Vice-President Joe Biden is still struggling with the death of his son, Beau. Beau Biden served in the Delaware Army National Guard, Judge Advocate General (JAG) Corps, 261st Signal Brigade. He deployed to Iraq’s Camp Victory near Baghdad for nearly a year of active duty, from the Autumn of 2008 to Autumn 2009. The younger Biden succumbed to brain cancer earlier this year. He was 46.
In a recent interview with Stephen Colbert, the Veep recounted how he felt during a visit to Denver, when someone who served with Maj. Biden called out to him.
“Maj. Beau Biden. Bronze Star, sir. Served with him in Iraq,” the man said, Biden recalled. “I was doing great,” Biden said. “But then I lost it. You can’t do that.”
The Vice-President’s first wife and 1-year-old daughter were killed in a car accident weeks after he was first elected to the Senate in 1972. He said that his faith helped sustain him, and he said he felt he would be letting his family down, including Beau, if he let his grief overtake him – that he needed to “just get up.”
Beau Biden joined the Delaware National Guard in 2003. He deployed while serving as Delaware’s Attorney General. In his absence, he appointed a Republican to take his spot while he was in Iraq. During his service, he requested to be able to wear a different last name on his uniform, in an effort not to receive special treatment from his subordinates and superiors alike. While in Iraq, he was awarded a Bronze Star and the Legion of Merit.
For most soldiers in the Vietnam-era, the time between getting drafted or volunteering and their heading to war was short. The Army had each draftee for only two years. After they were shipped to basic, trained, shipped overseas, plus the time needed to ship home and use their two months of accrued leave, each draftee could expect a year of deployed time preceded by 4-6 months of training.
Volunteers, especially officers, had it a little better. They may train for up to a year before deploying — attending advanced training like Ranger School after basic and job training.
A recently recovered film of the Battle of Dak To shows two hours of fighting in and around Hill 724, another tough terrain feature captured. Bob Walkoviak, one of the veterans in the discussion above, fought on the hill and helped find the lost footage.
The United States Navy’s newest destroyer, USS Zumwalt (DDG 1000), is the most advanced ship in the ocean today. So what actually goes into making this ship the hottest of maritime hotrods?
According to All Hands magazine, the 15,656-ton vessel is equipped with many new advances. The most visible is the 155mm Advanced Gun System. Now, the Long-Range Land-Attack Projectile program was cancelled, but this gun has other ammo options. The Zumwalt also features 20 Mk 57 vertical-launch systems, each with four cells, capable of launching a variety of weapons, including the BGM-109 Tomahawk and the RIM-162 Evolved Sea Sparrow Missile.
But the Zumwalt has more than just new firepower. The wave-piercing tumblehome design and the composite superstructure help reduce the ship’s radar cross-section, and the ship is also one of the quietest vessels in the world.
The ship also has the new Integrated Power System, a highly-survivable system that allows the power output from the ship’s LM2500 gas turbines to be used for anything from propulsion – taking the ship to a top speed of over 30 knots — to charging a crewman’s Kindle to powering the AN/SPY-3 radar.
The ship can also carry two MH-60R multi-role helicopters and has a crew of 158.
Below, take a look at a pair of videos of this American maritime hotrod.
Guests and family members who flock to the Arlington Cemetery this Independence Day week will have to leave their America flags at home.
Current law does not permit people to bring American flags to grave sites after Congress passed legislation following protests from the Westboro Baptist Church at service members funerals, The Washington Post reported July 4.
Former Michigan GOP Rep. Mike Rogers helped pass the Respect For America’s Fallen Heroes Act in 2006, making it illegal to protest funerals within 300 feet of a cemetery. The legislation had the unintended consequence of barring the bringing of “any placard, banner, flag, or similar device.”
Flags are permitted, however, if they are “part of a funeral, memorial service, or ceremony.”
Violating the law can bring penalties of up to a year in jail. While the bill received bipartisan support, the ACLU contended the law violated the First Amendment based on censorship.
“If someone is in there with the colors in a respectful way, or paying homage in a respectful way, then they should allow it,” Paul Rieckhoff founder of the Iraq and Afghanistan Veterans of America.
