Russia has two advanced helicopter gunships in service – the Kamov Ka-50/Ka-52 Hokum, and the Mi-28 Havoc. The obvious question – one thankfully never answered in real life – is how well they’d take out American (or Western) tanks and fighting vehicles?
The two helicopters competed against each other near the end of the Cold War — just as the Soviet Union was teetering but was still desperate to find something to match the tank-killing AH-64 Apache.
The Mi-24 Hind, which had earned a fearsome reputation as a “flying tank” in Afghanistan, was quickly becoming out-classed.
According to GlobalSecurity.org, the Mi-28 has a top speed of about 162 knots, and a range of 130 nautical miles. It is armed with the same 30mm cannon as the BMP-2, and carries about 250 rounds of ammunition. RussianHelicopters.aero notes that the Havoc can carry a wide variety of rockets and missiles.
The Kamov Ka-50 and Ka-52 are two versions of the Hokum attack helicopter. According to GlobalSecurity.org, the Hokum was officially named the winner of the competition with the Havoc in 1995, but in post-Cold War Russia, the production was slow.
Like the Mi-28, it has the same 30mm cannon used on the BMP-2 and can carry rockets and anti-tank missiles.
That is a total of 251 attack helicopters. This creates a problem for the Russians.
Having so few chopper means that they have two options: To either disperse the Havocs and Hokums, and let them be taken out piecemeal, or to concentrate them, and accept that the presence of Havocs and Hokums will be a big indication of where a Russian attack would take place for NATO intelligence.
So, how well would the Hokum and Havoc do in combat? One big problem is that the Russians will likely not have air superiority, largely due to the fact that many NATO planes are better.
While American and NATO F-22s, F-35s, Rafales, and Typhoons take air superiority from Russian Flankers and Fulcrums, a lot of F-16s and A-10s will be carrying out air support missions. The F-16s will feast on the Russian choppers when they aren’t dropping bombs themselves.
While those that reach the front will kill some Abrams, Leopard, Challenger, or LeClerc tanks, they will likely be wiped out as NATO takes advantage of air superiority.
U.S. Army weapons officials plan to purchase subcompact weapons from 10 different gun makers for testing in an effort to better arm personal security detail units.
U.S. Army Contracting Command, on behalf of Project Manager Soldier Weapons, recently announced it will spend $428,480 to award sole-source contracts to Beretta USA, Colt Manufacturing Company, CMMG Inc., CZ-USA, Sig Sauer and five other small-arms makers for highly concealable subcompact weapon systems “capable of engaging threat personnel with a high volume of lethal and accurate fires at close range with minimal collateral damage,” according to a June 6, 2018 special award notice.
“Currently, Personal Security Detail (PSD) military personnel utilize pistols and rifles; however, there is an operational need for additional concealability and lethality,” the notice states. “Failure to provide the selected SCW for assessment and evaluation will leave PSD military personnel with a capability gap which can result in increased warfighter casualties and jeopardize the success of the U.S. mission.”
Companies selected have until June 16, 2018, to respond to the notice. The weapons will be used in an evaluation to “inform current capabilities for the Capability Production Document for the Maneuver Support Center of Excellence,” the notice states.
“The acquisition of the SCW is essential in meeting the agency’s requirement to support Product Manager, Individual Weapons mission to assess commercially available off-the-shelf (COTS) SCWs in order to fill a capability gap in lethality and concealability.”
Here is a list of sole-source contracts for the subcompact weapons:
Beretta USA Corporation for PMX subcompact weapon. Amount: $16,000.
Colt’s Manufacturing Company LLC for CM9MM-9H-M5A, Colt Modular 9mm subcompact weapon. Amount: $22,000.
CMMG Inc. for Ultra PDW subcompact weapon. Amount: $8,500.
CZ-USA for Scorpion EVO 3 A1 submachine gun. Amount: $14,490.
Lewis Machine & Tool Company for MARS-L9 compact suppressed weapon. Amount: $21,900.
PTR Industries Inc. for PTR 9CS subcompact weapon. Amount: $12,060.
Quarter Circle 10 LLC 5.5 CLT and 5.5 QV5 subcompact weapons. Amount: $24,070.
Sig Sauer Inc. for MPX subcompact weapon. Amount: $20,160.
Trident Rifles LLC for B&T MP9 machine gun. Amount: $36,000.
Zenith Firearms for Z-5RS, Z-5P and Z-5K subcompact weapons. Amount: $39,060.
This article originally appeared on Military.com. Follow @military.com on Twitter.
