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.
Tom Wolfe’s 1979 book “The Right Stuff” documented the United States’ postwar love affair with high-speed, high-powered aircraft, rocketry, and the test pilots who flew them. Wolfe used an interesting term to describe how military personnel and veterans speak English, “Army Creole.”
Army Creole, according to Wolfe, was a “language in which there were about ten nouns, five verbs, and one adjective.” In the book, the word “f*ck” is used for all of these.
The original Army Creole as described by Wolfe was a manner of speech similar to actual creole. The term now refers to the military-veteran propensity toward including swear words as intensifiers and the sometimes overwhelming use of acronyms.
Accoring to Wolfe, no one was more proficient in Army Creole than Mercury 7 astronaut Deke Slayton, who made people cringe whenever he got near a microphone, for fear he was “going to Army Creole the nationwide TV and scorch the brains of half the people of the U.S.A.”
The unique name given to the dialect is not to be confused with Seaspeak, the official, universal language of mariners the world over. Developed in 1983, shipping experts and linguists devised a communication system, defining the rules for speaking on the ship’s radio.
In 1988, the International Maritime Organization made seaspeak official.
When entering battle or confronting your enemy, it’s essential to have a kick ass “war face” — an expression of rage, vengeance, and brute instincts. It is more than a menacing look, it is a release of powerful emotions to induce fear while also elevating one’s senses to their maximum effect.
Here are the 11 best war faces in military movie history:
“Predator” — Mac’s face emptying a minigun after losing his best friend.
“Braveheart” — That moment you lock eyes with the enemy on the battlefield.
“Rambo: First Blood Part II” — Rambo’s face while firing the M60E3.
“Black Hawk Down” — Hoot’s look while taking control of the .50 Cal
The F-35B Lightning II aircraft can now take off from a “ski jump,” reports Kelsey D. Atherton at Popular Science.
The Marine Corps’ version of the jet — built for vertical landings and short takeoffs from ships — was successfully tested taking off down a short runway with the assistance of a “ski jump” on Tuesday, according to IHS Jane’s. Interestingly, as Atherton notes, the test was for the benefit of NATO partners with “ski jumps” on their aircraft carriers, not for the U.S. Navy, which does not use them.
For the F-35B, the ‘ski-jump’ will be used to launch jets from the decks of the Queen Elizabeth and Prince of Wales carriers being built for the UK Royal Navy, and may be adopted by other customers such as Italy. Phase I testing will continue for two weeks, ahead of the Phase II trials to take place through the third quarter of the year. The MoD did not disclose what Phase II will entail, but it will likely feature shipborne trials aboard the Queen Elizabeth (QE) aircraft carrier (the first of the two QE-class ships).
So here it is. The F-35B, trying for Olympic gold:
Hardship duty pay is a compensation in addition to base pay and other entitlements for service members stationed in or deployed to locations where the living conditions are significantly below those in the continental United States, the mission lasts longer than a typical deployment or requires specific types of work (i.e. recovering bodies of fallen military members in other countries).
Under specific circumstances, some or all of your hardship duty pay may be tax free. For more information on what is taxable and what isn’t, consult your financial advisor.
There are three different types of hardship duty pay: location, mission, and tempo.
1. Hardship duty pay – location, or “HDP-L,” is paid to service members who are outside of the continental United States in countries where the quality of life falls well below the standard of living that most service members who are in the U.S. would normally expect. Service members who also receive Hostile Fire/Imminent Danger pay of $225 per month only rate $100 a month for HDP-L. Find out if your OCONUS station is on the list.
Who: All service members who are executing a permanent change of station (PCS), temporary duty (TDA/TAD/TDY), or deployment to a designated area.
How much: The rate is paid out in increments of $50, $100, and $150 per month, depending on the level of QoL at that location as determined by the Department of Defense.
Hardship duty pay – mission, or HDP-M, is designed for hardship missions.
Who: All service members, officer and enlisted alike.
How much: $150 per month, max.
Hardship duty pay – tempo, or HDP-T, is for service members operating at a higher tempo for longer times, like during extended deployments or when service members are deployed longer than a set number of consecutive days. The Navy sets that number at 220, for example.
Who: All service members, officer and enlisted alike.
Now that terrorism is finally taking a back seat to great power conflict, the United States military is working to catch up to those other great (but not as great) powers. The wonder weapons they developed while we were making the world safe for democracy may give them a strategic edge in some critical areas.
