A longtime saying in war is that artillery is the king of the battlefield.
But some artillery are better than others, but the best are those that can drive themselves to battle.
For a long time, all artillery was towed. First the towing as done by horses, then by trucks or other vehicles. But there was a problem. The artillery took a while to set up, then, when the battery had to move — either because troops advanced or retreated – or the enemy found out where the artillery was located, it took time to do that.
Fighter pilots say, speed is life.” Artillerymen would not disagree. Towed artillery had another minus: It had a hard time keeping up with tanks and other armored fighting vehicles.
The way to cut the time down was to find a way a howitzer could propel itself. The advantage was that these guns not only could support tanks and other armored units, but these guns often had an easier time setting up to fire. They could also be ready to move much faster, as well.
This ability to “shoot and scoot” made them much harder to locate.
Most self-propelled howitzers fire either a 152mm round (usually from Russia and China, but also from former communist countries like Serbia) or a 155mm round (NATO and most other countries). Often these guns are tracked, but some have been mounted on truck chassis, gaining a higher top speed as a result.
Some of the world’s best self-propelled howitzers include the American-designed M109A6 Paladin, the Russian 2S19, the South Korean K9 Thunder, and the German PzH-2000.
You can see the full list of the ten deadliest self-propelled howitzers in the video below.
Over the course of fighting America’s most recent wars, troops faced the threat of improvised explosive devices, or IEDs on a daily basis. More than a decade later, the U.S. Army is building a new crash test dummy to better understand the physical risks these crude but deadly weapons pose to soldiers downrange.
In addition to registering the location of impacts and stress during tests, the new design will be coupled with an extensive database to help predict how likely an individual is to suffer a serious injury. The ground combat branch has dubbed the program the Warrior Injury Assessment Manikin, or WIAMan. As anyone in the military probably already knows, “WIA” is also the acronym for “wounded in action.”
The Army hopes that the new device will help provide more information on just what happens when a bomb goes off underneath a vehicle. “There is a wide range of test conditions and environment parameters” and “no two sets of system responses are the same,” engineers and scientists working on WIAMan explained in a briefing in June.
The individuals from the Army’s Research, Development and Engineering Command and the Army Research Laboratory sat down with defense contractors to talk about the state of the program. The service wants to start looking for a company to make WIAMan dummies by the end of 2017.
By that point, IEDs were a well-known threat. In Iraq and Afghanistan, huge bombs routinely ripped through unarmored Humvees and better-protected vehicles. The Pentagon had responded by rushing mine-resistant trucks, bomb detectors and jammers and other gear to troops in the field. Though this equipment saved lives, it did not eliminate serious injuries.
During Operation Enduring Freedom and Operation Iraqi Freedom, explosives had accounted for more than three quarters of all military injuries, according to a study Dr. Narayan Yoganandan, Chairman of Biomedical Engineering in the Department of Neurosurgery and Professor of Biomedical Engineering at Marquette University, led and published in Clinical Biomechanics in 2013. Explosions underneath vehicles specifically were likely to cause severe damage to the pelvis, spinal column, legs and feet, Andrew Merkle, a principal professional staff member at Johns Hopkins’ Applied Physics Laboratory, and his colleagues explained in another 2013 piece.
At that time, Army researchers had to rely on modified auto industry manikin, called Hybrid III. The manufacturer, Humanetics, only intended the original dummy for testing head on collisions in commercial cars. On top of that, the design reflected an outdated 1970s body shape.
Instruments in this surrogate person only show damage and strain in broad areas and joints. To help engineers and scientists log potential injuries, the Army’s version only has five so-called “biofidelity response corridors,” or BRCs.
By comparison, WIAMan will have more than 800 BRCs. This means that instead of simply sensing impact on a section of chest or foot as a whole, the manikin would report dangerous forces on particular ribs or the soles or heel specifically.
The prototype dummy was structured around a 50th percentile male soldier. After the Pentagon removed the last restrictions preventing women serving in combat roles in December 2015, the full production run will have to include female body shapes.
Combined with an extensive and growing knowledge-base of injury data, WIAMan should not only be able to highlight possibly dangers but predict them, too. This means that when the Army considers a new tank or truck in the future, researchers might be able to gauge the likelihood of the drivers and occupants suffering specific injuries if they run over a roadside bomb.
And capturing more data from the dummy itself means engineers won’t have to try and cram secondary cameras or sensors inside armored vehicle compartments or truck cabs to gather additional significant information. These spaces are cramped to begin with and these sensitive systems are often damaged in testing.
