starred in the 1980 action-adventure film, The Final Countdown, in which it was sent back in time to just before the attack on Pearl Harbor.
USS Nimitz (CVN 68), the first of ten ships of its class,
In 1981, the carrier USS Dwight D. Eisenhower (CVN 69) took part in freedom of navigation exercises in the Gulf of Sidra. During these exercises, Libya got a little bold and sent two Su-22 Fitters out to sea to pick a fight with two Tomcats and lost. Throughout the Cold War, Nimitz-class ships helped hold the line against all potential threats.
A F/A-18 Hornet is launched from the carrier USS Harry S Truman (CVN 75).
In 1990, the Eisenhower was one of two carriers that responded to the Iraqi invasion of Kuwait. While the Eisenhower did not launch combat missions, USS Theodore Roosevelt (CVN 71) did. The Nimitz-class remained in production even as the post-Cold War saw America’s carrier force shrink from 15 to 11. The Eisenhower was also used to help move an Army brigade for a potential invasion of Haiti in 1994.
Not only does the United States have more aircraft carriers than any other country, they have the most powerful, dwarfing vessels like HMS Illustrious.
Since then, Nimitz-class carriers have taken part in operations over Iraq, the Balkans, and as part of the Global War on Terror. The United States built ten of these ships. These seafaring behemoths displace over 100,000 tons, have a top speed of over 30 knots, and have a crew and air wing that totals over 5,800 personnel.
Learn more about one of these massive vessels that serve as both a crucial component and symbol of American naval power in the video below.
Quality of gear aside, when the U.S. military is equipping its troops, it tries to ensure they have everything they need to defeat the enemy and – if funding permits – not be entirely miserable in the meantime. Given the Pentagon’s track record with winning battles, one would have to concede they’re doing a pretty good job. Operationally, however, the troops figure out very quickly what’s going to work and what they need to improvise.
1. Mosquito Nets – Vietnam
One private in the Army who was deployed to an aircraft maintenance detachment in Vietnam mentions using the mosquito net diligently, just as he was trained. Except, when the base was attacked, he stumbled in the dark looking for the zipper, nearly getting himself killed in the process.
He, like many in Vietnam, never used the mosquito net again.
2. Army Cold Weather Mask
3. Black Berets
Are you into bondage? Then this is the issued gear for you. If you hate how much it itches your face or if you wear glasses, it definitely is not.
Patrol caps and boonie hats serve the dual purpose of protecting your head from the sun while giving your kevlar a place to rest. They’re also both breathable and prevent the interior of the hat from becoming a swampy mess. The beret did none of these things, but the Army insisted every soldier wear one.
4. Sun-Wind-Dust Goggles – Iraq & Afghanistan
The only Sun-Dust-Wind goggles that couldn’t protect your eyes from sun, dust, or wind. All that and after a while, the padding slips out of place, the elastic wears out, and they become unwearable. Which isn’t a big deal because they get so scratched up you can’t see from them anyway.
5. NBC Gear – U.S. Navy
The U.S. military’s old MOPP system used what is essentially a charcoal suit to protect troops from chemical agents in the air. The only problem was they were useless when wet – which is exactly what happened to the sailors during nuclear, biological, chemical warfare drills when they had to start cleaning the ship.
6. Black Leather Gloves with Wool Inserts
The dual glove system pretty much meant any fine motor skills you needed weren’t going to happen while wearing these things. Many troops would take off the leather gloves to use their fingers, which promptly froze because the liners themselves were useless in the cold.
7. M65 Field Jacket
Speaking of things that are useless in the cold, there was a time when the only jacket issued for the battle dress uniform was this cruel joke.
8. Load-Bearing Equipment
Presenting the most miserable troop of the 1980s.
This is a great way to carry many different kinds of gear. Until someone starts shooting at you and you need to get down on the ground, stay low, and/or maneuver while you’re down there.
Elon Musk has made another grand claim about his plans to colonize the red planet with his space exploration company SpaceX.
Speaking at the US Air Force Space Pitch Day on Nov. 5, 2019, Musk estimated that Starship, SpaceX’s 100-passenger reusable rocket design, will cost $2 million to launch.
In a series of follow up tweets, Musk threw out a few more figures about how many rockets will have to bring the necessary amount of cargo to properly set up base on Mars.
“A thousand ships will be needed to create a sustainable Mars city… As the planets align only once every two years,” he said. This led him to conclude it would take 20 years to transport one million tons of cargo which would “hopefully” allow for building a self-sustaining Mars base.
