Hughes sat down with WATM’s Blake Stilwell and discussed his beginnings as a filmmaker and being mentored by George Lucas.
‘Day One’ is inspired by a Hughes’ experiences in Afghanistan. The film depicts a female translator’s first day accompanying a U.S. Army unit on patrol. As she quickly discovers, her job involves dealing with the brutal complexities of gender and religious barriers with lives hanging in the balance.
If you’re a suburban mom in Iowa, your PT is a Cruiser.
And this is what your husband does to unwind. Check out his award-winning ride. (Photo via Flickr,
Rex Gray, CC BY 2.0)
If you’re a tumbler in the circus, your PT is a Barnum.
And if you’re an aspiring Industrial Age robber baron played by Daniel Day Lewis, your PT is an Anderson.
But if you served in the military, your PT is an acronym, meaning Physical Training. And your PT comes with a silent F, which might officially stand for “fitness,” but back on testing days, probably stood for an f-word you used frequently to grumble and bitch.
In the service, PT sucks. That goes without saying. And yet, as a civilian, you’re still doing it. Nowadays, you do PT voluntarily and brag about your preferred brand to anyone who will listen. You pay $100/month for a nice, clean place (close to work!) to do it in. You pay someone extra to play your drill instructor, someone who’s motivational but not too mean. Let’s face it. You have become
enmired in hypocrisy
And there’s only one man who can pull you free.
Max doesn’t do PT, he is PT. He’s Physically Titanic, Proactively Tactical, Pyrotechnically Triumphant, and Proudly Terse. He’s a Prehensile Tyrannosaurus with Possible Telekinesis and a full Power Train warranty. Also, he will Put a Trace on your phone if you try to weasel out of this workout.
In this episode, Max is sending you back to PT. No frills. No gym. No equipment. No excuses. Just minute after minute of good old fashioned body weight conditioning drills stacked up in supersets for you to grovel and bitch your way through .
Welcome back to Performance Testing, Puddy Tat.
Watch as Max casually bats aside your nonsense, in the video embedded at the top.
The M1 Abrams main battle tank gets a lot of attention and respect. As well it should; it has a very enviable combat record — not to mention a reputation that is simply fearsome.
After all, if you were facing them and knew that enemy shells fired from 400 yards away bounced off the armor of an M1, you’d want to find some sort of white fabric to wave to keep it from shooting at you.
But the Abrams doesn’t operate alone. Often, it works with the Bradley Fighting Vehicle, or BFV. The “B” could also stand for “badass” because the Bradley has done its share of kicking butt alongside the Abrams, including during Desert Storm and Operation Iraqi Freedom.
How fast can a P-51 go? There’s a new answer thanks to a flight over this past Labor Day weekend carried out by Steven Hinton, a noted air racing champion.
According to a release by Pursuit Aviation, the record was set Sept. 2, 2017, in a modified P-51D Mustang known as Voodoo. Voodoo averaged 531.53 miles per hour on four passes, the fastest of them at 554.69 miles per hour, taking the top honor for the C-1e classification. The previous holder of the record was Will Whiteside Jr., who averaged 318 miles per hour in a modified Yak-3.
While the plane did go faster than Rare Bear, a modified Grumman F8F Bearcat that set an aerial speed record of 528.33 miles per hour in 1989, it did not officially set that World Speed Record due to that record being retired by the World Air Sports Federation due to changes in the sporting code.
According to a history of the plane available at AerialVisuals.ca, it was built in 1944 for the United States Army, then transferred to the Royal Canadian Air Force in 1951 before being sold off in 1959. The plane went through a number of owners and survived two crashes (one in 1962, and one in 1977) before being sold to William Speer in 1980. It was modified as a racer, then was sold to Bob Button in 1994. Hinton began to race the plane after Button retired in 2007, and won the Unlimited Gold Championship in 2013, 2014, and 2016.
You can see video of this record-setting run below.