A “blast test of a surrogate vehicle structure … provided realism,” another one of the June presentations noted. “However, it is costly, not repeatable and occupant response cannot be fully observed.”
Unfortunately, WIAMan alone won’t be able to fill all of the Army’s research gaps by itself. The manikin will not be able to test for a slew of effects beyond an underbody blast.
In its prototype form, the soldier stand-in cannot determine whether troops might be at risk from shrapnel or burns. In Iraq and Afghanistan, IEDs often set off fuel or ammunition in vehicles leading to serious burns.
In 2006, the Marine Corps notably banned leathernecks from wearing synthetic clothing, including popular Under Armour undershirts, because of their low melting points. The Corps found evidence that the garments could fuse to skin with horrific results in a fire.
More importantly, WIAMan will not be able to help gather badly needed information about the potential for traumatic brain injuries, commonly called TBIs. Concussions and other TBIs have been increasingly linked to long-term brain damage and increased risk of serious health conditions.
Since 2000, the Pentagon has diagnosed more than 340,000 active service members with various kinds of TBIs, according to statistics compiled by the Defense and Veterans Brain Injury Center. Medical professionals classified 5,000 of these cases as “penetrating,” instances where an actual object pierces the skull and physically hits the brain.
By far, the majority of the instances are “mild,” a synonym for concussions. However, research shows that people who suffer from multiple instances of these injuries suffer far from mild consequences.
While scientists are still studying the exact relationship between concussions and other health issues, there is significant correlation between the injuries and a condition known as chronic traumatic encephalopathy. Also seen in boxers and other professional athletes, this is a form of dementia characterized by declining memory, cognition and motor control and itself linked to depression, suicidal behavior, and aggressive outbursts.
American troops have already spent some 15 years in a state or near constant combat operations. Given the rise of new terrorist groups like Islamic State, the Pentagon’s high operational tempo seems unlikely to change in the near future.
In the meantime, soldiers and other service members will likely continue to suffer TBIs and other injuries from IEDs. Though not perfect, WIAMan will give scientists and engineers critical information to help protect our men and women in uniform.
The US Air Force’s F-22 Raptor stealth fighter is playing a crucial yet evolving role in air operations over Syria and Iraq.
With advanced stealth technology and powerful sensors, the aircraft is the first coalition plane back in Syrian airspace after a major incident. Such was the case after the US downings of Syrian aircraft this month, as well as the US Navy’s Tomahawk missile strike on al Shayrat air base in April.
Notably missing from the high-profile shoot-downs, the fifth-generation aircraft made by Lockheed Martin Corp. isn’t necessarily showcasing its role as an air-to-air fighter in the conflict. Instead, the twin-engine jet is doing more deconflicting of airspace than dog-fighting, officials said.
“This is a counter-ISIS fight,” said Lt. Col. “Shell,” an F-22 pilot and commander of the 27th Squadron on rotation at a base in an undisclosed location, referring to the Islamic State of Iraq and Syria, or ISIS. He spoke to Military.com on the condition that he be identified by his callsign.
“ISIS doesn’t have advanced surface-to-air missiles, they don’t have an air force … but we are deconflicting the air space,” Shell said. “Not everyone is on the same frequencies,” he said, referring to the US, Russian, Syrian, and coalition aircraft operating over Syria. “Deconfliction with the Russian air force — that is one of the big things that we do.”
The pilot said the F-22’s ability to identify other aircraft — down to the airframe — and detect surface-to-air missiles and relay their existence to other friendly forces while remaining a low-observable radar profile makes it critical for the fight.
The Raptor is typically flying above other aircraft, though not as high as drones such as the MQ-9 Reaper and other intelligence, surveillance, and reconnaissance aircraft, Shell said.
The F-22, along with the E-3 Sentry Airborne Warning and Control System, “has really high fidelity sensors that we can detect when non-coalition aircraft are getting close,” he said, “and we can move the coalition aircraft around at altitude laterally, so that, for example, if a Russian formation or Syrian formation going into the same battlespace to counter ISIS, [they are] not at conflict with our fighters.”
Weapon of Choice: Small Diameter Bomb
Even so, to defend itself in the air and strike targets on the ground, “we carry a mixed load out,” Shell said.
The F-22 wields the AIM-9X Sidewinder missile, the AIM-120 Advanced Medium-Range Air-to-Air Missile, the laser-guided GBU-39 Small Diameter Bomb, and the GPS-guided GBU-32 Joint Direct Attack Munition.