North Korea’s military escapades were back in the headlines in December, after state media in the secretive country reported news of two large-scale military drills involving rocket launchers and fighter jets.
In either case, the country’s missile development and huge artillery stocks pose a significant danger to South Korea and the rest of the world.
It is one of the world’s most secretive countries, so the information largely comes from other sources, but the state’s propaganda efforts mean there are plenty of pictures of the country’s colossal military capacity. Take a look.
*Mike Bird contributed reporting to an earlier version of this article.
The choice to carry a knife as a means of self-defense brings with it the responsibility of learning how to use it, but just knowing how to do something doesn’t make you good at it. Skill comes from repetition through dedicated training. Attending a couple edged-weapons seminars might give you a base knowledge, but it won’t make you proficient with a blade. You must incorporate that knowledge into a regular training regimen to hone your skills.
The great thing about blade training is it can be done pretty much anywhere. Unlike firearms training, you don’t need a designated training area. You don’t need to worry about noise and backstops, and your neighbors aren’t likely to call the police if you do it in the backyard.
The greatest challenge with solo blade training is knowing where to start. Once you know how to train on your own, the possibilities become endless. The information presented here will give you some good starting points to help you develop a consistent solo training program that will sharpen your edged-weapons skills.
Some solo training tools pictured here include aluminum training blades, a shot timer, a tennis ball on a string, bubbles, and a Rubber Dummies 3D Silhouette Target.
Shadow shanking is the edged-weapon equivalent of shadow boxing, with a little urban slang mixed in. It’s the act of fighting with an imaginary opponent to develop technique, timing, lines of motion, and muscle memory. It’s one of the most useful training methods for learning and training basic movements and movement patterns. There are a few different ways to implement shadow shanking into your training regimen.
Shadow shanking is the edged-weapon equivalent of shadow boxing. When done with the proper progression and mind-set, it can be a valuable training tool.
1. Working the basics
This is how you build your foundation. The best way to set this up is to stand in front of a mirror and watch yourself perform the movements. You might also want to draw a large asterisk on the mirror with lipstick or a grease pencil to give you a visual reference for the various angles of attack. You can then follow these lines with your blade.
We tend to be very unaware of ourselves. Seeing yourself moving in a mirror helps you develop a mind-body connection. It’s the reason gyms and martial arts schools are covered in mirrors. Use the mirror to correct flaws and solidify proper technique until your body knows what the right motion feels like. Go back to the mirror frequently to reinforce proper technique.
2. Free flow
Another form of shadow shanking is free flow. This is where you develop your ability to flow from one cut or thrust to another using the most efficient path for each angle of attack. Start with preset combinations to engrain paths of motion into your central nervous system. As those combinations become more fluid, you can begin linking the lines between various combinations until you’re able to free flow without thinking.
3. The ghost
Visualization is the key to fighting the ghost, a cool name for an imaginary opponent. To fight the ghost, you have to imagine an opponent as vividly as possible, seeing his every move through your mind’s eye. Visualize his attacks and react to them using footwork, evasions, defenses, interceptions, and counters. Imagine how he’s reacting to your movements and respond accordingly. This variation of shadow shanking is the most challenging, but the benefits you reap from it are invaluable.
The training post
The training post is one of the oldest and simplest combat training tools known to man. Historically known as a pell, this solid wooden post was used to practice striking, cutting, and thrusting with the sword, shield, and spear. It was the ancient swordsman’s equivalent of a boxer’s heavy bag, and its use is recorded in historical documents dating back to the 1st century.
The training post is a vital piece of solo training equipment. Delivering cuts and thrusts against the air is great for developing basic technique, but the resistance of a solid target is necessary for conditioning the mind and body for impact. Just like a heavy bag, using the training post will strengthen your muscles and increase connective tissue resilience. Striking a solid post will challenge your grip and expose weaknesses in your technique.
Historically known as the pell, the training post is the ancient swordsman’s equivalent of a boxer’s heavy bag.
Training on a post requires very little logistics. A 6-foot pole with a sturdy base is all you need. A solid, dead tree can work just as well. It’s also a good idea to add some target markings like lines and circles to aid with working your cutting angles and thrusting accuracy.
Proper safety precautions are necessary when working the post. Wear safety glasses to protect your eyes from flying pieces of wood. If you’re going to use a live blade, it’s a good idea to wear Kevlar-lined gloves to protect your hand in case it rides onto the blade during a thrust, especially if your blade doesn’t have a substantial guard.
