Attack helicopters are fierce predators that go after enemy troop formations and guard friendlies. Here are the 9 that most effectively prowl the battlefield:
1. Ka-52 “Alligator”
Capable of operating at high altitude and speed, the two-seater Ka-52 snags the top spot from the usual winner, the Apache. The Alligator’s anti-ship missiles have better range than the Apache and the helicopter boasts similar armor and air-to-air capability. A one-seat version, the Ka-50, is also lethal.
2. AH-64 Apache
The AH-64 is armed with a lot of weapons including Hellfire missiles, 70mm rockets, and a 30mm automatic cannon. Its tracks and prioritizes 256 contacts with advanced radar and targeting systems. Optional Stinger or Sidewinder missiles turn it into an air-to-air platform. The newest version, AH-64E Guardian, is more efficient, faster, and can link to drones.
3. Mi-28N “Havoc”
The night-capable version of the Mi-28, the “Havoc” carries anti-tank missiles that can pierce a meter of armor. It also has pods for 80mm unguided rockets, five 122mm rockets grenade launchers, 23mm guns, 12.7mm or 7.62mm machine guns, or bombs. It also has a 30mm cannon mounted under its nose.
4. Eurocopter Tiger
The Tiger minimizes its radar, sound, and infrared signatures to avoid enemy munitions and still has thick armor, just in case. It carries a 30mm turret, 70mm rockets, air-to-air missiles, and a wide variety of anti-tank missiles as well as countermeasures for incoming missiles .
The Z-10 has an altitude ceiling of nearly 20,000 feet and carries capable anti-tank missiles, TY-90 air-to-air missiles, and a 30mm cannon. The Z-10 was originally considered a triumph of the Chinese defense industry, but it was actually designed by Russian manufacturer Kamov, the company behind the Ka-52 and Ka-50.
An upgraded version of the Italian A-129, the T-129 is a Turkish helicopter carrying robust UMTAS anti-tank missiles, rockets, and Stinger missiles. Its cannon is relatively small at 20mm, but it can zip around the battlefield at 150 knots, rivaling the newest Apaches.
7. Mi-24 Hind
The Mi-24 carries understrength anti-tank missiles by modern standards, but it’s great against infantry. Multiple machine guns up to 30mm chew up enemy troops while thick armor grants near-immunity from ground fire up to .50-cal. It also doubles as a transport, carrying up to eight infantrymen or four litters.
8. AH-1Z Viper
A heavily upgraded version of the first attack helicopter, the Viper still has a lot of bite. Hellfire missiles destroy enemy tanks and ships while a 20mm cannon picks off dismounts and light vehicles. Sidewinder missiles allow it to engage enemy air from a respectable distance.
9. AH-2 Rooivalk
The AH-2 is a South African helicopter that uses a stealthy design, electronic countermeasures, and armor to survive threats on the battlefield. While it’s there, it fires a 20mm cannon, TOW or ZT-6 Mokopa anti-tank missiles, or rockets at its enemies. There are plans for it to gain an air-to-air capability.
According to legend, Colorado’s Cheyenne Mountain is a sleeping dragon that many years ago saved the Ute Mountain Ute Tribe. In the Native American story, the Great Spirit punished the people by sending a massive flood, but after they repented, it sent a dragon to drink the water away. The dragon, engorged by the massive amount of water, fell asleep, was petrified and then became the mountain.
Unlike the dragon of legend, the Cheyenne Mountain Complex has never slept during 50 years of operations. Since being declared fully operational in April 1966, the installation has played a vital role in the Department of Defense during both peacetime and wartime.
Though the complex may have changed names during the past five decades, its mission has never strayed from defending the U.S. and its allies. Today, it is known as Cheyenne Mountain Air Force Station, with a primary role of collecting information from satellites and ground-based sensors throughout the world and disseminating the data to North American Aerospace Defense Command, U.S. Northern Command and U.S. Strategic Command — a process Steven Rose, Cheyenne Mountain AFS deputy director, compares to the work done by the stem of the human brain.
“Those sensors are your nerves out there sensing that information,” Rose said, “but the nerves all come back to one spot in the human body, together in the brain stem, entangled in a coherent piece. We are the brain stem that’s pulling it all together, correlating it, making sense of it, and passing it up to the brain — whether it’s the commander at NORAD, NORTHCOM or STRATCOM — for someone to make a decision on what that means. That is the most critical part of the nervous system and the most vulnerable. Cheyenne Mountain provides that shield around that single place where all of that correlation and data comes into.”
In the 1950s, the DOD decided to build the installation as a command and control center defense against long-range Soviet bombers. As the “brain stem,” it would be one of the first installations on the enemy’s target list, so it was built to withstand a direct nuclear attack.
Cheyenne Mountain’s 15 buildings rest on more than 1,300 springs, 18 inches from the mountain’s rock walls, so they could move independently in the event of a nuclear blast and the inherent seismic event. In addition, an EMP, being a natural component of a nuclear blast, was already considered in Cheyenne Mountain’s original design and construction features, Rose said.
“Back then, it was just part of the effect of a nuclear blast that we were designed for at Cheyenne Mountain,” he added. “If you fast forward 50 years from our construction, the EMP threat has become more important to today’s society because of the investment that has been made into electronics. Just by sheer coincidence, since we were designed in the 50s and 60s for a nuclear blast and its EMP component, we are sitting here today as the number one rated EMP protected facility. The uniqueness of the mountain is that the entire installation is surrounded by granite, which is a natural EMP shield.”
The station, built 7,000 feet above sea level, opened as the NORAD Combat Operations Center. When NORAD and the newly stood up NORTHCOM moved their main command center to Peterson Air Force Base in 2008, many believed Cheyenne Mountain had closed. Today, Cheyenne Mountain hosts an alternate command center for NORAD and is landlord to more than a dozen DOD agencies, such as the Defense Intelligence Agency.
“When I bring official visitors up here, not only are they surprised that we’re still open,” said Colonel Gary Cornn, Cheyenne Mountain AFS Installation Commander. “Many are impressed by the original construction, the blasting of the tunnels, how the buildings are constructed inside, and some of the things we show them, such as the survivability and capability we have in the blast valves, the springs, the way we do our air in the Nuclear, Biological and Chemical (NBC) filtering and the huge blast doors. It’s funny to see senior officers and civilians become sort of amazed like little kids again.”
The threats and sources have drastically changed from when the station opened at the height of the Cold War, but the station’s iconic 25-ton steel doors remain the same, ready to seal the mountain in 40 seconds to protect it from any threat. The underground city beneath 2,000 feet of granite still provides the protection to keep the station relevant as it begins its next half-century as “America’s Fortress.”
Longtime Cheyenne Mountain employees like Rose and Russell Mullins, the 721st Communications Squadron deputy director, call themselves “mountain men.” Mullins’ time in the mountain goes back to the Cold War era, about halfway through its history to 1984.
Although the Soviet Union’s nuclear arsenal was the main focus, today’s Airmen conduct essentially the same mission: detect and track incoming threats to the United States; however, the points of origin for those threats have multiplied and are not as clearly defined.
“The tension in here wasn’t high from what might happen,” Mullins said. “The tension was high to be sure you could always detect (a missile launch). We didn’t dwell on the fact that the Soviet Union was the big enemy. We dwelled on the fact that we could detect anything they could throw at us.
“There was a little bit of stress back then, but that hasn’t changed. I would say the stress now is just as great as during the Cold War, but the stress today is the great unknown.”
The 9/11 attacks added another mission to NORAD and the Cheyenne Mountain Directorate – the monitoring of the U.S. and Canadian interior air space. They stand ready to assist the Federal Aviation Administration and Navigation Canada to respond to threats from the air within the continental U.S. and Canada.
Airplane icons blot out most of the national map on the NORAD/NORTHCOM Battle Cab Traffic Situation Display in the alternate command center. To the right another screen shows the Washington, D.C., area, called the Special Flight Restrictions Area, which was also added after 9/11.