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We know the key facts of what happened on April 18, 1943. Admiral Isoroku Yamamoto was killed when his Mitsubishi G4M Betty attack bomber was shot down by a Lockheed P-38 Lightning flown by Capt. Thomas G. Lanphier Jr., marking the “Zero Dark Thirty” moment of World War II.
But it took a bit more training to get the most out of the P-38.
Lockheed helped out in this regard by making a training film, using expertise from their production pilots. The takeoff procedure was different, mostly in not using flaps. The plane also was very hard to stall.
The plane did have limitations: A pilot needed to have a lot of air under him, due to both the compressibility that early models suffered, and the speed the P-38 could pick up in a dive. The pilot couldn’t stay inverted for more than 10 seconds, either.
The film also showed some P-38s modified as trainers. The film shows one trainee being shown how to deal with propellers running wild. The pilots were also trained to feather props.
The P-38 was surprising easy to fly as a single-engine plane. The film shows Tony LeVier, a noted test pilot, simulating an engine failure during takeoff.
The P-38 was a superb fighter, even if the Mustang, Hellfire, and Thunderbolt got most of the press. Put it this way, America’s top two aces of all time, Maj. Richard Bong and Maj. Thomas McGuire, flew the P-38 plane in World War II and combined for 78 confirmed kills.
The training film is below. Now you have a sense of what it was like to fly the plane that killed Yamamoto.
Prior to World War I, Germany was looking for an edge. They couldn’t take on England’s Grand Fleet in a straight fight – especially with a full naval blockade that was in place at the start of the war.
The submarine really made its mark on Sept. 22, 1914, when the U-9, an older U-boat, sank three British cruisers in about an hour in the North Sea.
The most common of the U-boats in German service was the UB III coastal submarine. According to U-Boat.net, that submarine had a range of over 9,000 miles on the surface, and a top speed of 13.6 knots. When submerged, it could go 55 miles and had a top speed of 8 knots. It had four torpedo tubes in the bow, and one in the stern, and carried ten torpedoes with a crew of 34 men.
U-Boat.net notes that Germany built 375 U-boats of all types during World War I. Of those 375, 202 were lost in action during World War I. The German U-boats were quite successful, though, hitting over 7,500 ships. That said, it is arguable that German submarines also hurt Germany in the war overall, as opinion in the United States turned against Germany after the sinking of the Lusitania, and Germany’s use of unrestricted submarine warfare brought The U.S. into the war.
Ultimately the U-boats were neutralized by the convoy system starting in June, 1917. At the end of World War I, 172 U-boats — some of which were completed after the war — were surrendered to the Allies.
The video below from the History Channel discusses Germany’s World War I U-boats, and how they changed the shape of naval warfare.
We all know Santa’s making a list, checking it twice… probably with some help from the NSA. Meanwhile, North American Aerospace Defense Command is also making a list and checking it twice to ensure their considerable assets are ready to help ensure that Santa accomplishes his mission safely.
This long-running tradition started by accident during the height of the Cold War. But it’s stuck around, even in the post-9/11 era. According to a 2008 Air Force release, the accident occurred in 1955, when NORAD’s predecessor, the Continental Air Defense command, or CONAD, got a call from a kid. A newspaper had misprinted a phone number to allow kids to track jolly old St. Nick. Instead of the local Sears store, they got the operations hotline for CONAD.
Colonel Harry Shoup was the director of operations on that Christmas Eve. Tracking Santa had not been something he’d prepared for or had been briefed to do. But when each kid called, he provided them Santa’s position, saving Christmas for the kids by assuring them that Santa was safe and on the job. The next year, CONAD did it again, and did so the year after that. When NORAD took over for CONAD in 1958, they assumed that Christmas Eve duty – and tradition – as well. In 2015, a DOD release noted that over 1500 volunteers helped carry out the mission.
The official web site, www.NORADSanta.org, includes videos, games, music, and a gift shop. There is also a Facebook page for that in this era of social media. And yes, there are apps for tracking Santa on Windows phones, Android phones, and iPhones. NORAD says that starting at 2:01 AM Eastern Standard Time on Dec. 24, they will have video of Santa making preparations for his mission. At 6 AM EST that day, live phone operators will be available at 1-877-Hi-NORAD (1-877-446-6723) or by sending an email to firstname.lastname@example.org. And check out this video of the history of how NORAD got started.