Your best buddy “BOB”
Century’s Body Opponent Bag is one of the most useful combatives training devices available. The vinyl skinned, lifelike mannequin provides all the shapes and contours of a human head and torso, making for a realistic, target-rich training environment. BOB isn’t very practical for live-blade training, at least not if you want to keep him around for a while. A synthetic or aluminum training blade, or a homemade “stubby” (knife-shaped, hard foam cutout wrapped in electrical tape), are your best options for blade work on BOB.
The Body Opponent Bag is one of the most useful combatives training tools. Shown here with the Dionisio Zapatero anatomical rash guard for vital target identification.
When training on the BOB, focus on targeting and precision. Work the eyes, neck, throat, lungs, and abdomen with various thrusts and cuts. It’s easy to forget you have two hands during weapons training, so take advantage of the liveliness of the BOB and emphasize the use of both hands by incorporating empty-hand strikes, checks, and grabs with your live hand (the hand not holding the blade). Move around the mannequin and work as many angles as possible.
Another way to up your game on the BOB is with anatomical drilling. This form of training involves the use of a Dionisio Zapatero anatomical rash guard in conjunction with the BOB. The purpose is to identify the anatomical location of vital targets on the body in order to increase your ability to recognize target landmarks. This particular method was developed with the input of this author and popularized by Scott Babb in the Libre Fighting System.
Rubber Dummy mayhem
The Rubber Dummies 3D Silhouette Body Target is a self-healing rubber target designed for close-quarters firearms application, but has proven effective for edged weapons training as well. Filipino martial arts practitioners have long employed used automobile tires in various configurations to practice stick and blade combatives.
The Rubber Dummy combines many elements of the training post and BOB into one device, able to withstand the abuse of a live blade while offering human target features.
The Rubber Dummy puts a modern twist on this solo training concept with its three-dimensional human shape and tire-like, hard rubber texture. The Rubber Dummy combines many elements of the training post and the BOB into one training device. The Rubber Dummy can withstand the abuse from a live blade, while offering human target features. Cuts and stabs leave visible markings on the renewable “skin” (applied with spray paint), yielding instant feedback.
Speed drilling is a broad category of solo training with many variations. The purpose is to develop speed, efficiency, and accuracy. For solo training, using a programmable shot timer in conjunction with a suitable striking target, such as the ones mentioned above, works extremely well. The idea is to program the shot timer using delayed start and perform the action within a set par-time parameter. Striking a target that makes an audible sound, like a balloon or X-ray paper will signal the shot timer to record the split, letting you see your actual hit time.
A programmable shot timer and a quality training blade are excellent tools for developing speed and accuracy.
Speed drill progression should look something like this: Begin drilling from a ready position with your blade in hand and address the target at the sound of the beep. Then, perform the drill from a neutral position with the blade in hand. Next, deploy the blade from its carry location and engage from a ready position. Finally, deploy and engage from a neutral position.
Speed drilling with the aid of a shot timer adds stress and challenges you to leave your comfort zone. It pushes you to the edge of failure, so you can recognize how fast you can move without compromising your accuracy or control of your weapon. Always use training blades for these types of drills.
Ball on a string
Striking a simple ball on a free-hanging string can be one of the most challenging solo drills for edged-weapons training, and it’s also one of the cheapest and easiest tools to set up. Attach a ball to a string and hang it up — that’s it. The weight and size of the ball and the length of the string are variables you can vary to change the level of difficulty. Let the ball swing freely and work your cutting and thrusting angles as the ball swings toward you. Don’t forget to include footwork. That’s about all there is to this simple but effective drill.
Who hasn’t at some point in their life run around poking bubbles out of the air with their finger? It was fun when you were a kid, and it’s even more fun with a knife. Borrow your kid’s bubble machine and go to town. You’ll have random targets floating all around you, so you’ll have to move up and down, side to side, back and forth, and turn around. If a bubble hits you, it means you’ve been tagged, so keep moving and pop them before they land on you. The one caveat is you have to be precise with your blade, no wild swinging or flailing about.
Putting it all together
The less effort involved in setting up a training drill, the more likely we are to do it, especially when we’re limited on time. The training tools and drills presented here take very little effort to set up. Most can be left in place wherever you set them up, meaning you can quickly visit them and get in some quality repetitions within 5 or 10 minutes. Practice makes permanent, so focus on getting quality repetitions.