The United States has to protect its surface ships, the nuclear triad and its command and control capabilities to retain its global reach and remain the world’s top military power. Here are five technologies the US is supposedly working on that will help us start at the top.
1. Directed Energy Weapons
The principle of directed energy weapons is just like it sounds, the weapon focuses energy in a single beam toward a target. Depending on what kind of energy or the amount of energy being focused, the beam may be invisible and is most likely fired without a sound.
The most prevalent of these kinds of directed energy weapons is the high-energy laser, which can completely destroy targets from hundreds of miles away, with little to no degradation in the beam.
While Russia was busy creating missiles and missile systems capable of flying at multiple times the speed of sound, the United States put some of its hypersonic weapons testing on hold. But that doesn’t mean it didn’t have any hypersonic efforts. For years, the U.S. military has been working on developing the Railgun.
Railguns use electromagnetism to fire a projectile at speeds of up to seven times the speed of sound, uses non-explosive rounds, and causes more destruction than traditional naval gunfire. Currently, only two ships can muster up the energy required to fire them, but who knows what future developments can occur?
3. PHASR Rifles
The PHASR is a directed energy weapon that gets a special mention because it’s carried in rifle form. Before any Star Trek nerds get excited about ordering their men how to set their PHASRs, these weapons are always set to stun. “PHASR” is an acronym for personnel halting and stimulation response rifle.
This weapon temporarily blinds a target using a low intensity laser. Since the effect of the PHASR is only temporary, it’s still a legal weapon under the UN’s 1995 Protocol on BLindling Laser Weapons.
4. The Laser Avenger
While it’s only number four on this list, the name puts it at number one in our hearts. The Laser Avenger is a truck-mounted anti-aircraft system that uses infrared lasers to knock out drones and other small aircraft. The potential for increased power increases the potential for combat use. Boeing, which is also funding the project itself, can also mount traditional machine gun weapons to the Avenger system.
5. Modular Advanced Armed Robotic System (MAARS)
This 400-pound robot carries a 12-hour battery (with sleep mode), moves at 7 miles per hour, can operate 1,000 meters from its controller and can be fitted with any combination of lethal and nonlethal weaponry. On top of that it has a full 360-degree turret, seven mounted cameras for its controller and a host of possible ammunition sizes.
On top of all that, it also has a siren, laser dazzler mount, gunfire detection system and an optional working arm that can carry more than 300 pounds. A few more of these and we won’t even need infantry anymore.
Featured photo: Lockheed Martin/Directed Energy Weapons
Marine Corps Chief Warrant Officer 5 Christian P. Wade, the 2nd Marine Division Gunner as well as the personality behind that video of cooking bacon on a suppressor, has a new video where he tests the resilience of the Marine Corps’ new reinforced pack frame.
Despite long falls, getting dragged behind a Jeep, and about 51 Kalashnikov rounds, the new pack proves itself to be surprisingly tough. You can see what finally destroys the pack in the video below:
An Army Howitzer is now firing a 5,000-miles per hour, high-tech, electromagnetic Hyper Velocity Projectile, initially developed as a Navy weapon, an effort to fast-track increasing lethal and effective weapons to warzones and key strategic locations, Pentagon officials said.
Overall, the Pentagon is accelerating developmental testing of its high-tech, long-range Electro-Magnetic Rail Gun by expanding the platforms from which it might fire and potentially postponing an upcoming at-sea demonstration of the weapon, Pentagon and Navy officials told Scout Warrior.
While initially conceived of and developed for the Navy’s emerging Rail Gun Weapon, the Pentagon and Army are now firing the Hyper Velocity Projectile from an Army Howitzer in order to potential harness near-term weapons ability, increase the scope, lethality and range ability to accelerate combat deployment of the lethal, high-speed round.
The rail gun uses an electromagnetic current to fire a kinetic energy warhead up to 100 miles at speeds greater than 5,000 miles an hour, a speed at least three times as fast as existing weapons.
Firing from an Army Howitzer, the rail gun hypervelocity projectile can fire a 5,000-mile and hour projectile at enemy targets to include buildings, force concentrations, weapons systems, drones, aircraft,vehicle bunkers and even incoming enemy missiles and artillery rounds.
“We can defend against an incoming salvo with a bullet. That is very much a focus getting ready for the future,” Dr. William Roper, Director of the Pentagon’s once-secret Strategic Capabilities Office, told Scout Warrior among a small group of reporters.