In November of 1965 Joe Galloway was a young reporter for UPI who’d seen combat, but nothing like the intensity he was about to experience by insisting he join a couple of battalions of the 7th Calvary as they faced the first large-unit battle of the Vietnam War. Galloway’s experiences were captured in We Were Soldiers Once . . . And Young, a book he co-wrote with Lt.Gen. Harold G. Moore, USA (ret), who was the commander on the ground during the battle.
Galloway sat down with WATM while he was in DC for the 50th reunion of the Vietnam War veterans of the 7th Calvary, and he offered his memories of the Battle of Ia Drang Valley as well as his thoughts about how soldiers today compare to those who fought previous wars.
For more about We Were Soldiers Once . . . And Young go here.
The battle for Shal Mountain, dubbed “Operation Rugged Sarak,” went from Oct. 8-15, 2011. Shal Mountain sat above Shal Valley and controlled two important supply routes, one vital to coalition forces for resupply and one critical to insurgent smuggling between Pakistan and Afghanistan.
The insurgents controlled the mountain for years, but the men of B Company, 2-27th Infantry Regiment, decided to finally wrest control of it from the Taliban after two U.S. convoys were attacked from there, killing two soldiers. The battle for the summit would rage for eight days.
Specialist Jeffrey Conn was the Army medic who responded to the second convoy attack and was the medic on top of Shal Mountain during the fight for the summit. On the mountaintop, he would earn a Silver Star for saving the lives of at least nine U.S. and Afghan soldiers while also taking the lives of many insurgents — at least 12 in a single attack.
Navy veteran and Food Network Allstar, August Dannehl cooks a four course meal for his fellow vets based on stories from their service. A braised pork belly inspired by the MRE’s feared dehydrated pork product, Chicken Tagine inspired by a training mission in Morocco – these elements provide the backdrop for a holiday celebration between veterans.
Drea Garcia spent a few of her Marine Corps years aboard the USS Nimitz, and while there she found a niche within the Filipino-American sailor community. They shared many of the dishes that reminded them of home, including this Lumpia, or Filipino spring roll:
Filipino Lumpia with Ponzu Duck Sauce
Inspired by Drea’s experiences on the USS Nimitz
1 pkg egg roll wrappers
1 lb ground chicken
1 cup green onion (chopped)
1 cup carrot (julienned)
1 cup cucumber (julienned)
1 cup bean sprouts
2 tsp sesame oil
2 tsp chili powder
4 tbs soy sauce
2 cloves garlic (minced)
1/4 cup flour
1/4 cup water
Ponzu Duck Sauce
1/2 cup ponzu
1 tbs agave syrup
2 tsp xanthan gum
canola oil for frying
salt and pepper to taste
green onions (chopped) for garnish
Make Ponzu Duck Sauce by reducing ponzu in small pot with agave and xanthan gum until sauce has the thickness of maple syrup. Let cool and set aside at room temperature.
Meanwhile brown ground chicken in sesame oil, chili powder and garlic. Once browned and cooked through (about 7 minutes) add carrots and green onion and soften in pan (about 5 minutes). Season with salt and pepper to taste.
Remove from heat and add cucumber, bean sprouts and soy sauce to warm through.
Make wrapper sealant by mixing flour and water together.
Preheat oil to 375° in a wok or deep fryer.
Prepare wrapper by separating into individual squares. Place 2 tbs of filling in center of wrapper and spread out length-wise. Fold left and right edges over like a burrito and then roll end over end, making a roll. Seal with flour sealant.
Fry Lumpia in 375° oil until golden brown (about 3 mins) – turning once.
Serve with Ponzu Duck Sauce and green onions for garnish.
When people think of airborne operations during the Vietnam War, they think of a lot of helicopters flying around delivering troops while the Air Force and Navy flew against North Vietnam. While those were big parts of the war, the air campaign was much, much more than just that.
Air Force, Navy, and Marine Corps planes often provided close-air support for American troops on the ground in South Vietnam. Meanwhile, they also were hitting the Ho Chi Minh Trail or blasting other targets on a constant basis. Across the many pieces of this complex air campaign, two planes, in particular, did a lot of the work.