The Small Diameter Bomb is more likely to be used, especially in the counter-ISIS fight in urban areas where the Raptor is conducting precision strikes, Shell said.
“We carry the low collateral damage weapon, the Small Diameter Bomb GBU-39, to precisely strike enemy combatants while protecting the civilian population,” he said. “We also can carry the 1,000-pound JDAM GBU-32 used for targets where there is less-to-little collateral damage concern,” meaning a larger blast for attack.
Location Isn’t ‘Scramble-able’
The Combined Air Operations Center, or CAOC, based in another location, develop the F-22’s mission tasking typically three days out, Shell said. For logistical purposes, all aircraft in theater don’t fly unless the mission is deemed critical, he said.
“Typical maintenance practices will not have every airplane airborne at once,” he said.
In addition, “We’re not in a scramble-able location,” he said. “We’re not [a dozen or so] miles away from the OIR fight — we have to drive.”
Between flying in Iraq and Syria, “there are different rules based on where we’re flying,” Shell said, stopping short of detailing each country’s rules of engagement and flight restrictions. “They’re minor in the technical details.”
‘The Only Thing That Can Survive’
During the Navy’s TLAM strike, “serendipitously,” there were more F-22s in the area of responsibility because some were getting ready to fly home while others were coming in, according to Brig. Gen. Charles Corcoran, commander of the 380th Expeditionary Wing, which houses the F-22 mission in an undisclosed location for Operation Inherent Resolve, the Pentagon’s name for the anti-ISIS campaign.
After incidents like that, “We kind of go to F-22s only — fifth gen only” because “it’s the only thing that can survive in there,” he said, referring to the plane’s ability to fly in contested airspace despite the presence of anti-access aerial denial weapons.
Should Russia paint coalition aircraft with surface-to-air missile systems, “the only thing we’ll put in there is F-22s,” Corcoran said. Leaders will then decide which types of fourth-generation fighter — like an F-16 Fighting Falcon with capable radars — and/or drone can return to the fight, he said. Only later would they allow “defenseless aircraft” such as tankers to circle back through taskings, he said.
“If an F-15 or an F-18 — which is really more of a ground-attack airplane — is busy doing this, they’re not available to do the close air support stuff, so if we [have] got to keep this up, we’re probably going to need some more forces over here that can do their dedicated jobs,” Corcoran said. That includes more “defensive counter air” assets like F-22s so the tactical fighters can drop more bombs “and get after ISIS,” he said.
‘We Can Bring More’
Given the nature of how the US air operation against ISIS has evolved in recent months, Shell acknowledged the possibility that commanders may decide to deploy more F-22s to the area of responsibility.
“The airplanes that we have here, it’s not the maximum we can bring, we can bring more if directed,” he said. With more Raptors in theater, “they would obviously task us more,” he said.
Shell said, “People often call us the quarterback [in the air]. I don’t like that because we’re not always in charge — there is a mission hierarchy … and most of the time it is not the F-22. We enhance the mission commander’s situational awareness by feeding him information based on off our sensors for him or her to make a decision.”
When asked if that meant the stealth fighter works as a “silent partner” gathering intel, he said, “We’re not really silent. We’re pretty vocal.”
“The decision to move our families and civilians was made in consultation with the Government of Turkey, our State Department, and our Secretary of Defense,” Gen. Philip M. Breedlove, commander of U.S. European Command, said in the statement. The decision affects 700 spouses and children in these areas.
The ongoing threat of ISIS attacks in Turkey makes Incirlik and other U.S. installations prime targets for terrorism. U.S. security forces in the country have been a Force Protection Condition (FPCON) Delta for weeks. Delta is the highest alert level, meaning intelligence has been received that terrorist action against a specific location or person is imminent. The base was locked down in July 2015 and voluntary departures for dependents were authorized in September. The latest order is mandatory.
Almost 100 people have died in the five terror attacks in Turkey in 2016 alone. Two of the attacks were claimed by ISIS, while the other three allegedly from Kurdish terrorist organizations, which is still a threat to U.S. forces, as the Incirlik Air Base is shared with the Turkish Air Force. Incirlik, located 100 miles from the Turkish border with Syria, houses 2,500 American troops.
“This step does not signify a permanent decision to end accompanied tours at these facilities,” said a European Command statement. “It is intended to mitigate the risk to DoD elements and personnel, including family members, while ensuring the combat effectiveness of U.S. forces and our mission support to operations in Turkey. The United States and Turkey are united in our common fight against ISIL, and Incirlik continues to play a key role in counter-ISIL operations.”