Whenever a crisis would affect NORAD’s vulnerability or ability to operate, the commander would move his command center and advisors to the Battle Cab, said Lt. Col. Tim Schwamb, the Cheyenne Mountain AFS branch chief for NORAD/NORTHCOM.
“I would say that on any given day, the operations center would be a center of controlled chaos; where many different things may be happening at once,” Schwamb said. “We’re all trying to ensure that we’re taking care of whatever threat may be presenting itself in as short an amount of time as possible.
“I would describe it as the nerve center of our homeland defense operations. This is where the best minds in NORAD and U.S. Northern Command are, so that we can see, predict, and counter any threats that would happen to the homeland and North American region. It’s really a room full of systems that we monitor throughout the day, 24-hours a day, seven-days a week, that give us the information to help us accomplish the mission.”
Protecting America’s Fortress is a responsibility that falls to a group of firefighters and security forces members, but fighting fires and guarding such a valuable asset in a mountain presents challenges quite different from any other Air Force base, said Matthew Backeberg, a 721st Civil Engineer Squadron supervisor firefighter. Firefighters train on high-angle rescues because of the mountain’s unique environment, but even the most common fire can be especially challenging.
“Cheyenne Mountain is unique in that we have super challenges as far as ventilation, smoke and occupancy,” Backeberg said. “In a normal building, you pull the fire alarm, and the people are able to leave. Inside the mountain, if you pull the fire alarm, the people are depending on me to tell them a safer route to get out.
“If a fire happens inside (the mountain), we pretty much have to take care of it,” Backeberg added. “We’re dependent on our counterparts in the CE world to help us ventilate the facility, keep the fire going in the direction we want it to go, and allow the occupants of the building to get to a safe location – outside the half mile long tunnel.”
Although Cheyenne Mountain, the site of movies and television series such as “WarGames,” “Interstellar,” “Stargate SG-1” and “Terminator,” attracts occasional trespassers and protesters, security forces members more often chase away photographers, said Senior Airman Ricardo Pierre Collie, a 721st Security Forces Squadron member.
“The biggest part of security forces’ day is spent responding to alarms and getting accustomed to not seeing the sun on a 12-hour shift when working inside the mountain,” Collie said.
Security forces must also be ready to respond at a moment’s notice because, when charged with protecting an installation like Cheyenne Mountain AFS, the reaction time is even more crucial. Airmen like Collie feel their responsibly to protect America’s Fortress remains as vital today as it was during the Cold War.
“The important day at Cheyenne Mountain wasn’t the day we opened in 1966,” Rose said. “The next important date isn’t in April 2016 (the installation’s 50-year anniversary), it’s about all those days in between. The Airmen who come here to Cheyenne Mountain every day will be watching your skies and shores in (the nation’s) defense.”
As Cheyenne Mountain AFS enters its next 50 years, the dragon remains awake and alert to all threats against the U.S.
National veterans nonprofit The Mission Continues is launching a new program that positions veterans to be catalysts for long-term change and positive impact in communities facing daunting challenges. The inaugural Mass Deployment program will send hundreds of veterans and volunteers to participate in a week-long service engagement that will jump-start a long-lasting transformation in a city or community identified with a particularly high level of need.
For the first-ever event of its kind – dubbed Operation Motown Muster – The Mission Continues will bring more than 75 military veterans to Detroit to partner with more than 200 local veterans and community volunteers. Following Operation Motown Muster, The Mission Continues will maintain a sustained veteran volunteer presence in Detroit over the next several years to continuously support local nonprofits invested in revitalizing local neighborhoods.
“With the skills, leadership and experience they cultivated in the military, veterans are uniquely positioned to help accelerate Detroit’s comeback,” said Spencer Kympton, U.S. Army veteran and president of The Mission Continues. “We’re looking forward to an impactful week of service that will make a difference for the people who continue to call Detroit home and that will inspire others to take action and make a long-term positive impact in the community.”
Home to nearly 700,000 residents — many of whom are already hard at work shaping the future of their city — Detroit was a prime location for The Mission Continues’ inaugural Mass Deployment. During Operation Motown Muster, The Mission Continues veterans and local volunteers will add much-needed capacity to local organizations that are carrying on Detroit’s revitalization efforts. Projects planned for Operation Motown Muster include:
Refurbishing facilities at Central High School and Priest Elementary School to foster a safe and inviting environment for students to learn and the community to congregate.
Beautifying parks and future green spaces in the Osborn neighborhood, creating much-needed safe play spaces in a community that is home to one of Detroit’s highest concentrations of young people.
Converting vacant lots and portions of the Chene Ferry Market into clean, vibrant spaces for community events and an urban farm to help restore the once-thriving working-class neighborhood.
The Mission Continues has operations across the country that engage veteran volunteers every day to have a deep impact on critical challenges facing underserved communities. Veterans participate in operations by serving with The Mission Continues either as a member of a Service Platoon, undertaking regular service missions that leverage veterans’ skills and leadership to make a positive impact, or as an individual The Mission Continues Fellow, embedding as a skilled volunteer with one of the operation’s nonprofit partners for a period of six months.
Operation Motown Muster is happening from June 25-29. To learn more about The Mission Continues’ programs and opportunities to get involved, visit www.missioncontinues.org.
“I was so pissed off I went to DEFCON 5” or a similar phrase in the lexicon means you are at the highest level of anger, but it doesn’t make any sense when you explore what DEFCON really means.
DEFCON, the shortened-version of “Defense Readiness Condition,” is a five-level scale of alert status that the U.S. uses to determine nuclear readiness. In essence, the number next to DEFCON tells everyone how close we are to getting into a nuclear shooting war.
So where did it come from?
The need for DEFCON came from the Cold War. In 1958, with the U.S. pointing all of its nukes at Moscow — and Russia doing exactly the same back at Washington — the Air Force created the North American Aerospace Defense Command (NORAD) to provide early warning and defense against nuclear threats.
Though it has somewhat changed over time, the DEFCON system was proposed by NORAD in 1959. It created a system of “five different alert levels with detailed, if ambiguous, descriptions and expected actions by military forces at each threat level,” according to the Encyclopedia of the Cold War.
The levels are primarily used by the Joint Chiefs of Staff or commanders of joint commands, and can be in force military-wide, though they are usually only applied to specific units. But unlike the saying of “going to DEFCON 5,” the worst possibility is at level one.
What are the levels and what do they mean?
There are five DEFCON levels, which signify varying conditions of readiness. They are:
DEFCON 5: Normal peacetime readiness. All is calm, the skies are blue, and we aren’t even thinking about nukes.
DEFCON 4: Above normal readiness. The U.S. slightly increases intelligence and strengthens security measures.
DEFCON 3: Air Force ready to mobilize in 15 minutes. There’s an increase in force readiness above normal readiness and things are heating up. Troops start fueling up missiles and bomber crews are getting ready.
DEFCON 2: Air Force is ready to deploy and engage in less than six hours. Things are getting really serious and we are one step away from pushing the button. The missiles are ready to go and waiting on the order, and bomber crews are in the air near their targets.
DEFCON 1: Maximum readiness. Nuclear war is imminent, so you should probably get into the bunker.
Have we ever gone to DEFCON 1?
Nope, but we came pretty close.
During the Cuban Missile Crisis, U.S. Strategic Air Command was placed at DEFCON 2 while the rest of the military was at DEFCON 3. What that meant for military units: On Oct. 22, 1962 SAC ordered its B-52 bombers on airborne alert. Then as tension grew over the next day, SAC was ordered to remain ready to strike targets inside of the Soviet Union.
“Pilots flew these nuclear laden airborne alerts, commonly known as Chrome Dome missions, for 24 hours before another air crew assumed the same flight route,” wrote Air Force journalist Stephanie Ritter. “Chrome Dome ensured that a percentage of SAC bombers could survive an enemy surprise attack and that the U.S. could retaliate against the Soviets. At the height of the air alerts, SAC produced 75 B-52 sorties a day.”