As the Marine Corps continues to emphasize innovation and experiments with new gear, service officials are getting ready to equip a single infantry squad with an enviable range of equipment, from suppressors to polymer drum mags and special operations-issue hearing protection.
It’s part of an 18- to 20-month experiment that Chief Warrant Officer 5 Christian Wade is calling the “Über Squad.”
Wade, the gunner, or weapons officer, for 2nd Marine Division out of Camp Lejeune, North Carolina, said the plan is for the 13-person unit to keep all the gear for a full training workup and deployment cycle to somewhere in Europe.
The squad will come from Lejeune’s 1st Battalion, 6th Marines, though the originating company has yet to be chosen.
The squad is set to be a miniaturized, weapons-focused version of what the Corps is doing with its “experimental battalion,” 3rd Battalion, 5th Marines.
Commandant Gen. Robert Neller announced in 2016 that 3/5 would serve as a testing platform for technologies ranging from unmanned aerial vehicles to robots mounted with machine guns, all while remaining an operational infantry battalion.
The unit deployed to the Pacific this spring. As part of its experimental efforts, 3/5 Marines have been equipped with the M27 Infantry Automatic Rifle. The M27 is carried by Marine automatic riflemen, but service officials have discussed the possibility of fielding the weapon as the new service rifle for all or most infantrymen.
Wade has pioneered similar efforts within 2nd Marine Division. He spearheaded an effort last year that put rifle suppressors in the hands of three different companies within 1st Battalion, 2nd Marines, to assess how troops fared using them on deployments around the globe.
For this effort, every Marine in the Über Squad will be equipped with an M27; a suppressor; and Ops-Core helmets used by U.S. Special Operations Command with built-in hearing protection systems that muffle noises loud enough to damage eardrums, while magnifying other sounds to maintain troops’ situational awareness.
“This capability protects [Marines’] hearing from high explosives and other loud noises we can’t mitigate in combat,” Wade said. “But digitally, it allowed you to hear ambient sound.”
Experiments to date with suppressors on whole infantry units have shown they work well – so well that a squad leader might not be able to locate his or her own squad by sound on the other side of a hill.
“Not only do we need hearing protection, we need hearing enhancement,” Wade said.
He also plans to fit the section of company-level M240 medium machine guns supporting the squad with suppressors, using equipment borrowed from SOCOM to suppress both barrels of the guns.
Following the kitted-up squad through training and the Corps’ traditional pre-deployment event, the integrated training exercise, or ITX, at Twentynine Palms, California, will give Marines the chance to assess the value of the various gear elements and whether they add net cost or value to the warfighter.
Wade said he is looking forward to seeing his Über Squad contend with Range 400, one of the Corps’ most dynamic ranges and the only one for which overhead fire is authorized.
“For … 30 years, I’ve been running Range 400,” he said. “This is the first time I’ve ever ran it with a maneuver element that is suppressed and a company-level machine gun element that is also suppressed.”
As a bonus, Marines in the squad will be equipped with Magpul 60-round polymer drum magazines. Military.com reported back in January that various conventional and special operations units were testing the drum in small quantities as a substitute for traditional 30-round magazines.
While the drums offer a lot of portable firepower, there’s also a question of weight to consider. Wade said he planned to set the unit up with about 100 of the drums and let each Marine figure out how many he needed to fight effectively.
“What I think I’m going to find is that, with the ingenuity of the lance corporal, everything is going to find its place,” he said. “My assumption is they’re ultimately going to be carrying one [drum].”
The effort to equip this squad will take shape over the next month, Wade said.
While the technology the Marines will carry is not new or experimental the way a gun-wielding robot is, it has never been issued to individual Marines at the squad level.
Wade plans to survey Marines at the start and end of the effort about their personal feelings and perceptions carrying the gear, and will couple those observations with objective data showing how the squad stacks up against other units at exercises such as ITX.
“We want to know what the Marines’ perception is, do the Marines have confidence in [the gear],” he said.