While the F-35 Lightning II continues its turbulent march to combat readiness, the jet’s manufacturer posted better than expected quarterly revenue earnings on Tuesday.
Lockheed Martin, the Pentagon’s top weapons supplier, also lifted its 2016 revenue and profit forecasts for a second time — despite significant snags in developing America’s most expensive arms program.
Considered a bellwether for the US defense sector, Lockheed Martin’s stock also posted a record high of $261.37 in early trading on Tuesday. What’s more, the world’s largest defense contractor’s shares were already up approximately 18% this year.
And all of this is great news for the troubled fifth-generation stealth fighter jet.
“(The) consensus expectations are finally positive for the F-35 and for improvement in the defense budget, which has led to a higher valuation,” Bernstein analyst Douglas Harned wrote in a note, according to Reuters.
The now nearly $400 billion F-35 weapons program was developed in 2001 to replace the US military’s F-15, F-16, and F-18 aircraft.
Lockheed Martin’s “jack of all trades” F-35s were developed to dogfight, provide close air support, execute long-range bombing attacks, and take off from and land on aircraft carriers — all while using the most advanced available stealth capabilities.
Adding to the complexity, Lockheed Martin agreed to design and manufacture three variant F-35s for different sister service branches.
The Air Force has the agile F-35A; the F-35B can take off and land without a runway, ideal for the amphibious Marine Corps; and the F-35C is meant to serve on the Navy’s aircraft carriers.
As it stands now the Pentagon expects to buy 2,457 of these supersonic warplanes.
According to Lockheed Martin, sales in its aeronautics business, the company’s largest, rose 6% in the past three months due to delivery of 14 F-35s.
The company has said it plans to deliver 53 F-35 jets in 2016, up from 45 a year earlier.
It’s always fun to sit around and war game which country could beat up which, and it’s even better when you have hard facts to back up your decisions.
Below is a summary of the top ten militaries in the world, according to Global Firepower, which tracks military power through publicly-available sources. We’ve scrapped Global Firepower naval comparisons since they track naval strength by number of ships, making a patrol boat equal to a supercarrier. This list of the largest navies by weight is being used instead.
Below the spreadsheet we’ve added a breakdown of each military power.
Despite a small tank force, low number of aircraft, and low number of military personnel, the United Kingdom maintains a spot in the top five with the world’s fifth largest navy and fifth highest military budget. The British military is also aided by geography as it’s hard for an invading force to attack an island.
France doesn’t post up the most impressive numbers of ships, planes, and tanks, but what equipment it has is modern and very capable. Mirage and Rafale jets, Tiger helicopters, LeClerc main battle tanks, and the only nuclear-powered carrier outside the U.S. provide the main muscle behind the French military. France also manufacturers much of its own military supplies, meaning it has the ability to create more equipment in a protracted war.
The distinctive and venerable OH-58 Kiowa helicopter, mothballed and grounded in the dry desert of Arizona, after being retired from US Army service with almost 50 years of service, is finding its wings again in Greece.
For an Army aviator, this was also a chance to get back into the seat of a historic platform and to share his knowledge and flying skills to a new generation of Hellenic pilots.
“I lucked out with this (foreign military sales) case as I was an instructor pilot in the Kiowa prior to switching to the Apache,” Chief Warrant Officer 3 John Meadows, a military aviation trainer from the US Army Security Assistance Command, said of his selection.
Chief Meadows is assigned to USASAC’s Security Assistance Training Management Organization at Fort Bragg, North Carolina, and is the team lead for the initial Greek OH-58D training program as well as the first OH-58D Technical Assistance Fielding Team deployed to Greece.
Thirty-six aircraft wait to be loaded onto the transport ship at the port in Jacksonville, Florida.
(John Zimmerman/Army Futures Command)
A total of 70 Kiowa Warrior aircraft were granted to Greece in early 2018 under the foreign military sales program administered by USASAC.
The helicopters were unloaded at the Greek port of Volos on May 16, and then flown by US and Greek crews to the Hellenic Army Aviation air base at Stefanovikio where pilot and maintainer training is being conducted.
Loading of one of the six flyable aircraft into the transport ship at the port in Jacksonville, Florida.
(John Zimmerman/Army Futures Command)
“The procurement of the Kiowa Warrior helicopters by Greece helps build partner capacity by covering an immediate gap in Greece’s attack or observation helicopter requirement,” said Andrew Neushaefer, USASAC’s country program manager for Greece.