In addition to the flying sorties, more than 100 intercontinental ballistic missiles were placed on alert, waiting for the president’s order to launch. Luckily that didn’t happen.
U.S. forces were brought back to DEFCON 4 on Nov. 20, 1962. Though it has been placed at DEFCON 3 a few other times, the only known readiness level of 2 was during the missile crisis.
A gear porn bulletin from WATM friends The Mad Duo at Breach-Bang-Clear.
Remember. At the risk of sounding orgulous, we must remind you – this is just an advisement, a public service if you will, letting you know these things exist and might be of interest. It’s no more a review, endorsement or denunciation than it is an episiotomy.
We’ll warn you in advance—we don’t know too much about this WML (Weapon Mounted Light) from Firefield (@firefieldtm). The PR company that notified us about it doesn’t do the best job of explaining things, or of providing decent imagery (at least, not the correct imagery, though that doesn’t necessarily have nuthin’ to do with the quality of the ole’ lumens) but we’ll tell you what we do know.
Given how they describe it, and the pitiful number of lumens it pushes out, it’s going to be hard not to make fun of it…though we shall endeavor to persevere.
BLUF: This is a gear porn bulletin, provided as a public service to you epistemophiliacs out there by the Mad Duo. It’s not a review, nor is it an endorsement. Neither is it approbation or denunciation.
The Charge AR works off a single CR2 battery, pushing 180 lumens of “blinding light” for up to 3.5 hours, activated by either a push-button or pressure pad. You’re gonna want one because, “Low-light shooting situations call for an easily accessible flashlight accessory. Whether in a home defense, tactical or hunting situation, clear line of sight and quick target acquisition are extremely important.”
Plus, it kinda looks like an AN/PEQ 4.
As you can read, Firefield has the dramatic prose down pat! Not surprising. After all, their gear is Forged in victory. “Transform fear to power, panic to excitement and chaos to glory with Firefield.”
The Charge AR is 2.2 ounces and manufactured of aluminum, with an anodized matte black finish. It’s compatible with both Weaver and Picatinny rails (a distinction they felt important to make) and designed to throw light offset from the rail to allow use unimpeded by an AR front sight post.
The MSRP on the Charge AR is $35.99 on the Fire-field website, which is good news for everyone saving their dollar bills for the dancing moms.
You can probably find it online for even less if you look.
Operating temperature, F/C – -17° to 48° / 0° to 120°
Shockproof – Yes
Weight (oz) – 2.2
Width (in/mm) – 1.65/42
Note—if you were wondering, Pic rails and Weaver rails are damn near the same thing. Pic rails are MIL-STD-1913; their grooves are to be .206-inches wide and should have a center-to-center width of .394-inches to be considered in spec.
The family of a decorated special operations Marine killed in Afghanistan in 2011 received his Silver Star after the U.S. Army took the unusual step of upgrading one of his prior medals.
Staff Sgt. Nicholas Sprovtsoff, 28, an explosive ordnance disposal technician with MARSOC’s 1st Marine Special Operations Battalion earned the Bronze Star with combat valor device in 2011 for working heroically to disarm a bomb in Afghanistan before an explosion left him fatally wounded.
But a prior deployment to Afghanistan with an Army unit in 2007, Sprovtsoff had already distinguished himself as a hero. While serving as a sergeant with Marine Corps Embedded Training Team 5-1, attached to the Army’s 2nd Battalion (Airborne), 503rd Infantry Regiment, Sprovtsoff had conducted himself with distinction during a 48-hour firefight.
According to a medal citation obtained by Military.com, he fought with “disregard for his own safety and in spite of wounds sustained in combat,” coordinating his unit’s defense during the long fight.
The medal was approved and awarded as a Bronze Star, but upgraded to a Silver Star last year, said Capt. Barry Morris, a spokesman for MARSOC. The news was first reported by Marine Corps Times Friday.
“[Sprovstoff’s] command at the time nominated him for a Bronze star with “V,” Morris explained. “As it went up the chain, his actions were so heroic, the Army upgraded him to a Silver Star; but at the end of the day, when someone hit the approve button, it was approved as a Bronze Star, rather than a Silver Star.”
Morris said the Army ultimately caught the error and coordinated with the Marine Corps to upgrade the award.
Calls from Military.com to the Army’s awards branch, which oversaw the medal upgrade, were not returned Friday.
The commander of MARSOC, Maj. Gen. Joseph Osterman, presented Sprovstoff’s widow, Tasha, with the award in a ceremony in Colorado Springs, Colorado, according to Marine Corps Times.
“[Sprovtsoff’s] courage, dedication and sacrifice inspire us on a daily basis to help others, to cherish our freedom, and to try to make a positive difference in the world,” Osterman said in a statement. “Also, the individual sacrifices [his] family have made is extremely important for MARSOC to recognize. We will always be inspired by the actions of our fellow Raiders and we will strive to operate at a level that honors them and their family.”
Sprovtsoff was killed Sept. 28, 2011 in Helmand province, Afghanistan and buried in Arlington Cemetery Oct. 6 of the same year.
According to his Bronze Star citation from that deployment, Sprovtsoff had fearlessly and safely led a team of Marines through a region filled with improvised explosive devices following an enemy ambush. His work during the deployment had led to the elimination of 40 IEDs.
Sprovstoff and his wife Tasha are featured in Oliver North’s 2013 book “American Heroes on the Homefront.”
While Sprovtsoff’s award upgrade appears to be an outlier due to an administrative error, there could be more upgrades coming for American troops who fought in Iraq and Afghanistan.The Pentagon announced in January that it would review all Silver Stars and service crosses awarded after Sept. 11, 2001 — some 1,100 awards — to determine whether a higher upgrade is warranted. The military services have until Sept. 30, 2017, to turn their recommendations in to the secretary of defense.
The Marine Corps makes history today as three enlisted female Marines with infantry jobs join an infantry battalion that was closed to them at this time last year.
The milestone comes more than four years after the Corps began to study the effects of opening infantry units to women and just over a year after Defense Secretary Ashton Carter issued a mandate in December 2015 requiring all services to open previously closed jobs to women.
The three Marines are all bound for 1st Battalion, 8th Marines, out of Camp Lejeune, North Carolina, 2nd Marine Division spokesman 1st Lt. John McCombs told Military.com. While McCombs would not identify the women or reveal their ranks, citing privacy concerns as they acclimate to the fleet, he said they have the military occupational specialties [MOS] of rifleman, mortarman and machine gunner.
Marine Corps Times, which first wrote about the arrival of the Marines, reported that all three graduated from the School of Infantry at Camp Lejeune as part of the Corps’ multi-year effort to study the gender integration of the ground combat ranks.
U.S. Marines from Delta Company, Infantry Training Battalion (ITB), School of Infantry-East (SOI-E) take a break after completing their 10k hike before navigating their way through the obstacle course aboard, Camp Geiger, N.C., Oct. 04, 2013. | U.S. Marine Corps photo by Chief Warrant Officer 2 Paul S. Mancuso, Combat Camera
During this test period, some 240 female Marines graduated from Lejeune’s Infantry Training Battalion course. While at the time this accomplishment did not make them eligible to hold an infantry MOS or serve in an infantry unit, the Marine Corps announced last January that these infantry graduates were now eligible to request a lateral move to serve in a grunt unit.
In keeping with the Corps’ plan to help female infantrymen adapt to the new environment, 1st Battalion, 8th Marines, has incorporated a small “leadership cadre” of more senior female Marines in support specialties, placed within the unit ahead of time, McCombs said.
“That leadership consists of a logistics officer, motor transportation officer, and a wire chief,” he said. “They will have been in place for at least 90 days prior to the first female infantry Marines arriving to the unit. This process ensures the Marine Corps will adhere to its standards and will continue its emphasis on combat readiness.”