The Center for Strategic and International Studies’ Asia Maritime Transparency Initiative has recently observed, via satellite imagery, China placing radar outposts and weapons, including antiaircraft and antimissile systems, on the islands in international waters.
In the past, China has unilaterally declared “no sail” and “no-fly zones” in the region, despite a ruling by the Permanent Court of Arbitration at The Hague that its claims to the South China Sea, based on old maps, lacked merit.
China flouting international law has strained relations with the US.
Those ties took another big hit when President-elect Donald Trump broke with decades of US foreign-policy tradition and accepted a call from Taiwanese President Tsai Ing-wen and later tweeted about China’s “massive military complex in the middle of the South China Sea.”
In response, China flew bombers along the perimeter of its contentious claims in the South China Sea in what it intended as a “message” to Trump, though it has flown the same bombers in a similar fashion before.
Harris characterized Beijing’s activity as “aggressive” and vowed to act against it if needed, Reuters reports.
The US has repeatedly challenged China’s claims in the region with freedom-of-navigation patrols, in which guided-missile destroyers sail near the disputed islands.
In July, Chinese officials warned that these patrols could end in “disaster.”
“We will not allow a shared domain to be closed down unilaterally no matter how many bases are built on artificial features in the South China Sea,” Harris said. “We will cooperate when we can, but we will be ready to confront when we must.”
With no sales tax and some name-brand discounts, the Exchange is a military benefit designed to help troops and their families save money. But, as most military shoppers know, some items don’t end up being cheaper at the Exchange, especially things that regularly get marked down. Sunglasses, Keurigs, and a lot of other items can be bought for less at Amazon or big box stores.
But many essential or high-demand items are cheaper at the a local exchange or at shopmyexchange.com. Here are 6 last-minute gifts that fit in that category:
The tax savings on video game consoles at the exchange are typically $20 or more, so it’s a great place to pick up Playstations or XBoxes, if they have the bundle you’re looking for.
Both the Xbox One and the Playstation 4 are primarily sold with a game included in a bundle. While getting a bundle like Gears of War will cost less at the exchange, the LEGO Movie Videogame Bundle isn’t available there. And the cost saving at the exchange aren’t enough to justify buying a game you won’t play.
Those looking for a specific scent may have to pick up their bottles somewhere else.
4. Tactical gear
Getting military gear from a random website can be risky since badly sewn pouches won’t fit properly on a military vest and many items at tactical stores aren’t authorized for wear.
The items at the Exchange are more likely to appear on approved gear lists. But, remember that anything that can be bought used will likely cost less at a military surplus store.
Macs usually sell for $10 less than at the military exchange than from the Apple Store. On the more costly models, the tax savings of shopping the Exchange can save over $100.
But, in the Apple store customers can buy upgraded memory or processors that come pre-installed in the computer. These options aren’t available at the Exchange.
Dell and Office Depot both run online storefronts with special pricing on computers through the military Exchange. Before making the final purchase though, do an internet search of the model number. Some still end up being cheaper at civilian stores.
In all likelihood, Yang’s described “extreme, hazardous environment” is the North-South Korean border zone, widely known as the DMZ. Its metal arms weigh in at almost 300 pounds each, complete with human-like hands to allow the pilot to manipulate objects with the dexterity of its driver.
“It was quite an ambitious project that required developing and enhancing a lot of technologies along the way,” Bulgarov wrote on Instagram. “That growth opens up many real world applications where everything we have been learning so far on this robot can be applied to solve real world problems.”
The Method-2 project is only one year into development and still needs work on its balance and power systems, but designers hope to have it ready for production by the end of 2017.
Army and industry weapons developers are working with the Defense Advanced Research Project Agency to explore the feasibility of precision-guided rounds for a man-portable, anti-personnel and anti-armor weapon known as the Carl Gustaf, officials said.
Current innovations involve a cutting-edge technology program, called Massive Overmatch Assault Round or MOAR, aimed at exploring the prospect of precision guided rounds for the weapon.
While the shoulder-fired infantry and Special Operations weapon currently uses multiple rounds and advanced targeting technologies, using a precision “guided” round would enable the weapon to better destroy enemy targets on the move by having the technology to re-direct with advanced seeker technology.