The Kiowa helicopters had been invaluable to the Army as a light observation and reconnaissance aircraft since it was first received in 1969 and saw immediate action supporting the US war efforts in Vietnam.
Five OH-58D aircraft sit on Greek military ramp ready for training at the Hellenic Army Aviation air base at Stefanovikio, Greece.
(John Zimmerman/Army Futures Command)
In 2013 almost 350 aircraft were retired under an Army-centric effort to modernize their aviation fleet. The newer and more complicated AH-64 Apache was chosen to fulfill the Kiowa’s role until a future vertical lift aircraft could be fielded.
According to Bell Helicopter, as of 2013, the OH-58 airframe had more than 820,000 combat hours in its decades of service. During the wars following 9/11, the OH-58D version, known as the Kiowa Warrior, accounted for nearly 50% of all Army reconnaissance and attack missions flown in Iraq and Afghanistan, the highest usage rate of any Army aircraft.
Greece saw an opportunity to upgrade its defensive capabilities and acquired the helicopters at a reduced cost as it was only required to pay for packing, crating, handling and transportation, as well as any refurbishments, if necessary.
But bringing any new aircraft into a military’s service, even as seemingly uncomplicated as a 60’s-era helicopter, requires a well-trained and highly qualified team of aviators and maintainers to fly and manage the aircraft.
After serving faithfully for more than 40 years, the OH-58 Kiowa Warriors assigned to 1st Squadron, 17th Cavalry Regiment, 82nd Combat Aviation Brigade, 82nd Airborne Division, took to the skies for the last time at Fort Bragg, North Carolina, April 15.
(US Army/Sgt. Daniel Schroeder)
Chief Warrant Officer 3 John Meadows, left, stands with the battalion commander of the Greek Army helicopter training unit at the Greek port of Volos, before flying the newly arrived helicopters to the Hellenic Army Aviation air base at Stefanovikio, Greece.
(US Army Security Assistance Command)
Chief Meadows was involved with the Greek’s OH-58D case from the early stages and has had many challenges to overcome in bringing the program together.
“I made frequent drives to Fort Eustis in Virginia to assist in the regeneration of the Kiowas and began flying them again in order to support the training mission,” Meadows said.
Although assigned initially as a Contracting Officer Representative and the government flight representative, Meadows had the skills and experience to do much more and was selected to be an instructor as well.
An OH-58D Kiowa flies off at Fort Polk, Louisiana, November 9, 2015.
(US Army/Capt. Joe Bush)
Once Meadows and his team got the program on the ground in Greece they faced a number of challenges, mostly associated with maintenance and logistics.
“The Greek system of maintenance and logistic support, although effective, is very different than the US systems,” Meadows said. “If we had something break, and it wasn’t a common issue, any parts needed had to be shipped from the US to Greece, which adds substantial time from parts demand to replacement. That being said, the Greek maintainers are excellent. They are doing a superb job at learning this aircraft and maintaining it.”
An OH-58D Kiowa flies off at dusk over an AH-64 Apache at Fort Polk, Louisiana, November 9, 2015.
(US Army/Capt. Joe Bush)
Meadows also knew that providing this aircraft to Greece would greatly contribute to their national security interests.
“Seeing Greece gain this capability and being part of it is amazing,” said Meadows. “The mission set of the Kiowa and the pilots it produces will greatly complement the already robust Hellenic Army.”
To date, under the FMS program, at least 10 countries have OH-58s in their inventory with Croatia, Tunisia and Greece being the latest.
Editor’s Note: The OH-58 is a single-engine, single-rotor military helicopter used primarily for observation, utility, and direct fire support. The OH-58D Kiowa Warrior version is primarily used as a light attack and armed reconnaissance helicopter to support troops fighting on the ground.
FBI Director James Comey made waves this week when he suggested that commercial encryption on mobile devices may prevent law enforcement from intercepting communications between Islamic State (aka ISIS, ISIL, Daesh) militants.
“The tools we are asked to use are increasingly ineffective,” Comey told a U.S. Senate Judiciary Committee hearing on Wednesday. “ISIL says go kill, go kill…we are stopping these things so far…but it is incredibly difficult.”
The FBI wants tech companies using end-t0-end encryption, such as WhatsApp, to give the agency backdoor access to its communications before the encryption leads us all “to a very, very dark place,” Comey argued.
But even if Comey got his way — which doesn’t seem likely given the companies’ protests — ISIS would still have an anonymous forum for procuring fighters, weapons, and cash: the Dark Web.