Physical preparation is only half the equation when it comes to any deadly force issue. Mental preparation is just as important, if not more so. You must train your mind to deal with the emotional trauma that comes with a violent physical assault. Rather than mindlessly performing countless repetitions, consider incorporating visualization into your solo training. Work through various attack/response scenarios in your mind as you do your drills. This will help prepare you to perform under stress and reduce the likelihood that you’ll freeze during a violent encounter.
The Air Force recently released a bunch of crazy pictures of A-10 Thunderbolt IIs getting refueled over Afghanistan, where the US recently redeployed a squadron of 12 Warthogs.
The A-10s were deployed in late January 2018 to Kandahar Air Base as part of a new campaign announced in November 2017. The US is increasing airstrikes on Taliban revenue sources, much of which is opium and heroin drug-producing facilities.
Since then, the US has released several videos of A-10s striking Taliban vehicles, as well as training and drug-producing facilities.
The B-2 Spirit is the most expensive bomber ever built, with a $500 million fly-away cost that climbs much higher when the RD costs are taken into account. The B-2’s story, though, really starts in World War II – because the B-2 was the culmination of an idea.
Aviation historian Joe Baugher notes that Jack Northrop, the founder of Northrop Aviation, had been pursuing the flying wing since 1923. By 1940, he got a technology demonstrator up.
The next year, the U.S. Army Air Force was looking for a long-range bomber that could hit Europe from bases in the U.S. in the event England were to be knocked out of the war.
Northrop submitted a four-engine propeller-driven design that the Army Air Force designated the B-35. It was to have a range of 8,150 miles, a top speed of 391 miles per hour, and a maximum bomb load of 51,070 pounds. Production versions were to have up to 20 .50-caliber machine guns for defense.
The plane had a difficult development, and fell behind schedule. The Army Air Force, though, saw potential and kept it as a research project. Northrop was asked to develop a jet-powered version known as the YB-49, replacing the propeller-driven engines with eight jet engines. While this increased the top speed to 493 miles per hour, it cut the range down to about 4,000 miles.
The plane had its share of problems. Keeping the plane steady was very difficult in the best of times, and it was missing targets when it dropped bombs. Then, one of the YB-49s crashed on June 5, 1948, killing all four crew, including United States Air Force Capt. Glenn Edwards.
There were also hot disputes over the plane’s manufacturing. Northrop insisted on having his company build the B-49 and its variants, while the Air Force wanted Northrop to work with Convair, which had designed and built the B-36 Peacemaker and B-32 Dominator bombers. Jack Northrop would later claim that the Secretary of the Air Force had demanded that Northrop agree to a merger of his company and Convair.
Northrop would abruptly retire and sell off his interest in the company he founded. However, shortly before his death in 1981, he was returned to Northrop, where Air Force officials took the extraordinary step of showing him a scale model of what would become the B-2 Spirit. The B-2 would be able to reach operational status in 1997, largely because by this time, the technology to address the stability issues had been developed.
Today, 20 B-2s are in service with the Air Force, and the service plans to buy another flying wing, the B-21 Raider.
A top Ford executive implied on Nov. 25, 2019, that Tesla’s video showing its new Cybertruck beating an F-150 in a tug-of-war might not have been completely fair.
“Hey @elonmusk send us a Cybertruck and we will do the apples to apples test for you,” Sunny Madra, who leads Ford X, the automaker’s mobility-ventures lab, said on Twitter. Not long after, Tesla’s billionaire CEO accepted the challenge, saying “bring it on.”
On Nov. 21, 2019, as part of a laser-filled reveal that didn’t always go to plan, Tesla CEO Elon Musk went out of his way to take shots at Ford and other automakers.
“You want a truck that’s really tough, not fake tough,” he said.
Ford was quick to fight back.
“We’ve always focused on serving our truck customers regardless of what others say or do,” a Ford representative told Business Insider.
Madra’s tweet appears to be the first time since the Tesla reveal that a Ford executive has publicly discussed the Cybertruck. Musk responded to the Ford executive’s challenge on Nov. 25, 2019: “Bring it on,” he said.
For its part, Ford has big plans for its own electric-truck fleet.
Earlier this year, Ford showed off an electric F-150 prototype that handily towed 1 million pounds of train cars for 1,000 feet. (For context, a properly configured Ford F-150 pickup truck can tow 13,200 pounds.)