Pentagon weapons developers with the Strategic Capabilities Office, or SCO, are working to further accelerate development of both the gun launcher and the hypervelocity projectile it fires. While plans for the weapon’s development are still being deliberated, ongoing work is developing integration and firing of the projectile onto existing Navy’s deck-mounted 5-inch guns or Army M109 Paladin self-propelled howitzer (a mobile platform which fires 155mm artillery rounds).
The Strategic Capabilities Office, a high-level Pentagon effort, is aimed at exploring emerging technologies with a mind to how they can be integrated quickly into existing weapons systems and platforms. Part of the rationale is to harness promising systems, weapons and technologies able to arrive in combat sooner that would be the case should they go through the normal bureaucratic acquisition process. In almost every instance, the SCO partners with one of the services to blend new weapons with current systems for the near term, Roper explained.
Part of the calculus is grounded in the notion of integrating discovery and prototyping, being able to adjust and fix in process without committing to an official requirement, Roper said.
Roper further explained that firing the HVP out of a 155m Howitzer brings certain advantages, because the weapon’s muzzle breach at the end of its cannon is able to catch some of the round’s propellant – making the firing safer for Soldiers.
“Its design traits were all based with dealing with extreme electromagnetic fields – that projectile could be fired out of an existing weapon system. Its whole role is to just keep the hot gas and propellant from rushing past. You don’t want it eroded by the hot material,” Roper explained.
The goal of the effort is to fire a “sub-caliber” round that is aerodynamic and able to fly at hypersonic speeds. We can significanly increase the range and continually improve what powder guns can do, he added.
“We’ve been looking at the data and are very pleased with the results we are getting back,” Roper said. One Senior Army official told Scout Warrior that firing a Hyper Velocity Projectile from a Howitzer builds upon rapid progress with targeting technology, fire-control systems and faster computer processing speeds for fire direction.
The Blue Angels’ high level of precision begins nearly 90 minutes before the six gleaming F/A-18 Hornets take to the skies, and when Blue Angel number one — the commanding officer — announces the start of the preflight brief, banter between the officers ceases and the team puts on the collective game face.
This week the Team is borrowing the hangar spaces of a fleet Hornet squadron that’s currently deployed, but the set-up of the ready room has been modified significantly from that normally seen in a fleet squadron. Instead of having a room full of the classic metal and faux leather chairs arranged theater-style facing a large dry-erase board at one end, the pilots are seated in high backed executive chairs around a large conference table.
The support staff – the supply officer, the maintenance officer, the flight surgeon, and the public affairs officer among others – line the walls (also seated in executive chairs) forming a ring around the core team of jet pilots – Blue Angels 1 through 6. The rest of the pilots scribe imaginary lines along a Google Earth print outs of the airfield and surrounding area while Blue Angel No. 1 – commonly called “The Boss” – goes through the sequence of events from marching to the jets through the four-plane diamond takeoff and into the first moves of the airborne routine.
Without warning the team suddenly pushes back from the conference table and lowers their chairs. Each pilot hunches over, gripping an imaginary stick with his right hand and throttle with his left. Their heads tilt in the same directions they’ll face while flying close formation during the flight. Their eyes narrow in what looks to be a Zen-like trance as the Boss goes through his radio cadence.
“Up . . . we . . . go,” the Boss chants. “A . . . little . . . more . . . pull. Easing . . . power. Easing . . . more . . . power. A . . . little . . . pull. Rolling out.” The atmosphere is generally like that of a church congregation at prayer with the Boss playing the role of priest. Then suddenly the team comes out of the trance, pops up in their chairs, and moves back to the table.
After reviewing the next maneuvers in the show sequence, they push back once again and go back into the role playing – the Zen state – as the Boss again sings his radio commands. The brief ends with other members of the Team briefing items required by their secondary roles. The supply officer briefs the weather. The maintenance officer briefs the field conditions and which runway they’ll most likely use for takeoff. And just like a regular fleet squadron, the pilots review an “emergency procedure of the day” and any other safety of flight items that might be germane.
The main brief ends and the support staff along with the C-130 “Fat Albert” crew files out, but only after shaking each pilot’s hand. One can sense that these traditions aren’t arbitrary. They underwrite the intangibles that surround the Blue Angels’ mission, one that’s not reckless but inherently hazardous nonetheless.