One was the North American F-100 Super Sabre. As its name implies, this aircraft was intended to succeed the F-86 Sabre, which dominated the skies over Korea, as an air-superiority fighter. The A-model of the F-100 had its share of teething problems and, as a result, it never quite became a fighter. Where the F-100 did succeed, though, was as a fighter-bomber. The F-100C emerged as a fighter-bomber capable of carrying 5,000 pounds of bombs. The F-100D was an improved version that could also fire the AIM-9 Sidewinder heat-seeking missile. The F-100F was intended as a trainer, but it would eventually become the first Wild Weasel.
Another plane that gets a lot of attention for successes in Vietnam is the Republic F-105 Thunderchief. This was the primary fighter-bomber used during the earlier portions of the Vietnam War. MilitaryFactory.com credits it with a top speed of 1,390 miles per hour, a maximum range of 920 miles, and the ability carry up to six tons of weapons. It also had an M61 Gatling gun with over 1,000 rounds of ammo, which blew away more than one over-confident punk in a MiG.
Take a look at the video below to get a glimpse into the aerial fighting of the Vietnam War. In the video, you’ll get a look at other planes that didn’t make big headlines, like the F-4 Phantom, the A-1 Skyraider, and the A-37 Dragonfly.
The AN/SPY-1 system, more popularly known as “Aegis,” is arguably the best air-defense system sent out to sea. It has been exported to South Korea, Japan, Spain, and Australia. But the U.S. Navy has not been sitting still with the design.
The AN/SPY-6(V) Air and Missile Defense Radar is planned for use on the Flight III Arleigh Burke-class guided missile destroyers.
According to the Raytheon web site, this modular radar system is 30-times more sensitive than the SPY-1D used on the current Arleigh Burke-class vessels. This system can also handle 30 times as many targets as the SPY-1D. The system also used commercially-available computer processors in the x86 family pioneered by Intel.
The AMDR was tested July 27, 2017, by the Navy. According to a Navy release, the system successfully tracked the target — a simulated medium-range ballistic missile — or “MRBM.” According to the Department of Defense, MRBMs have a range between 1,000 and 3,000 kilometers, or about 600 to 1,800 miles.
Perhaps the most notable missile in this category is China’s DF-21, which supposedly has a carrier-killer version.
“AN/SPY-6 is the nation’s most advanced radar and will be the cornerstone of the U.S. Navy’s surface combatants for many decades,” said Aegis program official Capt. Seiko Okano.
The first Flight III Arleigh Burke-class guided missile destroyer, USS Harvey C. Barnum (DDG 124), is slated to enter service in 2024. These ships will have a five-inch gun, two Mk 41 vertical launch systems (one with 32 cells, the other with 64 cells) capable of firing RIM-66 Standard SM-2 missiles, RIM-174 SM-6 missiles, RIM-161 SM-3 missiles, RIM-162 Evolved Sea Sparrow Missiles, BGM-109 Tomahawk cruise missiles, and RUM-139 Vertical-Launch ASROCs.
It’ll also be armed with a Mk 15 Phalanx Close-In Weapon System, and two MH-60 Seahawk helicopters.
You can see a video from Raytheon about AMDR below.
You might call it the Doomsday scramble, but it’s not exactly that. It’s when an Air Force bomber wing sends up its planes as quickly as they possibly can – before an inter-continental ballistic missile can hit its target.
Given that it takes an ICBM about 30 minutes, to arrive to its target – that is not a lot of time. In fact, it will get there faster than a pizza you ordered. So, it looks like a base would be doomed before it could get all of its bombers up. Well, you’d be wrong. During the Cold War, Strategic Air Command came up with what they called the “Minimum Interval Take-Off” – or MITO.