“We are exploring different kinds of seekers to pursue precision engagement capabilities,” Malcolm Arvidsson, Product Director, Carl-Gustaf M4, Saab, told Scout Warrior in an interview.
The weapon, called the Multi-Role Anti-Armor, Anti-Personnel Weapons System, known as the Carl-Gustaf, was initially used by Special Operations Forces. Several years ago, it was ordered by the Army in response to an Operational Needs Statement from Afghanistan.
These innovations are still in early conceptual, research and testing phases. However, they are being pursued alongside a current Army effort to acquire an upgraded 84mm recoilless shoulder-fired Carl Gustaf weapon able to travel with dismounted infantry and destroy tanks, armored vehicles, groups of enemy fighters and even targets behind walls, Army and industry officials said.
Acquisition efforts for the weapon began when the Army was seeking to procure a direct fire, man-portable, anti-personnel and light structure weapon able, among other things, to respond to insurgent rocket-propelled grenade, or RPG, fire, service officials said.
The Carl Gustaf get its name from the Swedish weapons production factory known as Carl Gustafs Stads Gevärsfaktori (“Rifle Factory of Carl Gustaf’s town”). | US Army photo
Designed to be lighter weight and more infantry-portable that a Javelin anti-tank missile, the Carl Gustaf is built to help maneuvering ground units attack a wide range of targets out to as far as 1,300 meters; its target set includes buildings, armored vehicles and enemy fighters in defilade hiding behind rocks or trees.
Following the weapon’s performance in Afghanistan with soldiers, Army weapons developers moved the weapon into a formal “program of record” and began to pursue an upgrade to the Carl Gustaf to include lighter weight materials such as titanium, Arvidsson said.
The upgraded M4 Carl-Gustaf, introduced in 2014, shortens the length and lowers the weight of the weapon to 15 pounds from the 22-pound previous M3 variant, he said. The first M3 variant of the weapon was introduced in the early 1990s.
“We use a steel that is half the weight and half the density. For the barrel, we have improved the lining pattern and added a more efficient carbon fiber wrapping,” Arvidsson added.
The lighter weight weapon is, in many ways, ideal for counterinsurgency forces on the move on foot or in light vehicles in search of small groups of enemy fighters – one possible reason it was urgently requested for the mountainous Afghanistan where dismounted soldiers often traverse high-altitude, rigorous terrain.
At the same time, the anti-armor function of the weapon would enable infantry brigade combat teams to attack enemy vehicles in a mechanized, force-on-force kind of engagement.
The Carl-Gustaf is engineered with multipurpose rounds that can be used against armored vehicles and soft targets behind the walls. There are also pure anti-structure rounds to go through thick walls to defeat the targets behind a wall, Army and Saab developers explained.
The weapon fires High-Explosive air burst rounds, close combat rounds, and then the general support rounds, like the smoke and battlefield elimination, developers said.
Airburst rounds use programmable fuse to explode in the air at a precise location, thereby maximizing the weapon’s effect against enemy targets hiding, for example, behind a rock, tree or building.
Air burst rounds can detonate in the air or in general proximity to a target. For instance, an airburst round could explode just above an enemy fighter seeking cover behind a rock or wall.
“I want to penetrate the target. I want to kill a light armored vehicle. I want to kill a structure. I want to kill somebody behind the structure. With the gun, soldiers can decide how to affect the targets. Really, that’s what the Carl-Gustaf brings to the battlefield is the ability to decide how they want to affect the battlefield — not call in air support and mark targets,” Wes Walters, Executive Vice President of Business Development, Land Domain, Saab North America, told Scout Warrior in an interview.
The Army is evaluating a wide range of new technologies for its newer M4 variant to include electro-optical sights with a thermal imager, magnification sights of durable-optical sights, Saab officials explained.
Sensors and sights on the weapon can use advanced computer algorithms to account for a variety of environmental conditions known to impact the trajectory or flight of a round. These factors include the propellant temperature, atmospheric conditions, biometric pressure and terrain inclination,
“There are a number of parameters that the sight can actually calculate to give you a much harder first round probability of hit,” Walters said.
Some weapons use a laser rangefinder which calculates the distance of an enemy object by computer algorithms combing the speed of light with the length of travel – to determine distance.