McCombs said he could not speak to why that battalion had been chosen to receive the first female infantry transfers, and did not immediately know when the unit is next slated to deploy.
The Corps reaches the milestone of adding female infantrymen to its ranks despite previous misgivings at the most senior levels. In September 2015, the service released the summary results of a study showing that in a year-long test of gender-integrated infantry units, teams with both male and female Marines had shot less accurately and performed more slowly than all-male teams.
Ultimately, then-commandant Gen. Joseph Dunford, now the chairman of the Joint Chiefs of Staff, requested to exempt women from certain infantry units, a request that was denied by Carter. The nominee for secretary of defense, retired Marine Gen. James Mattis, has also voiced concerns about whether women are suited to the “intimate killing” of close ground combat.
Asked about women serving in infantry units at a Washington, D.C., event in December, Commandant Gen. Robert Neller noted that women have been serving in combat while deployed for years, and said the Marine Corps is implementing its current guidance.
Neller declined to speculate about whether the question of women in ground combat roles would resurface during the administration of President-elect Donald Trump, but said service leadership would address the issue if called upon.
“If we’re asked what our best military advice is, we’ll make that known at that time,” he said.
A small nuclear weapon on the ground can create a stadium-size fireball, unleash a city-crippling blastwave, and sprinkle radioactive fallout hundreds of miles away.
The good news is that the Cold War is over and a limited nuclear strike or a terrorist attack can be survivable (a direct hit notwithstanding). The bad news: A new arms race is likely underway — and one that may add small, portable nuclear weapons to the global stockpile. Lawmakers and experts fear such “tactical” or battlefield-ready devices (and their parts) may be easier for terrorists to obtain via theft or sale.
“Terrorist use of an actual nuclear bomb is a low-probability event — but the immensity of the consequences means that even a small chance is enough to justify an intensive effort to reduce the risk,” the Bulletin of the Atomic Scientists said in a September 2017 article, which outlines what might happen after terrorists detonate a crude device that yields a 10-kiloton, near-Hiroshima-size explosion in a city.
As part of the planning effort, the Environmental Protection Agency maintains a series of manuals about how state and local governments should respond. A companion document anticipates 99 likely questions during a radiation emergency — and scripted messages that officials can copy or adapt.
“Ideally, these messages never will be needed,” the EPA says in its messaging document. “[N]evertheless, we have a responsibility to be prepared to empower the public by effectively communicating how people can protect themselves and their families in the event of a radiological or nuclear emergency.”
Here are a handful of the questions the EPA anticipates in the event of a nuclear emergency, parts of statements you might hear or see in response, and why officials would say them.
“What will happen to people in the affected neighborhoods?”
(Photo by Alexandr Trubetskoy)
What they’ll say:“As appropriate: Lives have been lost, people have been injured, and homes and businesses have been destroyed. All levels of government are coordinating their efforts to do everything possible to help the people affected by this emergency. As lifesaving activities continue, follow the instructions from emergency responders… The instructions are based on the best information we have right now; the instructions will be updated as more information becomes available.”
Why: The worst thing to do in an emergency is panic, make rash decisions, and endanger your life and the lives of others. However, it’s also incumbent on officials to be truthful. The first messages will aim to keep people calm yet informed and as safe as possible.
“What is radioactive material?”
What they’ll say:“Radioactive material is a substance that gives off radiation in the form of energy waves or energized particles.“
Why: Nuclear bombs split countless atoms in an instant to unleash a terrifying amount of energy. About 15% of the energy is nuclear radiation, and too much exposure can damage the body’s cells and healing ability, leading to a life-threatening condition called acute radiation sickness.
Without advanced warning, people can do little about the energy waves, also called gamma radiation, which are invisible and travel at light-speed. But the energized particles — including radioactive fission products or fallout — travel more slowly, giving people time to seek shelter. The particles can also be washed off.
“Where is the radioactive material located?”
(Brooke Buddemeier / Lawrence Livermore National Laboratory)
What they’ll say:“Radiation and environmental health experts are checking air, water and ground conditions in and around the release site to locate the areas with radioactive contamination. Stay tuned to radio or television, or visit [INSERT AGENCY WEBSITE HERE] for the latest information.”
Why: If a nuclear bomb goes off near the ground (which is likely in a terrorist attack), the explosion will suck up debris, irradiate it, and spread it around as fallout. Some of this material rapidly decays, emitting gamma and other forms of radiation in the process.
Fallout is most concentrated near a blast site. However, hot air from a nuclear fireball pushes finer-grade material high into the atmosphere, where strong winds can blow it more than 100 miles away. It may take days for radiation workers to track where all of it went, to what extent, and which food and water supplies it possibly contaminated.
“If I am in a car or truck, what steps should I take to protect myself and my loved ones?”
(Flickr photo by joiseyshowaa)
What they’ll say:“Cars and trucks provide little protection from radiation… Shut the windows and vents… Cover your nose and mouth… Go inside and stay inside… Tune in.”
Vehicles don’t have nearly enough metal to meaningfully absorb radiation. You also won’t be able to outrun the danger, as fallout can travel at speeds of 100 mph in the upper atmosphere. Roads will also be choked with panicked drivers, accidents, blocked streets, and debris.
If you’re already in a car, find a safe place to pull it off the road, get out, and make a dash for the nearest building. Tuning in with a radio will help you listen for instructions on how, when, and where to evacuate a dangerous area to a shelter.
“If I am outside, what steps should I take to protect myself and my loved ones?”
(Brooke Buddemeier / Lawrence Livermore National Laboratory)
What they’ll say:“Cover your nose and mouth… Don’t touch objects or debris related to the release… Go inside and stay inside.”
Why: Being outside is a bad place to be, since fallout sprinkles everywhere and can stick to your skin and clothes. Less fallout gets indoors, and materials like concrete, metal, and soil (e.g. in a basement) can block a lot of radiation from the stuff that sprinkles outside.
“If I am inside a building, what steps should I take to protect myself and my loved ones?”
(Photo by Brad Greenlee)
What they’ll say:“Stay inside. If the walls and windows of the building are not broken, stay in the building and don’t leave… If the walls and windows of the building are broken, go to an inside room and don’t leave. If the building has been heavily damaged, quickly go into another building… Close doors and windows.”
Why: The blastwave from a nuclear explosion can shatter windows for miles — and fallout can blow around, hence the need to contain yourself away from exposed areas. Be prepared to hunker down for up to 48 hours, as that’s roughly how long it takes the most dangerous fallout radiation to dissipate.
“Is the air safe to breathe?”
(Photo by CLAUDIA DEA)
What they’ll say:“Federal, state and local partners are monitoring [AREA] to determine the location and levels of radioactive material on the ground and in the air.”
Why: There could be radioactive smoke and fallout in the air, but not breathing isn’t really an option. To reduce your exposure risk, stay inside, shut the doors, and close the windows. Turn off fans and air conditioners, or set them on recirculate. If you’re outdoors, cover your nose and mouth and get inside a building as soon as possible.
“If people are told by health and emergency management officials to self-decontaminate, what does this mean?”
(Photo by Silke Remmery)
What they’ll say:“[T]ake several easy steps to remove any radioactive material that might have fallen onto clothes, skin or hair…. Remove your outer clothes… Wash off… If you cannot shower, use a wet wipe or clean wet cloth to wipe any skin that was not covered by clothing… Gently blow your nose and gently wipe your eyelids, eyelashes and ears with a clean wet cloth… Put on clean clothes… Tune in.”
Why: Fallout continues to expose you to harmful radiation if it’s stuck to you or inside your body. Anything that might be contaminated should be slipped into plastic bags, sealed off, and chucked outside (or as far away as possible from people). Showering with a lot of soap can remove most fallout, but avoid conditioner — it can cause fallout to stick to your hair.
“What should I do about my children and family? Should I leave to find my children?”