“ISIL’s activities on the Surface Web are now being monitored closely, and the decision by a number of governments to take down or filter extremist content has forced the jihadists to look for new online safe havens,” Beatrice Berton writes in a new report on ISIS’ use of the dark net.
“The Dark Web is a perfect alternative as it is inaccessible to most but navigable for the initiated few – and it is completely anonymous,” she adds.
Accessed via the anonymous Tor browser, the deep web — anything not searchable by Google — “is kind of like an iceberg,” Aamir Lakhani, senior security strategist at Fortinet, told Business Insider last month. “Only about 30% of it is actually visible, and some say it is around 1,000 times larger than web we use every day.”
Indeed, “since the Dark [Web] is far less indexed and far harder to come across than regular Websites are, there is the possibility that there are Websites used by ISIS of which we do not know yet,” Ido Wulkan, the senior analyst at dark web tech company S2T, told Defense One.
Messages sent and received on Tor are anonymized via a process known as onion rooting. “Just as an onion has multiple layers, onion rooting on Tor protects people’s identities by wrapping layers around their communications” that are impenetrable — and thereby untraceable — by either party, Lakhani explained.
Tor browser email services such as Torbox and Sigaint are popular among the jihadis because they hide both their identities and their locations, Berton notes. Encrypyted jihadi forums and chat rooms also allow militants and sympathizers to communicate without fear of detection from law enforcement.
As a result, “the dark web has become ISIS’ number one recruiting platform,” Lakhani said.
The browser’s benefits for ISIS don’t stop at anonymous messaging: Supporters of the group from around the world can also use one of Tor’s many ilicit exchanges to transfer Bitcoins — a digital currency — directly into the militants’ accounts.
The national security community has developed various tools to track the IP addresses and activities of those logged onto Tor — including the NSA’s XKeyscore, the FBI’s Metasploit Decloaking Engine, and the Defense Advanced Projects Research Agency’s Memex project.
If the uproar over FBI director Comey’s comments are any indication, however, web monitoring programs will continue to face significant resistance from internet freedom advocates.
Meanwhile, ISIS is taking full advantage of the shadowiest parts of the web.
The military has very talented photographers in the ranks, and they constantly attempt to capture what life as a service member is like during training and at war. Here are the best military photos of the week:
Tech. Sgt. Jason Umlauf, a 52nd Civil Engineer Squadron explosive ordnance disposal craftsman, sweeps an area with a mine detector during exercise Northern Challenge 16 in Keflavik, Iceland, Sept. 19, 2016. The exercise focused on disabling improvised explosive devices in support of counterterrorism tactics to prepare Partnership for Peace, NATO, and Nordic nations for international deployments and defense against terrorism.
Staff Sgt. Dale Rodgers, a 20th Component Maintenance Squadron aerospace propulsion craftsman, examines an afterburner during an F-16CM Fighting Falcon engine check at Shaw Air Force Base, S.C., Sept. 26, 2016. An F-16 engine in full afterburn utilizes a thrust of 32,000 pounds to propel the aircraft into flight.
A U.S. Soldier of the 1st Battalion, 4th Infantry Regiment, Joint Multinational Readiness Center fires a simulated Rocket Propelled Grenade Launcher while role-playing as opposing force during Exercise Allied Spirit V at 7th Army Training Command’s Hohenfels Training Area, Germany, Oct. 4, 2016. Exercise Allied Spirit includes about 2,520 participants from eight NATO nations, and exercises tactical interoperability and tests secure communications within Alliance members and partner nations.
U.S. Soldiers of Regimental Engineer Squadron, 2nd Cavalry Regiment provide ground security for an AH-64 Apache while conducting a sling load operation during Exercise Allied Spirit V at 7th Army Training Command’s Hohenfels Training Area, Germany, Oct. 4, 2016. Exercise Allied Spirit includes about 2,520 participants from eight NATO nations, and exercises tactical interoperability and tests secure communications within Alliance members and partner nations.
PHILIPPINE SEA (Oct. 5, 2016) Seaman (AW) Brice Scraper, top, from Dallas, and Petty Officer 2nd Class (AW) Alex Miller, from Monroe, Michigan, verify the serial number of a Captive Air Training Missile (CATM) 9M, attached to an F/A-18E Super Hornet assigned to the “Royal Maces” of Strike Fighter Squadron (VFA) 27 on the flight deck of the Navy’s only forward-deployed aircraft carrier, USS Ronald Reagan (CVN 76). The CATM-9M is the training counterpart to the AIM-9M Sidewinder air-to-air missile. Ronald Reagan, the Carrier Strike Group Five (CSG 5) flagship, is on patrol supporting security and stability in the Indo-Asia-Pacific region.