It’s not clear whether Tesla will take Madra up on the offer of a test, which could be the first of its kind for the nascent electric-vehicle industry — and certainly a treat for automotive fans.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
The United States and the Soviets disagreed on almost everything; except the fact that anti-tank infantry capabilities are necessary for decisive offensive combat. The Soviets fear our tanks because of their armor, speed, and firepower and raced us in the manufacture of rocket propelled grenades, also known as RPGs. Due to the variety of RPGs in circulation, we will focus on the RPG-7, the most widely used of all Soviet-era anti-tank weaponry.
(TRADOC BULLETIN NO. 3 U.S. Army)
The RPG-7 anti-tank grenade launcher is cheap, simple, and effective. The RPG-7 is part of one of many evolutionary branches of rockets. It is a decedent of the German Panzerfaust anti-tank weapon from which all RPG series stem from. In 1961 the RPG-7 was adopted by Soviet Armed forces.
The RPG-7 is 37.8 inches in length and weighs 14.5 lbs unloaded and 19 lbs when loaded with the 85mm caliber round (the rocket). It has a rate of fire of 4-6 rounds per minute at an arming range of 5 meters. It has a sighting range of 500 meters and a maximum range of 900 meters, at which point it self destructs. This speed is more or less three football fields per second.
The initial velocity of the rocket is 117 meters per second that increases up to 294 meters per second when the rocket assist engages. At full speed, it can penetrate up to 13 inches of armor at zero degrees.
This weapon has seen a wide range of use throughout the world along with the communist favorite AK-47.
The grenade is separated into two parts, the warhead and sustainer motor, and the booster charge. These two parts must be screwed together before the grenade is ready to fire.
When the projectile is first launched it is powered by a small strip powder charge to reduce the backblast area from harming the gunner. At approximately 11 meters the sustainer rocket kicks in, ignites, and boosts the rocket to maximum velocity.
The fins open after launch with canted surfaces that spin the rocket and stabilize the rocket in flight.
The rocket itself is 36.62 inches long and weighs 4.6 pounds. HEAT rounds are olive drab, and practice rounds are black. They use a point impact fuse with a base detonator.
The shape of the warhead is to penetrate tank armor by using the Munroe Effect:
The greatly increased penetration of an explosive into a surface (as of metal or concrete) that is caused by shaping a conical or hemispherical hollow in the forward end of an explosive cartridge – Merriam-Webster Dictionary
When the round detonates a small cone of metal forms and burns through the armor. There is no explosion after the core penetrates the armor, it is often the metal continuing out the other side of the target.
Since the RPG-7 is a direct fire weapon, it’s effectiveness on the battlefield is directly affected by the ability of the gunner. The weapon’s biggest weakness is crosswind when leading a target down range. In winds greater than 7 miles per hour, a gunner cannot expect to hit more than 50% of the time beyond 180 meters. They must calculate both wind direction and velocity, but even then results may vary.
There are two standard sights for this weapon: Iron sights and a telescopic sight.
Iron sights are permanently attached and can sight 200 to 500 meters with no wind or lead adjustment. In a conventional force, it is the backup sight system, but since most forces who use this weapon are unconventional, it is usually the primary.
The Soviet tactical doctrine regarding the RPG-7 states that it is most effective at 300 meters or at a point blank target with a height of two or more meters. The reasoning for 300 meters is that it will reduce the target reaction time to take evasive action or to counterattack. Even if it doesn’t kill the target, it’s still going to scare the sh*t out of it long enough to reload and strike again.
A U.S. Army test against a stationary M60 tank concluded that at 300 meters the probability of a gunner hitting his target is 30%. A second round has a 50% chance of hitting. The round was designed to penetrate 13 inches of armor but in practice penetrates 11 inches of steel instead.
During these tests, the U.S. Army also found that exposed tanks not in defilade are twice as vulnerable as one that is. A troop is to react immediately when fired at by an RPG-7. Because a second round is more likely to hit, it is imperative to suppress with machine guns, pop smoke, and move out of the kill zone.
Out of all the Soviet weapons, the deadliest is their propaganda infecting governments around the world.
A former Google engineer who worked on the company’s infamous military drone project has sounded a warning against the building of killer robots.
Laura Nolan had been working at Google four years when she was recruited to its collaboration with the US Department of Defense, known as Project Maven, in 2017, according to the Guardian. Project Maven was focused on using AI to enhance military drones, building AI systems which would be able to single out enemy targets and distinguish between people and objects.
Google canned Project Maven after employee outrage, with thousands of employees signing a petition against the project and about a dozen quitting in protest. Google allowed the contract to lapse in March 2019. Nolan herself resigned after she became “increasingly ethically concerned” about the project, she said.