(Photo by Ann Wuyts)
What they’ll say:“If your children or family are with you, stay together. If your children or family are in another home or building, they should stay there until you are told it is safe to travel. You also should stay where you are… Schools have emergency plans and shelters.”
Why: Every parent’s instinct will scream to reconnect with his or her family, but patience is the best move. If you go outside, you’ll risk exposure to radioactive fallout and other dangers, as the route may be perilous or even impassable. Most importantly, it’s hard to help your family after the dust settles if you are injured — or worse.
“Is it safe for me to let someone who might have been affected by the radiological incident into my home?”
(Photo by Matteo Catanese)
What they’ll say:“If someone has radioactive dust on their clothes or body, a few simple steps can clean up or decontaminate the person.”
Why: You can offer safe shelter to people caught outside — just have them decontaminate themselves as quickly as possible. This will protect everyone by keeping radioactive fallout at bay. Have them remove and bag up their outer clothes, then take a shower with lots of soap and shampoo (or perform a thorough wipe-down).
“How do I decontaminate my pet?”
(Photo by latteda)
What they’ll say:“If you are instructed to stay inside, your pets should be inside too. If your pet was outside at the time of the incident, the pet can be brought inside and decontaminated.”
Why: Pets, like people, can be contaminated by fallout and bring it indoors. This can endanger them and you. To decontaminate your pet, cover your nose and mouth, put on gloves, and then wash your pet in a shower or bath with a lot of shampoo or soap and water. Rinse your pet thoroughly and take a shower yourself afterward.
“When should I take potassium iodide?”
(Photo by Falk Lademann)
What they’ll say:“Never take potassium iodide (KI) or give it to others unless you have been specifically advised to do so by public health officials, emergency management officials, or your doctor.”
Why:KI pills are among the last things people need immediately after a nuclear blast and aren’t worth a mad dash to a pharmacy during the disaster, according to Brooke Buddemeier, a health physicist and radiation expert at Lawrence Livermore National Laboratory.
“Most people seem to think of the potassium iodide, or KI, pills as some type of anti-radiation drug. They are not,” Buddemeier previously told Business Insider. “They are for preventing the uptake of radioiodine, which is one radionuclide out of thousands of radionuclides that are out there.”
Radioiodine makes up about 0.2% of overall exposure. The pills are useful for longer-terms concerns about contaminated water and food supplies, and blocking radioiodinefrom concentrating in people’s metabolism-regulating thyroid glands.
“Is taking large amounts of iodized salt a good substitute for potassium iodide?”
(Photo by Leonid Mamchenkov)
What they’ll say:“No. Iodized salt will not protect your thyroid.”
Why: Table salt, or sodium chloride, has some iodine added in to prevent deficiencies that lead to conditions like goiter. But the amount of iodine in table salt is trivial, and eating even a tablespoon or so is a great way to throw up any useful iodine.
“Is the water safe to use?”
(Photo by Daniel Orth)
What they’ll say:“[U]ntil we have drinking water test results, only bottled water is certain to be free of contamination. Tap or well water can be used for cleaning yourself and your food… Boiling tap water does not get rid of radioactive material.”
Why: Radioactive fallout can dissolve into or remain suspended in water, just like salt or dust. That’s not good, since radioactive particles can do more harm inside of your body than outside of it. Bottled water gets around this problem — though you do need to wipe containers down in case they’ve been dusted with fallout.
“Is the food safe to eat?”
What they’ll say:“Food in sealed containers (cans, bottles, boxes, etc.) and any unspoiled food in your refrigerator or freezer is safe to eat… Don’t eat food that was outdoors from [TIME, DATE] in [AREA].”
Why: Food that isn’t contained might have radioactive fallout in it. You’ll need to wipe down cans, cookware, utensils, and anything else that might touch what goes into your mouth.
“Can people eat food from their gardens or locally-caught fish and game?”
(photo by Jennifer C.)
What they’ll say:“People in [AREA] are instructed not to eat [FOOD FROM THEIR GARDENS, LOCAL FISH, LOCAL WILDLIFE].”
Why: Anything that’s outside — fruit, vegetables, and animals included — may have radioactive fallout particles on or in them after a nearby nuclear blast. Until the scope of contamination is known, food from outdoor sources should be considered potentially hazardous. Avoid food that could be been exposed to fallout. If that’s not possible, wash it to try to rinse off as much contamination as possible.
“I am pregnant. Is my baby in danger?”
(Photo by Anna Maria Liljestrand)
What they’ll say:“[M]ost radiation releases will not expose the fetus to levels high enough to cause harmful health effects or birth defects… Once dose levels to the expectant mother and fetus have been determined, your physician can consult with other medical and radiation professionals to identify potential risks (if any) and provide appropriate counseling.”
Why: There are few things more terrifying for an expectant parent than thinking something could be wrong with the baby, but a fetus is somewhat protected from radiation by the uterus and placenta, according to the CDC.
A mother could still inhale or ingest radioactive fallout, though, so doctors will need to check the mother’s abdomen to figure out a fetus’s exposure. Once a dose is determined, it’s possible to see if it’s enough to cause any health effects, including birth defects.
“Is it safe to breastfeed?”
(Photo by Maessive)
What they’ll say:“The nutritional and hydration benefits from breastfeeding far outweigh any risk from radiation.”
Why: Fallout is again the main concern here: What goes into a mother can end up in her breast milk. Officials may encourage families to temporarily switch to formula and pump-and-dump milk (to keep production going during the emergency). It’s also a good idea to wipe down formula bottles and pumping equipment to minimize fallout contamination. But if no formula is available, depriving a baby of sustenance is the worst option.
“I am seeing a lot of information and instructions on Internet blogs about what to do. Should I follow that advice?”
What they’ll say:“Check official sources first. You can find the latest information at [INSERT WEBSITE HERE].Blogs, social media and the Internet in general can provide useful information, but only if the source is known and trustworthy.”
Why: Misinformation spreads rapidly in the aftermath of disasters, and some people may intentionally distribute rumors or false information. It’s best to stick to official websites, hotlines, TV, and radio broadcasts, and use multiple sources to verify information you’re unsure about.
“How can the public help?’
What they’ll say:“Don’t abandon your car… Don’t go near the release site… Use text messaging… Don’t go to the hospital, police stations or fire stations unless you have a medical emergency… Stay tuned…”
Why: In the aftermath of a nuclear disaster, the most helpful thing most people can do is to stay out of the way. This helps first responders get to people that need help.
Cars in the middle of the road slow down emergency vehicles, and going to the release or blast site is extremely perilous, at best. Relying on text messages helps keep phone lines from overloading (and open to 911 calls), and limiting hospital visits to serious injuries or medical conditions helps free up resources for those who need the most aid.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
The Air Force is beginning to work on how fast, lethal, durable and capable a new “A-10”-like aircraft would need to be in order to provide U.S. military ground troops with effective close-air support for decades to come.
Senior service officials are now exploring “draft requirements” concepts – and evaluating the kind of avionics, engineering, weapons, armor and technical redundancy the aircraft would need, Air Force officials told Scout Warrior.
Many of the core technical attributes and combat advantages of the A-10 will be preserved and expanded upon with the new effort, officials said.
The performance of the A-10 Warthog in the ongoing bombing campaign against ISIS, coupled with the Air Forces’ subsequent decision to delay the aircraft’s planned retirement – has led the service to begin the process of developing a new, longer-term A-10 type platform.
Following an announcement earlier this year from Pentagon leaders that the A-10 will not begin retiring but rather will serve until at least 2022, Air Force and DoD officials are now hoping to keep a close-air-support aircraft for many years beyond the previously projected timeframe.
Given the emerging global threat environment, it would make sense that the Air Force would seek to preserve an aircraft such as the A-10. While the aircraft has been extremely successful attacking ISIS targets such as fuel convoys and other assets, the A-10 is also the kind of plane that can carry and deliver a wide-ranging arsenal of bombs to include larger laser-guided and precision weapons.