ARABIAN GULF (Oct. 4, 2016) Sailors assigned to the aircraft carrier USS Dwight D. Eisenhower (CVN 69) (Ike) load ordnance onto an F/A-18E Super Hornet assigned to the Gunslingers of Strike Fighter Squadron (VFA) 105. Ike and its Carrier Strike Group are deployed in support of Operation Inherent Resolve, maritime security operations and theater security cooperation efforts in the U.S. 5th Fleet area of operations.
A U.S. Marine carries his gear and prepares to board the USS Mesa Verde (LPD-19) via landing craft utility boats Oct. 4, 2016 at Joint Expeditionary Base Little Creek-Fort Story, Norfolk, Virginia as part of a disaster relief assessment team of approximately 300 Marines and sailors. The Marines and sailors are from the 24th Marine Expeditionary Unit, and will assist in providing damage assessment and information to disaster relief coordinators and leadership in determining the U.S. role in providing possible humanitarian aid in the region in the aftermath of Hurricane Matthew, a reported Category IV storm that hit the region Tuesday.
Marines with 1st Battalion, 11th Marine Regiment watch as a CH-53E Super Stallion assigned to Marine Aviation Weapons and Tactics Squadron One (MAWTS-1) approaches during an exercise at Fire Base Burt, Chocolate Mountain Aerial Gunnery Range, Calif., Oct. 1, 2016. MAWTS-1 provides standardized advanced tactical training and certification of unit instructor qualifications to support Marine Aviation Training and Readiness.
Coast Guardsmen, from units across the Pacific Northwest, carry a large American flag down Fourth Avenue during Seattle’s 67th Seafair Torchlight Parade, July 30, 2016. Dating back to the 1950s, the Torchlight Parade remains one of the longest running annual events in the Seattle area.
Petty Officer 3rd Class Tanner King, a crewmember of Coast Guard Station Boston, is underway aboard a 45-foot response boat during a security escort in Boston Harbor, Thursday, July 21, 2016. The station’s crew escorted the Norwegian-flagged LNG tanker BW GDF SUEZ Boston into a terminal in Boston.
Bell Boeing recently test fired laser-guided rockets from the V-22 Osprey aircraft in a series of mock combat demonstrations at Yuma Proving Grounds, Ariz., showing for the first time that the tiltrotor aircraft can be used for offensive missile and rocket attacks.
The forward-firing flights at Yuma shot a range of guided and unguided rockets from the Osprey, including laser-guided folding-fin, Hyrda-70 Advanced Precision Kill Weapons System rockets and laser-guided Griffin B missiles, Bell helicopter officials said.
“The forward-firing demonstration was a great success,” Vince Tobin, vice president and program manager for the Bell Boeing V-22 said in a written statement. “We’ve shown the V-22 can be armed with a variety of forward-facing munitions, and can hit their targets with a high degree of reliability.”
Bell Boeing has delivered 242 MV-22 tiltrotor for the Marine Corps and 44 CV-22 for Air Force Special Operations Command. Bell Helicopter began initial design work on forward fire capability in mid-2013, company officials said.
V-22 Osprey aircraft have been deployed in Afghanistan, the Persian Gulf and the Mediterranean. The aircraft are often used for humanitarian assistance, casualty recovery, medical evacuation, VIP transport and raid missions. If the Marines or Air Force choose to use the rocket or missile capability, the Osprey will gain additional offensive attack mission possibilities.
“Integrating a forward firing capability to the Osprey will increase its mission set,” Tobin continued. “These weapons, once installed, will provide added firepower and reduce reliance on Forward Arming and Refueling Points, or FARPs, which are sometimes necessary to supply short range attack rotorcraft in support of V-22 operations. Without the need for FARPs, V-22s can be launched more frequently, and on shorter notice.”
The Stryker family of wheeled armored fighting vehicles is an essential tool in the the United States Army’s arsenal — but it isn’t the first wheeled armored vehicle that saw widespread service with GIs. In World War II, there was another — and it was fast, effective, and packed a powerful punch.
That vehicle was the M8 Greyhound. It was a 6×6 vehicle that entered service in 1941, and drew upon lessons learned from German successes in 1939 and 1940. It was intended to serve as a reconnaissance vehicle and saw action with the British, Australians, and Canadians before American troops took it into battle.
A M8 Greyhound in Paris.