Nolan described her role as a site reliability engineer, and this is why she was recruited to Maven. “Although I was not directly involved in speeding up the video footage recognition I realised that I was still part of the kill chain; that this would ultimately lead to more people being targeted and killed by the US military in places like Afghanistan,” she said, according to The Guardian.
A MQ-9 Reaper US military unmanned aerial vehicle.
(U.S. Air Force photo by Staff Sgt. Brian Ferguson)
Nolan fears that the next step beyond AI-enabled weapons like drones could be fully autonomous AI weapons. “What you are looking at are possible atrocities and unlawful killings even under laws of warfare, especially if hundreds or thousands of these machines are deployed,” she said.
She said that any number of unpredictable factors could mess with the weapon’s systems in unforeseen ways such as unexpected radar signals, unusual weather, or they could come across people carrying weapons for reasons other than warfare, such as hunting. “The machine doesn’t have the discernment or common sense that the human touch has,” she said.
She added that testing will have to take place out on the battlefield. “The other scary thing about these autonomous war systems is that you can only really test them by deploying them in a real combat zone. Maybe that’s happening with the Russians at present in Syria, who knows? What we do know is that at the UN Russia has opposed any treaty let alone ban on these weapons by the way.”
The autonomous ship “Sea Hunter”, developed by DARPA. The US military christened an experimental self-driving warship designed to hunt for enemy submarines.
(U.S. Navy photo by John F. Williams)
Although no country has yet come forward to say it’s working on fully autonomous robot weapons, many are building more and more sophisticated AI to integrate into their militaries. The US navy has a self-piloting warship, capable of spending months at sea with no crew, and Israel boasts of having drones capable of identifying and attacking targets autonomously — although at the moment they require a human middle-man to give the go-ahead.
Nolan is urging countries to declare an outright ban on autonomous killing robot, similar to conventions around the use of chemical weapons.
“Very few people are talking about this but if we are not careful one or more of these weapons, these killer robots, could accidentally start a flash war, destroy a nuclear power station and cause mass atrocities,” she said.
Business Insider has contacted Nolan for comment.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
In a day and age where the United States Air Force has a grand total of 76 B-52H Stratofortress, 62 B-1B Lancer, and 20 B-2A Spirit bombers in service, it’s fair to say the United States’ bomber force is quite potent. That said, there aren’t as many in service as there once were.
One plane that once supplemented the bomber force quite well was the F-111 Aardvark. This was a fast, all-weather strike plane that was originally designed to serve both the Air Force and Navy, much like today’s Joint Strike Fighter. While the Navy version didn’t pan out, the Aardvark, after some teething problems, emerged as a reliable strike asset by 1972.
The F-111 could deliver payload. According to Christopher Chant’s Encyclopaedia of Modern Aircraft Armament, the Aardvark could haul as many as 36 Mk 82 500-pound dumb bombs. By comparison, the B-52 can haul 51 of those same bombs. So, in terms of load, each Aardvark accounted for 70.5 percent of a legendary BUFF.
This F-111 has Durandal runway-cratering bombs loaded. As you can see, it carries a lot.
As aviation historian Joe Baugher noted, during the F-111A’s deployment to Vietnam as part of Operation Linebacker II, each F-111 was capable of dropping the bomb load of five F-4 Phantoms. Not only could the F-111 deliver one hell of a payload, it could do so very accurately due to advanced radars.
This F-111F is being prepared for the April, 1986, strike on Libya.
Three newer models of the F-111 — the F-111D, F-111E, and F-111F — all entered service in the 1970s. None of these variants saw action in the Vietnam War, but saw plenty of action elsewhere. The F-111F played a key role in the April, 1986, strikes on Libya and both the F-111E and F-111F saw action in Desert Storm.
An F-111 drops two dozen Mk 82 500-pound bombs – about half the load a B-52 can carry.
An electronic warfare version of the F-111, the EF-111A, also played a key role in Desert Storm — one even scored a maneuver kill against an Iraqi Mirage F-1!
Man’s best friend has been fighting on battlefields for centuries, but the modern four-legged battle buddy is much more sophisticated than his predecessor with more advanced gear.
The modern US military has multi-purpose tactical dogs, search and rescue dogs, explosive detection dogs, and tracking dogs, among other types of canines, and the dogs have their own special equipment.
U.S. Army 1st Sgt. Brian Zamiska, 3rd Battalion, 187th Infantry Regiment, 3rd Brigade Combat Team, 101st Airborne Division (Air Assault), pulls security with a U.S. Air Force working dog, Jan. 6, 2013, during a patrol with the Afghan Border Police in Tera Zeyi district, Afghanistan.