This kind of firepower, coupled with its 30mm cannon, titantium armor plates and built-in redundancy for close-air-support, makes the A-10 a valuable platform for potential larger-scale mechanized, force-on-force type warfare as well. The A-10 has a unique and valuable niche role to perform in the widest possible range of combat scenarios to include counterinsurgency, supporting troops on the ground in close proximity and bringing firepower, protection and infantry support to a large-scale war.
Air Force officials have told Scout Warrior that the current approach involves a three-pronged effort; the Air Force may consider simply upgrading the existing fleet of A-10s in a substantial way in order to extend its service life, acquire an off-the-shelf existing aircraft or develop a new close air support platform through a developmental effort.
“We are developing that draft requirements document. We are staffing it around the Air Force now. When it’s ready, then we will compare that to what we have available, compare it to keeping the A-10, compare it to what it would take to replace it with another airplane, and we will work through that process,” Lt. Gen. James Holmes, Deputy Chief of Staff for Strategic Plans and Requirements, told reporters.
Holmes went on to explain that the service was, broadly speaking, exploring ways to achieve, preserve and sustain “air superiority” in potential long-term, high-end combat engagements. He added that considerations about a close-air-support replacement aircraft figured prominently in the strategic calculus surrounding these issues.
As a result, the Air Force will be looking for the “optimal” type of close-air-support platform by weighing various considerations such as what the differences might be between existing aircraft and future developmental platforms.
Cost and affordability will also be a very large part of the equation when it comes to making determinations about an A-10 replacement, Holmes explained.
“The question is exactly where is the sweet spot as we talked about between what’s available now and what the optimum CAS replacement would be. We are working along that continuum to see exactly what the requirement is that we can afford and the numbers that we need to be able to do the mission,” Holmes added.
Several industry platforms, such as Raytheon’s T-X plane and the A-29 Embraer EMB Super Tucano aircraft, are among options being looked at as things which could potentially be configured for a close-air-support plane.
Having the requisite funds to support this would be of great value to the Air Force; Air Force Chief of Staff Gen. Mark Welsh recently told lawmakers that, despite the prior plan, the service did not want to retire the A-10.
Prior plans to retire the fleet of A-10s were purely budget driven, senior Air Force leaders have consistently said.
“I don’t want to retire it,” Welsh told a Congressional Committee in early March.
Air Force leaders had previously said that the emerging multi-role F-35 would be able to pick up the close-air-support mission. With its sensor technology, 25mm gun and maneuverability, there is little question about whether the F-35 could succeed with these kinds of missions. At the same time, there is also consensus that the A-10 provides an extremely unique set of battlefield attributes which need to be preserved for decades.
Struggling to find the right battle cry for the occasion? A well-timed war whoop can really help you get your point across. We’ve selected 5 of the best battle cries in human history. Take your pick.
1. “There is no land beyond the Volga!”
When the Nazis surrounded Stalingrad in the summer of 1942, they expected to take the city in a matter of weeks. The Red Army fought them block by block. The Soviet soldiers announced their intention to fight to the last with the rallying cry, “There is no land beyond the Volga!” The Battle of Stalingrad was among the bloodiest battles in the history of warfare.
Looking to channel your inner Roman warrior? You’ve got to go with “Barritus.” Tacitus described the guttural cry as a “harsh, intermittent roar” that built in volume, and noted that the troops would “hold their shield in front of their mouths, so that the sound is amplified into a deeper crescendo by the reverberation.” Please see the below example from the 1964 classic “The Fall of the Roman Empire.”
3. “Quick, while God isn’t watching!”
The legendary Byzantine general Flavius Belisarius was a stickler for timing. He reportedly delayed a battle for days before suddenly calling to his troops, “Quick, while God isn’t watching!”
4. “Everybody aim for that one guy on the left!”
In a Phalanx each man was responsible for covering the man on his left with his Shield Arm. Full disclosure: We’re not sure if the Spartans actually yelled, “Everybody aim for that guy on the left!” But it sounds awesome, so we’re going to go with it.
5. “Liberty or Death!”
“Liberty or Death!” was a popular a battle cry among colonial minutemen during the Revolutionary War. The phrase first appeared in a March 1775 address by Patrick Henry, which concluded with the famous line, “I know not what course others may take; but as for me, give me liberty or give me death!” Henry’s speech convinced the Second Virginia Convention to raise militias.
Technically defined as a “supergun”, a term given to guns of such comically large size they need to be categorised separately, the V-3 was 430 feet long (131 metres). This massive size meant that the gun had to be built already aiming at its target and could only reliably hit a target the size of a city, a fairly minor trade-off considering the weapon’s nigh-unparalleled range for a non-rocket based weapon.
The V-3 was able to achieve the incredible projectile range due to a rather unique firing mechanism that utilized multiple smaller explosions, rather than one big one, along the length of its barrel set to go off just as the projectile passed these side chambers. This allowed the supergun to fire its payload at extreme distances without damaging the barrel, which had proved to be a problem for other, similarly massive guns.
Notable here, for reasons we’ll get to in a minute, is the so-called Kaiser Wilhelm Geschütz (quite literally, Emperor Wilhelm Gun). This was a 200 ton, 111 foot long gun used by the German’s to shell Paris during WW1. It could only fire around 60 rounds before its entire barrel needed to be replaced due to damage from the explosions used to launch its 106 kilo or 236 pound shells. The projectiles also had to be numbered and fired in a specific order, with each one slightly bigger than the previous one to account for the increasing diameter of the barrel as the massive cannon was fired each time.
The Emperor gun was so powerful, it was noted for being the first man-made invention to launch an object into the stratosphere, with the shells it launched peaking at an altitude of around 40 kilometres during flight. The range of the gun was so unthinkably extreme for such a weapon that the 80 man team in charge of firing it had to aim a little under a kilometre “to the left” of the target to account for the Coriolis effect. The French military genuinely suspected for a time that these projectiles were being launched from super-high Zeppelins hiding behind clouds because the idea of them being fired from a gun up to 75 miles (120 km) away was deemed to be too absurd.
Virtually all records of this gun’s existence and how it was constructed were destroyed towards the close of WW1. Nonetheless, it was known to the French and in response they drafted plans for an even bigger gun that utilised multiple explosions to launch projectiles a similar distance.
Sound familiar? These plans were ultimately archived by the French after WW1 and were found by German soldiers in 1940 who then passed them onto August Cönders, the guy who designed the V-3 cannon… In other words, the only reason the V-3 cannon was even invented is because the Germans found plans at the start of WW2 explicitly drafted to counter another giant gun they’d used during WW1.
In any event, beyond its massive range, a battery of V-3 cannons could fire close to 300 shells an hour, or roughly one shell every 12 seconds. This is a fact that piqued the interest of Hitler himself, who enthusiastically granted the project near unlimited support when existence of a prototype was brought to his attention in 1943 by his advisor, Albert Speer, even though said prototype had yet to fire a single shell.
With Hitler throwing everything the German military had at its disposal behind the project in mid-1943, the V-3 cannon, dubbed the “Hochdruckpumpe” or “High-Pressure Pump” during construction to hide its purpose from spies, went from the idea phase to construction almost immediately. Since Hitler wanted to use the gun to shell London, and the gun had to be built aiming at its target, the location had to be somewhere in Northern France. The gun also needed to be built within close proximity to a railway (due to the size of its ammunition which could only be transported effectively via rail).
Luckily for the Nazis, an ideal location was found in the form of limestone hill located in the French hamlet of Mimoyecques in Landrethun-le-Nord. The location was deemed ideal as the chalk that made up most of the hill would be easy to excavate but was ultimately strong enough to tunnel through to create the underground infrastructure needed for the weapon.
Construction of 50, V-3 guns began in earnest in September of 1943 utilising a combination of drafted German engineers and Soviet POWs. The initial plan was for two separate facilities to be constructed roughly 1000 metres apart, each housing 25 V-3 cannons built into drifts dug into the hillside. They also planned to build tunnels connecting each facility that would be used for storing the shells, which in turn would be transported to the guns via an underground railway.