In essence, the MITO is a well-rehearsed mad dash to get the planes up. They take off at the rate of four a minute – one every fifteen seconds. This is done by a dance called the “elephant walk” – a specialized form of taxiing to the runway to get bombers (or transports or fighters) ready for a mad scramble.
This video below is from Global Thunder 17, an exercise that took place this past October. It starts with a lot of SUVs and pickups driving like crazy – that’s how the Air Force gets the crews to the planes – which are dispersed to make it harder for one nuke to kill the entire wing. Then the BUFFs taxi to the runway.
Then, one by one, the B-52H Stratofortress bombers take off. The goal is to have an incoming ICBM hit an empty base. So far, this has only been done in drills, but if that Doomsday moment ever comes, it looks as if the Air Force will be ready for it.
The Russian military recently tested a short-range ballistic missile interceptor that’s meant to detonate a small-yield nuclear warhead in the air over Moscow to prevent a nuclear strike.
But there are a couple of problems with that, mainly that a nuclear blast over Moscow would already provide an electro-magnetic pulse effect that would cripple the city’s electric grid.
The system, called the A-135 AMB, also highlights differences in philosophies between the US and Russia when it comes to missile defense. The US builds missile interceptors that hit to kill, requiring a high degree of precision and guidance. The US’s THAAD missile defense system, for example, doesn’t even have a warhead.
Russia’s solution to the complicated problem of hitting an incoming warhead at many times the speed of sound is to nuke a general area of the sky.
While the US tries to station its nuclear weapons far from population centers, Russia has 68 of these 10 kiloton interceptors all around Moscow, its most populous city. Unfortunately, even in the most careful settings, nuclear mishaps occur with troubling regularity.
Additionally, as Jeffrey Lewis, the founding publisher of Arms Control Wonk writes, interceptor misfires do happen, and with a nuclear tip, that could mean catastrophe.
“It is not clear to me that, if a nuclear-armed interceptor were used over Moscow against a flock of geese, that the Russian command-and-control system would understand it was one of their own or survive the EMP effects. Then all hell might break loose,” writes Lewis.
The fact that the Kremlin is willing to have 68 nuclear devices strewn about Moscow speaks to how much they fear an attack that would threaten its regime security.
Designed to double the muzzle velocity of all naval artillery weapons to hypersonic speeds up to Mach 6, the Navy’s rail gun system uses advanced technology that is a pain in the ass to understand — until now.
Militarized rail guns use electromagnetism to propel a conductive armature housing which launches a weaponized projectile downrange.
The two parallel rods — considered the weapon’s barrel — are connected to a power source which sends an electrical current through the rails generating a powerful magnetic field.
The simultaneous currents that run through the rails produce a magnetic field called the “Lorentz Force.” The term refers to the force which is applied by a magnetic field on a traveling electrical charge.
That’s what we call clean power. (Images via Giphy)
The Lorentz Force is responsible for pushing the projectile through the gun’s barrel and launching it toward its target. The advantage of using the Lorentz Force is the higher the barrel is raised, the better the muzzle velocity.
Although the calculation to construct and operate the rail gun is exceptionally complicated, just generating enough power to use the weapon is exceptionally difficult.
The formula for the Lorentz Force. Looks like a foreign language. (Source: Real Engineering)
Once the rail gun generates enough power from its source, the force of firing the weapon becomes so intense it actively tears itself apart. The heat it produces is known to melt the gun’s railing system little-by-little.
Boom! (Images via Giphy)Due to the intense electrical heating, the projectiles flakes off a small discharge as a result of the massive current and friction that runs through the rails. The expelled shells melt and shed during flight.
Each time the gun is fired, the explosive force damages the weapon causing it to limit its shelf life before needed significant repairs. For now, the rail gun is in testing until a solution of further stabilizing the weapon can be found.
Until then, take a slow motion look at the weapon’s freakishly strong power as rips through its target with easy.
In super-duper slow motion. (Images via Giphy)Check out Real Engineering‘s video below to see the rail gun’s complete breakdown for yourself.
Real Engineering, YouTube