By Musk’s mathematics, that would mean a total billion spent on launching the rockets — although over 20 years the cost could fluctuate.
Musk has a history of making alarming predictions about his plans to colonize Mars. Notably he has espoused the idea of targeting nuclear weapons to detonate just above the planet’s ice caps, thereby causing the frozen water to evaporate releasing CO2 into the air and warming the planet’s surface — rendering it more habitable for humans.
The theory has little scientific grounding however. A study published in Nature found there is unlikely to be enough CO2 in Mars’ icecaps to engineer the desired greenhouse effect and, even if there were, Mars’ atmosphere is constantly leaking into deep space so the gas would gradually disappear.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
“Peak performance” is a term thrown around every locker room in the NFL, but achieving true excellence in any sport is a process based on a variety of factors — both physical and mental. As a result, players and coaches often debate whether an extra workout or strict adherence to a specific diet is the most important variable in achieving results on the field.
In short, achieving peak performance among a team of athletes is incredibly challenging. This year, some NFL teams are giving consideration to a new variable: trust, and they’ve turned to an unlikely ally for help — the Green Berets.
Captain Jason Van Camp (left) as a Green Beret in Iraq
U.S. Army Green Berets are some of the military’s most elite soldiers and their mission is almost always impossible. Tasked with infiltrating deep behind enemy lines, Green Berets link up with local forces and train them for battle. Instead of kicking down doors, they train indigenous forces to kick the doors down for them. They can always expect to be faced with limited resources and, even worse, limited time, but Green Berets have a special skill that’s fostered from the very first day of their training: They focus on people first and live by a principle that “humans are more important than hardware.”
This strict belief in a humans-first mentality is why some NFL Coaches are turning to former Green Beret Jason Van Camp and his team of Special Operations veterans from Mission 6 Zero, a management consulting company that combines Special Forces with Science. Over the past seven years, Jason and his Mission 6 Zero team has worked with NFL and MLB teams to improve their performance both on and off the field by focusing on trust as the foundation of team building. This is a mission that Jason and his team know very well. They’ve helped foreign allies around the world achieve peak performance in some of the most austere environments. Now, instead of working deep behind enemy lines, these Green Berets are embedded in locker rooms across the league, training players, coaches, and front office personnel.
In the process of driving Mission 6 Zero to an elite level, Jason and his team decided to create Warrior Rising, a non-profit organization that helps veterans start or accelerate their own businesses. The Minnesota Vikings (one of the NFL teams that Mission 6 Zero advises) offered to sponsor a fundraising event in Minnesota to support Warrior Rising’s vetrepreneurs. The fundraising event was attended by Vikings players and coaches and intended to be a team bonding experience focused on trust.
Trust is the cornerstone of any successful team, but there are thousands of factors that can degrade trust within organizations, including fear, communication problems, family issues, values conflicts, and more. The veterans with Warrior Rising know that a lack of trust is what can lead a convoy into an ambush — or a turnover in the Redzone — but before Jason, a former West Point football player himself, and his team can help the NFL, they start their work by listening.
This tactic is essential, especially in today’s NFL where any action, from an off-handed comment in the locker room to an overt gesture like kneeling, can have an impact that extends far beyond the playing field. Jason explained his approach to We Are The Mighty,
“Working with an NFL team is very similar to being a Green Beret in Iraq or Afghanistan – you must master the art of communication in order to succeed. Proper communication leads to trust. Trust is an amazing weapon, but before you step out into battle, you need to understand the barriers that are keeping your teammates from trusting each other.”
Once the Green Berets have an understanding of the issues facing the team, that’s when they develop a full training plan to turn up the heat — literally — by using flamethrowers. Yeah, you read that right: flamethrowers, because there’s nothing quite like using pressurized-fuel weapons to build trust among teammates.
Jason briefs the Minnesota Vikings on there next training exercise.
Jason and the Green Berets’ logic is simple – get comfortable being uncomfortable. A little shared danger, adrenaline, and communication about team issues can help burn down (sorry) the obstacles between peak performance. Jason believes that,
“Having a talented roster alone does not make you a great coach. Great coaches create an environment that allows their players’ talents to flourish.”
In preparation for the 2018 Season, Jason and his team have used their unique approach to team-building with the Minnesota Vikings. As the season starts, we’re all excited to watch how the Green Berets’ trust training will translate into touchdowns.