Amazingly, construction of most of the underground tunnels was completed. However, construction of the guns themselves was severely hampered when the allies learned of a German plan to attack London using an unknown superweapon in the latter stages of 1943. Knowing that the German’s were planning something at Mimoyecques, and putting two and two together, the RAF doggedly attacked it throughout the last few months of 1943 and the first half of 1944. This led to the proposed number of V-3 cannons dropping from 50 to 25 when the RAF destroyed the Western-most site. This was further reduced to 5 following a bombing run utilising “tallboy” bombs specifically designed to destroy fortified bunkers on July 6, 1944. Plans were dropped altogether in on July 30th that same year due to the advance of allied ground troops.
The allies wouldn’t actually learn about the existence of the V-3 cannons until after the war, at which point then Prime Minister Winston Churchill was reported as saying that the site could have been responsible for the “most devastating attack of all on London”.
Although the Nazis never got a full-size V-3 cannon working during WW2, they did manage to construct two much smaller versions of the weapon with which they shelled the recently liberated Luxembourg from a somewhat less impressive distance of 43 kilometres (26 miles) away in late 1944. Smaller, but still impressively powered, these mini V-3’s were capable of shooting off their deadly projectiles at speeds of over 2,000 mph or 3300 km/h.
Despite the impressive specs, and with the guns firing hundreds of rounds (142 of which hit Luxembourg), only 10 people were killed and 35 wounded as a result. While the Nazis tried desperately to use the gun again, even deploying one during their last major offensive of WW2, Operation Nordwind, they never actually successfully fired another version of the V-3 again during the entire war, giving these guns a laughably low kill rate given the resources put into them.
Today the failed location of the French battery has been converted to a museum containing what remains of the guns.
Preliminary results of an Army test to see how the service’s M855A1 5.56mm round performs in Marine Corps weapons show that the enhanced performance round causes reliability and durability problems in the Marine M27 Infantry Automatic Rifle, service officials say.
The Marine Corps in March added the M27 and the M16A4 rifles to the Army’s ongoing testing of M855A1 Enhanced Performance Round at Aberdeen Proving Ground in Maryland after lawmakers questioned why the Army and the Marines use two different types of 5.56mm ammunition.
“One of the reasons we were doing that test was because of congressional language from last year that said ‘you two services need to look at getting to a common round,’ so we heard Congress loud and clear last year,” Col. Michael Manning, program manager for the Marine Corps Infantry Weapon Systems, told Military.com in a Dec. 15 Interview.
Lawmakers again expressed concern this year in the final joint version of the Fiscal 2017 National Defense Appropriations Act, which includes a provision requiring the secretary of defense to submit a report to the House and Senate Armed Services Committees explaining why the two services are using different types of 5.56 mm ammunition.
Congress has approved the provision, but the bill is awaiting President Barack Obama’s signature. The report must be submitted within 180 days after enactment of the legislation, which includes the entire defense budget for the coming year.
If the secretary of defense does not determine that an “emergency” requires the Army and Marine Corps to use the two different types of rifle ammo, they must begin using a common 5.56mm round within a year after the bill is passed, it states.
“The 2017 NDAA language doesn’t surprise us; we kind of figured they were going to say that,” Manning said.
The Army replaced the Cold War-era M855 5.56mm round in 2010 with its new M855A1 EPR, the result of more than a decade of work to develop a lead-free round.
The M855A1 features a steel penetrator on top of a solid copper slug, making it is more dependable than the current M855, Army officials have said. It delivers consistent performance at all distances and penetrates 3/8s-inch-thick steel at ranges approaching 400 meters, tripling the performance of the M855, Army officials maintain.
The Marine Corps still uses the M855 but since 2009 has also relied heavily upon the MK 318, a 5.56mm round that’s popular in the special operations community.
The Army’s M855A1 test, which involves the service’s M4 and M4A1 carbines and the Marine M16A4 and M27, is still ongoing and Marine officials are expecting a final test report in the April-May 2017 timeframe, Manning said.
Preliminary findings of the test show that the Army’s M855A1 round meets all the requirements for a 5.56mm general purpose round in Army weapon systems, “but does not meet the system reliability requirement when fired from the USMC M27 Infantry Automatic Rifle,” Army spokesman Lt. Col. Jesse Stalder said in a Dec. 16 email.
The Marine Corps began fielding the M27 in 2010 to replace the M249 squad automatic weapon in infantry squads.
The M27, made by Heckler Koch, is a version of the German gun-maker’s HK 416, an M4-style weapon that used a piston gas system instead of the direct gas impingement system found on the M4 and M16A4.
“In testing the Army states there was a reliability issue; that is true,” Chris Woodburn, deputy branch chief for the Marine Corps’ Maneuver Branch that deals with requirements, told Military.com in a Dec. 20 telephone interview.
Reliability refers to mean rounds between stoppages, Woodburn said.
“In this case, it appears the stoppages that we were seeing were primarily magazine-related in terms of how the magazine was feeding the round into the weapon,” he said. “We don’t know that for sure, but it looks that way.”
After further testing, Woodburn said the Marines have found a solution in the Magpul PMAG, a highly-reliable polymer magazine that has seen extensive combat use in Iraq and Afghanistan.
“It appears we have found a magazine that takes care of the reliability issues,” Woodburn said.
Marine Corps Systems Command on Monday released a message which authorizes the PMAG magazine for use in the M27, the M16A4 and M4 carbines, Woodburn said.
“The reason they did that is because when Marines are deploying forward, they are sometimes receiving M855A1, and we need to ensure they have the ability to shoot that round,” Woodburn said.
“In terms of the cause analysis and failure analysis, that has not been done, but what we do know is that the PMAG works,” he said.
Preliminary tests also show that the M855A1 also causes durability problems in the M27, Woodburn said.
“Where it still appears that we still have an issue with it is it appears to degrade the durability,” Woodburn said. “Durability is mean rounds between essential function failures, so you are talking bolt-part failures, barrel failures and the like.
“It is a hotter round and we think, that may be contributing to it, but we won’t know for sure until the testing is complete,” he said.
In 2008, the Marine Corps came out with a requirement for a new 5.56mm round that would penetrate battlefield barriers such as car windshields with our losing performance better than the older M855 round, Marine officials maintain.
The service had planned to field an earlier version of the Army’s M855A1 until the program suffered a major setback in August 2009, when testing revealed that the earlier, bismuth-tin slug design proved to be sensitive to heat which affected the trajectory or intended flight path.
The Army quickly redesigned the M855A1 with its current solid copper slug, but the setback prompted Marine officials to stay with the current M855 round as well as start using the MK 318 Special Operations Science and Technology, or SOST, round developed by U.S. Special Operations Command instead.
The MK 318 bullet weighs 62 grains and has a lead core with a solid copper shank. It uses an open-tip match round design common with sniper ammunition. It stays on target through windshields and car doors better than conventional M855 ammo, Marine officials maintain.
The MK 318 and the Army’s M855A1 “were developed years ago; they both were developed for a specific requirement capability separate and aside from each other,” Manning said. “The bottom line is both of these rounds are very good rounds.”
Both the Army and the Marine Corps “would like to get to a common round,” Manning added.
The Army, however, maintains that it is “committed to the M855A1” round and so far has produced more than one billion rounds of the ammunition, Stalder said.
“It provides vastly superior performance across each target set at an extremely affordable cost and eliminates up to 2,000 tons of lead that would otherwise be deposited annually onto our training bases,” Stalder said. “More than 1.6B rounds have been produced and reports on combat effectiveness have been overwhelmingly positive.”
It’s been a long time since the Cubs won the World Series. 108 years, in fact; the last time the Cubs won was in 1908, when they captured two World Series titles in a row.