After a short van ride from the hangar to the flight line, the Blue Angels march over to man up, peeling off in front of their respective jets in a 90-degree pivot at each Hornet’s nose. Each gets in without a lot of fanfare. The pilots apply electrical power to their jets, and after a quick radio check the canopies come down. They taxi to the duty runway in numerical order, waving and giving the thumbs up to the enthusiastic crowd as they pass.
Soon they’re in position for takeoff. The Boss calls over the radio: “Let’s run ’em up . . . smoke, on . . . off brakes now . . . burners ready now . . .” and 1 through 4 are on their way down the runway. They’re barely off the ground when No. 4 slides from the right wing into the slot as the four airplanes simultaneously raise their landing gear.
Then it’s “up . . . we . . . go” into the vertical for the first part of what they call the “Diamond Half Squirrel Cage” which is basically a four-plane Half Cuban Eight. The weather is beautiful so the team does the “high” version of the show, which allows them to perform all of their vertical moves in their entirety.
The Squirrel Cage is followed by a few other diamond moves: the 360, the roll, the aileron roll, and the dirty (gear down) loop. Then it’s time for some upside down action, what they call the “Double Farvel” – a level pass down the show line with Blue Angels No. 1 and 4 inverted the whole time. The Boss transmits “hit it!” and No. 4 mirrors him in putting the Hornet on its back.
From there the four-plane does some echelon moves – a parade pass followed by a roll. Then Blue Angel No. 5 joins the formation for a line-abreast loop. To this point there has been some G on the airplanes but nothing very taxing. That is about to change with what they call the “break out” maneuvers.
The Low Break Cross, the Fleur De Lis, and the Loop Break Cross all involve the diamond separating, crossing along various axes, and then quickly rendezvousing back into the diamond. The beginning and end of those moves means lots of G. Fighting off the G forces is a lot of work, like the most intense ab workout you can imagine while a giant sits on you.
And G forces are something the Blue Angels train to very seriously. In the spring of 2007 Lieutenant Commander Kevin Davis, then Blue Angel No. 6, was killed after he put himself out while attempting a high G rendezvous towards the end of a show over MCAS Beaufort, SC. He was unable to recover the jet before hitting the tree line.
Now the Blue Angel pilots go through centrifuge training on an annual basis to ensure their anti-G techniques are sound and their G tolerance is the best it can be. The Loop Break Cross is followed by a couple other high G maneuvers – the Delta Break Out, and the Delta Pitch Up Break.
After that the jets land in order. The precision continues as the jets park. The Hornets shut down and open their canopies simultaneously. The crowd cheers as the Blue Angels dismount their fighters and march back to where they started about 45 minutes earlier.
They finish with handshakes all ’round. Another successful show in the books.
After some photos in front of one of the jets with fans, the Blue Angels are back in the ready room for the debrief. The flight may be over, but the Blue Angels aren’t done working.
The pilots hold a kangaroo court of sorts, calling themselves on their transgressions during the event, starting with the Boss. The tone is at once serious and lighthearted. A video review follows, starting with the pilots marching to their jets. They freeze the playback, critiquing minor synchronization flaws as the team went from parade rest to attention or saluted a plane captain as they passed each jet.
The attention to detail grows as the playback rolls to the airborne portion of the show. They run the tape back and forth like a football coach working the clicker. Most of the dings involve discrepancies that are invisible to the untrained (read “average air show attendee”) eye – a hair early on a roll or barely off on a crossing move. The focus is amazing considering these guys have been flying the exact same show for nine months, literally hundreds of times, but they still seem to share a concern that it isn’t quite right.
The conduct of the debrief is the answer – beyond what it takes to fly the jet – to why it’s so hard to be a Blue Angel. Anyone who’s spent time in the carrier aviation world probably knows someone who’s rushed the Blues – someone who seemed perfect for the Team in terms of stick and rudder skills, demeanor, and personal appearance – but who ultimately didn’t get the nod. But watching these guys interact is a study in zero ego in spite of pointed criticism, even that that could have been interpreted as a less-than-totally-positive view of piloting ability. They are earnest to a man. They all want to get better, and they see the next show as an opportunity to do just that.
And maybe that’s the lesson of the Blue Angels: It’s not enough to get it right most of the time; it needs to be all the time.