(U.S. Army photo by Spc. Alex Kirk Amen)
The US Army, which is currently undergoing its largest modernization in decades, has been working hard to modernize the force, equipping soldiers with state-of-the-art gear, such as lightweight helmets that can withstand sniper fire and night-vision goggles that let them shoot around corners.
And military working dogs aren’t being left out of the modernization push.
Insider recently asked a senior scientist at the Army Research Office what’s next for military dogs, and he explained that there are a lot of interesting things on the horizon, despite the challenges of developing gear for canines.
“We are going to be able to help augment the animal with better cameras, better hearing protection, and better vision protection, and put those things all together so that we can get a smarter system out there,” Stephen Lee told Insider.
A military working dog wearing the CAPS with goggles.
(US Army photo by Zeteo Tech)
All military dogs use a collar and a leash, but just as there are different types of dogs for different missions, such as pointy-eared dogs like German Shepherds and Belgian Malinois for tactical operations and floppy-eared dogs like Labrador Retrievers for screening activities, the various types of military dogs tend to have varied gear kits.
“Like the multipurpose dogs might have a harness, a vest that contains stab proofing or some sort of insert armor,” Lee explained, adding that they might also have goggles, hearing protection equipment, and special booties for snow, sandy or rocky environments.
There are also cooling vests and specialized kennels that cool to help the canines better operate in hot areas.
A US soldier carrying a military working dog.
And canine gear is continuously evolving.
“We are learning a lot from the robotics community because they need lightweight electronics. So we’re able to put small cameras on the dogs now and guide them at distances,” Lee said. “I’m excited about putting those new microelectronics on the canine.”
The US military has already made some strides in this area, equipping dogs with cameras, GPS trackers, and radios for better off-leash communication, but there is always the potential for more innovation.
The challenge, Lee told Insider, is that there is technically no military working dog research funding line in the military.
Lee has a PhD in physical organic chemistry and played an important role in the development of an artificial dog nose that is used for screening activities, but while it is an incredible tool, it lacks the ability to provide the full range of capabilities a working dog can.
“We spend billions of dollars making robots that can emulate dogs but don’t even come close,” he explained, adding that the military doesn’t really have any core research and development programs for dogs.
A military working dog surrounded by a soldier’s gear.
Much of the canine-related research is carried out by industry and academia with input from the military and law enforcement and funding pulled from various pools.
For instance, Zeteo Tech, Inc., a Maryland-based outfit, has developed an innovative solution to help prevent hearing loss in dogs with the help of the Small Business Innovation Research grant provided by the Army Research Office.
But, while military working dogs may not receive the same level of attention that human soldiers do, those who work closely with them understand well their value in the fight.
Conan, a military working dog that was recently honored at the White House, helped special forces take down Abu Bakr al-Baghdadi, the murderous leader of ISIS in October. Time and time again, canines have made important contributions to US military missions.
Lee told Insider that “we take for granted all that our dogs can do” on the battlefield.
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The United States Navy has made it official: The Kongsberg Naval Strike Missile (often called NSM) is its new choice for taking out enemy ships at distance. The decision, announced last week, means that both the Littoral Combat Ship and the Navy’s new frigate will pack a powerful, anti-ship punch.
This isn’t the first time Kongsberg has won a deal from the United States Navy. In 1986, the Navy turned to that company’s Penguin anti-ship missile to arm its SH-60/MH-60 Seahawk helicopters. That same missile is also used on Norwegian missile boats, coastal batteries, and F-16 Fighting Falcons.
The AGM-119 Penguin missile, which gave SH-60 and MH-60 helicopters a potent anti-ship punch, was built by Kongsberg and used by the U.S. Navy.
(U.S. Navy photo by Photographer’s Mate 2nd Class Lisa Aman)
For some time now, there was a competition underway between the NSM, an extended-range Harpoon, and a surface-launched version of the AGM-158C Long-Range Anti-Ship Missile — the makers of which were vying for a contract with the Navy. All three had some good selling points: The NSM is a smaller, compact missile that fits better on smaller ships, while the extended-range Harpoon is a natural evolution from the RGM-84s currently launched by most surface ships. The LRASM has the longest range (over 500 miles) and packs the biggest punch (a 1,000-pound warhead). In the end, however, it seems the NSM has won out.