Last night they made history and broke the Curse of the Billy Goat by clinching Game 7 of the World Series in extra (rainy) innings with a final score of 8-7.
A lot has happened in the world since 1908. The internet, Communism, Justin Bieber. But what about warfare?
Well, the military has changed quite a bit too, and some of the changes have completely revamped the way wars are fought today. Here are ten of the biggest military innovations and changes that occurred since the last time the Cubs won the World Series:
1. No more cavalry charges
Cavalry charges were still pretty common in the early 20th century, and in World War I all sides used horses to some extent. The Germans stopped utilizing armed cavalry on the battlefield shortly after the war’s outset, but the Ottoman Empire and the British used cavalry extensively in the Middle East theater.
During World War I, machine guns cut through horses in swaths, and the chemical weapons first used by the Germans killed many more. They were still used to drag equipment through the mud, however, and at one point German troops were told that the life of a horse has more tactical value than that of an infantryman.
Ultimately, though, machine guns and artillery rendered the horse-led cavalry charge obsolete. The horses were replaced by tanks, although these didn’t truly live up to expectations until World War II.
Although the Wright Brothers first flew a heavier-than-air manned airplane in 1903, planes in warfare didn’t come about until around 1911. During World War I airplanes became very important for reconnaissance missions, and as they became more maneuverable, some planes were designed to shoot down the recon planes. This led to fighters, bombers, and the jets that we know today.
Modern warfare generally favors the side that controls the skies, and for that reason, high-tech planes with sophisticated radar and other technologies are closely guarded secrets by states concerned about their leakage. The United States’ protracted counterinsurgency wars, however, have proven that even though you control the skies, it doesn’t always mean you win.
3. U.S. Army Special Forces started operating operationally
The first true Special Forces Group, the 10th, was formed in 1952 under Col. Aaron Bank. They evolved from Office of Strategic Services troops that had served behind enemy lines during World War II. Concurrent with this was the founding of the Psychological Warfare School, later known as the John F. Kennedy School of Special Warfare. The original goal of the Army’s Special Forces was “to infiltrate by land, sea or air, deep into enemy-occupied territory and organize the resistance/guerrilla potential to conduct Special Forces operations, with emphasis on guerrilla warfare.”
Special Forces have fought in every conflict since Korea and evolved into a number of different roles. They have grown in number and size and now consist of some of the most elite soldiers in the United States Army, trained in multiple missions, including direct action and foreign internal defense.
4. Chemical weapons: a sick burn
The Cubs might have gone 108 years without winning a world series, but the world has only gone 101 years since the first chlorine gas attack.
On April 22, 1915, a man named Fritz Haber oversaw the world’s first successful chemical weapons use. The German scientist had been attempting to convince a German commander to use the gas on Allied troops but had thus far met with scorn and derision. One commander, however, let him try it, and when the wind finally turned toward the Allied troops, he unleashed the gas.
That single attack killed more than 1,100 Allied troops. By the end of World War I, more than 50 different poisons had been used on the battlefield, and gas masks had become a tactical necessity.
Today, the use of chemical weapons is a war crime, although that didn’t stop Saddam Hussein from gassing thousands of Kurds in northern Iraq, or Bashar al-Assad using gas on his own people.
5. Meals, Ready to Eat began constipating troops everywhere
The Department of Defense decided to re-vamp their combat rations in 1975, when they declared the MRE would be the new way of feeding troops in combat. The first delivery of MRE’s occurred in 1981, and they were first field tested by the 25th Infantry Division in 1983.
MRE’s were a huge step forward for field rations because they could be kept almost indefinitely, and they did not require a flame to heat the entrees. MRE’s nowadays are much tastier than the maggot-filled tack that soldiers of the Continental Army used to eat, and troops can pick and choose menu items. Plus, Jalapeno cheese. Enough said.
6. Aircraft carriers became a thing
With the advent and importance of aircraft in modern warfare, it was only natural that nations sought to project that flight power to different parts of the world. After all, what good was a runway for planes if it wasn’t near the combat zone?
To that end, armies and navies first tried launching balloons off of wooden ships, but when the propeller plane came around, they started putting aircraft on ships. The Japanese ship Wakamiya lowered seaplanes onto the water using its crane in 1914 during the battle of Tsingtao, making this the first use of an “aircraft carrier” in warfare.
During the 1920’s, truly dedicated carriers with launch pads were commissioned and became an integral part of shaping the way the world fights wars. Nowadays, the US Navy’s powerful carriers carry lethal jets and ground forces to places all over the world in order to project United States military power.
Tanks, along with airplanes and aircraft carriers, changed the way that wars are fought. Although the infantry was the major component of fighting in World War I, by World War II the way was being led by quick, lethal tanks that could maneuver and shoot accurately at the same time. The armor provided by the vehicle shielded its occupants from most small arms fire and allowed infantry to follow behind.
Modern land warfare owes its origins to the tank, which debuted at the Battle of the Somme in 1916 to limited success. They simply could not operate in the artillery-churning mud of the front, and often became bogged down before even advancing.
During World War II, the Germans used their lightning-fast tanks in the Blitzkrieg doctrine in combination with airplanes and infantry. Later on, tanks became more and more technologically advanced, and in modern times a tank can make an enormous difference on the battlefield, although they are still vulnerable to ever-more-lethal anti-tank rockets and missiles.
8. Night vision let people see the night, visually
In the early days of World War II German scientists experimented with night vision devices with some limited success, even going so far as to equip their Panther tanks with night vision. But it wasn’t until the Vietnam War that the first practical, mass-produced night vision devices, the AN/PVS-1 and 2 starlight scopes, were introduced. Even though they were bulky and easily broken, these scopes gave U.S. troops an advantage on the battlefield. They used ambient light to amplify the picture around them, allowing troops to see enemies moving in the dark.
Today, the United States military has some of the best night vision around, giving it advantages in the wars that it fights worldwide. Each member of an infantry or special operations unit can have his or her own individual night vision device, which are now compact and project pictures in high definition. Some devices even incorporate thermal imaging along with amplified ambient light to produce a better picture. This gives US troops a massive advantage over enemies in Afghanistan and Iraq, who have to use captured equipment and have little repair capability.
9. Widespread use of body armor
While the concept of protecting oneself from harm with armor has existed for millennia, the modern age of personally-issued body armor didn’t occur until around the time of the Korean War. Even then, the vests were issued mostly for protection from shrapnel, and were bulkier and heavier than modern vests.
It wasn’t until the 1971 discovery of Kevlar by scientist Stephanie Kwolek that body armor became ligher and able to stop real bullets, including most pistol rounds.
In 1975, American Body Armor introduced a vest that used 15 layers of Kevlar and a “shok plate,” which could protect against high-velocity rifle rounds. This set the standard for modern military body armor, which now often consists of so-called “soft” armor for pistol rounds and shrapnel, and hard ceramic plates for high-velocity bullets. Advances in technology have made it so that troops, particularly those in well-funded special operations units, can have the best of both worlds: lightweight protection for vital organs and ultimate maneuverability.
10. Missiles and precision-guided munitions
While airplanes changed the way wars were fought in the 20th century, the way airplanes were used was changed just as fundamentally with the advent of guided missiles. Although civilizations had been experimenting with rocketry for centuries, the V1 and V2 rockets of Germany in World War II were the first true guided missiles used in warfare. Following that, various countries began using missiles on their ships, jets and trucks, and creating massive, world-travelling Intercontinental Ballistic Missiles equipped with nuclear warheads. If it weren’t for our massive experimentation in missile technology, the world would not have known the war-shaping theory of Mutually Assured Destruction, or the standoff capabilities of a guided missile destroyer launching cruise missiles into Saddam Hussein’s Iraq.
Modern missiles use Global Positioning Systems to find and destroy the enemy, and are becoming ubiquitous for the United States; today, more than 80 percent of bombs dropped by the United States military are precision-guided They are essential in preventing civilian casualties in a world where states fight terrorist groups rather than each other.