From homemade tanks to nuclear landmines kept warm by chickens, war brings out the engineers in people. When a weapons system works, it’s made by the thousands, and sometimes used for decades. But when it doesn’t, it’s quickly added to the dustbin of bad ideas. Many of these ridiculous, odd, and exceptionally weird weapons were developed by militaries all over the world, but either proved impractical or were canceled before production.
We all love Rob Riggle. He’s the Marine-officer-turned-comedian who started his military career in aviation, moved over to public affairs then maneuvered himself into a career in show business.
We’ve interviewed him before and got some awesome insight into his career, but he recently sat down with six-time Emmy Award winner John Brenkus to talk about his unlikely path into comedy.
During this episode, Riggle talks about his time in elementary and high school — a late bloomer who was bullied and used his whit to joke his way out of trouble — and how he dreamed of being a cast member on Saturday Night Live. Riggle said when he asked his Marine squadron commander to move out of aviation and into the ground side so he would be better set up for a career in show business, his CO gave him a tongue lashing he’d never forget.
“If I saw him today I would tell him he’s a piece of shit,” Riggle tells Brenkus.
That “counseling” became what the podcast host calls a “Brink of Midnight” moment — when one decision, one event changes everything that comes after.
Be sure to find out more about Riggle’s winding path into comedy by listening to the latest episode of the Brink of Midnight podcast.
U.S. Special Operations Command is making progress researching, developing and testing a next-generation Iron Man-like suit designed to increase strength and protection and help keep valuable operators alive when they kick down doors and engage in combat, officials said.
The project, formally called Tactical Light Operator Suit, or TALOS, is aimed at providing special operators, such as Navy SEALs and Special Forces, with enhanced mobility and protection technologies, a Special Operations Command, or SOCOM, statement said.
“The ultimate purpose of the TALOS project is to produce a prototype in 2018. That prototype will then be evaluated for operational impact,” Lt. Cmdr. Matt Allen, SOCOM spokesman, told Scout Warrior.
Industry teams have been making steady progress on the technologies since the effort was expanded in 2013 by Adm. William McCraven, former head of SOCOM.
“I’m very committed to this because I would like that last operator we lost to be the last operator we ever lose,” McCraven said in 2013.
Defense industry, academic and entrepreneurial participants are currently progressing with the multi-faceted effort.
The technologies currently being developed include body suit-type exoskeletons, strength and power-increasing systems and additional protection. A SOCOM statement said some of the potential technologies planned for TALOS research and development include advanced armor, command and control computers, power generators, and enhanced mobility exoskeletons.
Also, scientists at the Massachusetts Institute of Technology are developing a next-generation kind of armor called “liquid body armor.”
It “transforms from liquid to solid in milliseconds when a magnetic field or electrical current is applied,” the Army website said.
TALOS will have a physiological subsystem that lies against the skin that is embedded with sensors to monitor core body temperature, skin temperature, heart rate, body position and hydration levels, an Army statement also said.
“The idea is to help maintain the survivability of operators as they enter that first breach through the door,” Allen added.
For the uninitiated, the USS Pueblo was a Navy Signals Intelligence ship which was attacked and boarded by North Koreans in international waters in 1968. The crew didn’t just give up; they deftly maneuvered away from the attackers. It took two North Korean
It took two North Korean subchasers, four torpedo boats, and two MiG fighters to stop Pueblo, even allowing for the fact that the crew didn’t man the ship’s guns due to restrictive Navy regulations. The crew destroyed all the classified material they could, but they were simply outgunned and outnumbered. One sailor was killed and eighty-three others were held by North Korea for 335 days before being returned to the U.S.
The Victorious Fatherland Liberation War Museum was founded right after the 1953 armistice was signed. (Note: The U.S. is still technically at war with North Korea as the armistice ended the conflict but not the Korean War.) As Communists often do, the North Koreans wanted to put their spin on the war immediately, and thus the museum was born.
Ten years later, it was moved to a building built just to house the museum’s collection, a massive trove of North Korean tanks, weapons, and aircraft, along with captured American equipment, jeeps, and downed planes, all supporting the North’s consensus that they actually won.
Of course, with the Pueblo comes the newest exhibit in the Museum, the Pueblo section.
If you’re wondering how the war became a “liberation“war to the North, young North Koreans are taught that a joint South Korean-U.S. army started the war, and not that it was started by a North Korean sneak attack.
The North is not likely to return the ship, considering how immensely proud they are of having captured it.