The NSM uses infrared guidance to home in on its target, has a range of over 100 nautical miles, and packs a 265-pound warhead. The system can not only be fired from surface ships. With a total weight of 770 pounds, it’s light enough to be carried by the Navy’s MH-60R Seahawk helicopters.
This model of a MH-60 Seahawk at the SeaAirSpace 2017 expo shows it carrying Kongsberg NSMs.
(Photo by Harold C. Hutchison)
The current contract for the NSM is valued at just under .5 million, but that could increase to just under 0 million as littoral combat ships and future frigates are also armed with this missile.
Check out the video below to see a test firing of this new missile.
When it comes to being prepared for a disaster, there are a few things on just about everybody’s lists: clean drinking water, shelf-stable food, and maybe a firearm for security. There are some other things, however, that aren’t as commonly considered essential, but ought to be–like hydrogen peroxide.
While your neighbors with a flair for the dramatic prepare for the zombie apocalypse instead of more looming potential threats like long-term power outages or natural disasters, leave the spike sharpening up to them and swing by the pharmacy section of your local retail store to stock up on those brown bottles of goodness… because when the shit hits the fan (as people in the prepping community are so fond of saying) it’ll do you a lot more good than another stack of samurai swords.
It’s going to take more than some peroxide to bring this mannequin to life, boys.
(U.S. Navy photo by Jacob Sippel)
Clean stuff like your scraped knee (with or without your mom’s help)
The obvious use for hydrogen peroxide is as a mild antiseptic for minor cuts and scrapes. It works just like it did when your mom was nursing your skinned knee, bubbling up as it releases oxygen that can ferry dead skin and anything else that doesn’t belong away from your cut. In fact, you can pretty effectively use hydrogen peroxide to clean just about anything outside your body as well, including clothing, eating utensils, and water carriers.
It’s important to note, however, that hydrogen peroxide is not intended for cleaning deep wounds, so although it is an antiseptic, you’ll need to find an alternative for cleaning out zombie bites or serious cuts.
We’re not all as manly as Ron Swanson
Keep your grill intact
Depending on who you ask, hydrogen peroxide is either a solid tool for mouth care (even in a non-disaster situation) or a terrible idea, and that really boils down to one factor: you absolutely cannot swallow the stuff. As long as you’re sure you can be trusted to remember that, that brown bottle can go far in keeping your mouth from becoming a magnet for infection once your bathroom sink stops working.
Swishing a bit of bubbly from the brown bottle mixed with water can help treat canker sores and other small mouth wounds that could be prone to infection in a bad situation, help ease the symptoms of a sore throat, and even keep your pearly whites white in the absence of toothpaste. Just mix 1 part standard 3% concentrate hydrogen peroxide with 2 parts water, swish, spit, and rinse. And again, kiddies, don’t swallow the stuff.
I wouldn’t use two Nick Offerman gifs in a row if they weren’t just so damn perfect.
Use it as a fertilizer to grow some food
This may be the most unusual use for hydrogen peroxide that you’ll come across, but it actually works. If you find yourself in a long-term survival situation, cultivating your own food could become essential. Tending a garden can be tough enough, but it’s tougher when your soil isn’t up to the task of producing healthy plants.
That’s where hydrogen peroxide comes in: simply mix that same 3% concentrate brown-bottle peroxide with water at a ratio of about one cup per gallon of water (or 1.5 teaspoons of peroxide per cup of water) and then use that to water your plants.
The hydrogen peroxide will help fertilize the soil and prevent fungus or mildew from developing on the plant itself. Keep that water-to-peroxide ratio in mind though, as too much will quickly kill your new tomato plant.
It’s not just a concern for the ladies.
Use it to ditch the (fungal) itch
Some of the most pressing threats in a long term survival situation aren’t the dramatic shootouts and bear attacks we often see in movies–the truth is, the slow and steady degradation of your health will keep making day to day tasks harder if you aren’t careful about managing things like hygiene.
Fungal infections like Athlete’s Foot are a nuisance in our comfortable American lives, but could quickly become a serious issue in the absence of modern amenities and treatment — and as many unfortunate souls can attest to, fungal infections aren’t relegated to the feet. Yeast infections, for instance, can become serious business, and can feel nearly debilitating even under normal conditions.
The hydrogen peroxide you get in the brown bottle (3% concentration) can safely be used as a douche for women suffering from yeast infections or bacterial vaginosis, and while it won’t work as quickly or effectively as specific treatments, it’ll do a lot more than nothing. Don’t dismiss this one, fellas – you’re able to get yeast infections too.