The M8 had a top speed of 55 miles per hour. This might not sound so speedy but, by comparison, the iconic M4 Sherman tank had a top speed of just 24 miles per hour. This seemingly small difference in speed made a huge impact when the effective range of tank guns was much shorter — and not just because the guns were smaller. In World War II, fire-control was also less advanced. Unlike today’s M1 Abrams, which can fire on the move and take out a target 3,000 yards away, a tank had to come to a complete stop before firing back then.
The M8 also packed a 37mm gun that could fire armor-piercing or high-explosive rounds and had a coaxial .30-caliber machine gun to defend against infantry. This light armored car could also add an M2 .50-caliber machine gun to defend against aircraft.
After World War II, the Greyhound was widely passed on, including to private sellers. This M8 was captured by Swedish troops in the Congo.
That said, the M8 had its weaknesses. It was lightly armored and particularly vulnerable to land mines and improvised anti-tank weapons. That didn’t stop American from producing almost 12,000 of these vehicles. After World War II, many of these went on to see action in Korea — and after that, they found homes with law enforcement and in private collections.
Learn more about the Greyhound in the video below!
“I guess no one wants to talk to me,” Lee told his wife.
Lee Hernandez has trouble with speaking, so Ernestine figured that’s why people don’t take much time to attempt a conversation. So she reached out to a group called “Caregivers of Wounded Warriors” to get more texts and call pouring in.
He is a veteran of the Iraq War who served 18 and half years in the Army. He’s been fighting for his life for the last five years.
If you want to send Lee a message of support or just see how he is, be sure to reach out between 2 pm and 6pm Arizona time. Lee is now blind, but Ernestine will read your texts to him.
Everyone gets Facebook friend requests from strangers. We used to worry about them being identity thieves. Nowadays, those strangers might be spooks.
Many experts agree cyberspace is the battleground of the future, and for good reason. We see that future playing out in many ways, even now. There are real cybersecurity threats out there, as the recent hacking of the Office of Personnel Management demonstrates. Experts estimate the cost of information lost to hackers could be as high as $4.6 billion.
This isn’t The Pirate Bay sharing films and music via free torrent downloads. This is actual damage from ideological foes like ISIS and North Korea. China alone accounts for 70% of intellectual property theft. One Air Force counter strategy took a play from Russia’s playbook: create an online army of trolls.
Russian trolls pump out 135 comments, 50 news article posts, and maintain 6-10 Facebook and Twitter accounts per 12-hour shift. But Russia uses actual humans to do this work, while the Air Force commissioned software to allow one service member to control the same number of online identities, accounts known as “sock puppets,” toward purposes not specified.
In 2010, Air Force contractors took bids for developing this software on FedBizOps (which is a real government website, despite sounding like a subsidiary of Cash4Gold) as legally required for potential contractor opportunities. According to the contract synopsis the Air Force wanted:
“50 User Licenses, 10 Personas per user. Software will allow 10 personas per user, replete with background, history, supporting details, and cyber presences that are technically, culturally and geographacilly consistent. Individual applications will enable an operator to exercise a number of different online persons from the same workstation and without fear of being discovered by sophisticated adversaries. Personas must be able to appear to originate in nearly any part of the world and can interact through conventional online services and social media platforms. The service includes a user friendly application environment to maximize the user’s situational awareness by displaying real-time local information.”
That’s 500 people spreading disinformation and propaganda, much more than the mass emails your parents send to all their friends.
The U.S. Central Command (CENTCOM) has the same technology. It might even be better than the Air Force’s request, as CENTCOM’s can fool geolocating services, allowing for misinformation and propaganda (or anything else the software could provide) from anywhere in the world.
“This contract supports classified social media activities outside the U.S., intended to counter violent extremist ideology and enemy propaganda,” said Commander Bill Speaks, the chief media officer of CENTCOM’s digital engagement team.
In contrast, the Air Force’s guidelines for actual humans posting on blogs and social media is actually pretty well constructed.
One of the original bidders for the software was the now-defunct HBGary, whose CEO infamously bragged he was able to take down hacker collective Anonymous, the same collective who subsequently dumped HBGary’s secret documents onto the Internet, where it was found HBGary had developed similar software as a part of the U.S. government’s ongoing not-so-secret supervillain plan to destroy the Wikileaks website.
Whatever the persona technology was for, it was launched in March 2011, presumably in support of Operation Earnest Voice. For the record, it would be illegal for the Air Force or CENTCOM to use “sock puppet” accounts against American citizens.