WeAreTheMighty

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On June 18, 2026, two Vietnam War Marines and an Army Ranger received the Medal of Honor. The ceremony took place at the White House with President Donald Trump presenting the Medals earned by Maj. James Capers, Jr., Col. John Ripley, and Maj. Nicholas Dockery. Here’s what you need to know about these amazing Americans. Born in South Carolina on Aug. 25, 1937, Capers is the Recon Marine that other Recon Marines hope to become. In Vietnam, he led over 50 long-range reconnaissance patrols with “Team Broadminded.” Never heard of them? That’s because their missions were classified until 2006. Capers was the first Black Marine to earn a battlefield commission and command a Force Recon company. During his time in Vietnam, Capers was wounded 19 times. On a four-day patrol in 1967, then-Lt. Capers led his nine-man team near Phu Loc, Vietnam to locate a North Vietnamese camp. They made contact with the enemy three times on the first day, resulting in one Marine being severely wounded. Despite this, Capers led his men against the numerically superior enemy and managed to call for fire on the enemy base. On the last day of the patrol, Capers was seriously wounded by an enemy mine and gunfire in an ambush. Despite multiple wounds, extreme blood loss, and receiving morphine, he continued to fight with his team, coordinate supporting fire, and direct them to the helicopter extraction site. Struggling to stay conscious and barely able to stand, he continued to demand reports from his Marines throughout the firefight and ensured his entire team was evacuated before him. Capers’ original Silver Star was finally upgraded to the Medal of Honor after more than 50 years of effort. Where Capers’ story was classified, Col. John Ripley’s is known to every Midshipman that attends the United States Naval Academy. A Naval Academy graduate himself, Ripley’s famous combat action in Vietnam was chosen as a single act to memorialize the actions of all Annapolis grads during the war. During the 1972 Easter Offensive, then-Capt. Ripley received a report of a large, mechanized North Vietnamese force attacking south toward his battalion. Ripley advanced to a key river bridge that needed to be demolished to stop the enemy. In order to place the explosives under the bridge, Ripley dangled below and hand-walked along the beams. Despite enemy fire, he went out five times to secure the explosives passed to him by another advisor before retreating and blowing up the bridge. Ripley passed away in 2008. His son, Tom, accepted his Medal of Honor. In 2012, then-Lt. Dockery and his platoon were ambushed by Taliban fighters in Kapisa Province. In the face of heavy enemy fire, Dockery continuously exposed himself to rescue wounded soldiers. When a grenade landed nearby, Dockery used his body to shield one of his men. After one of his NCOs became unaccounted for, Dockery went searching for him and killed two enemy fighters in close quarters to save his soldier. When helicopter gunships arrived, he climbed to an exposed rooftop to direct their fire. Three years later, Dockery made it into Special Forces and returned to Afghanistan in 2018 with ODA 744. While advising Afghan Commandos, he earned a second Silver Star for bravery under fire. He is the only commissioned Army officer to earn two Silver Stars since 9/11. Full story by Miguel Ortiz found in the comments. #MedalOfHonor

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The M134 minigun does not really sound like a gun. A rifle pops. A machine gun thumps. A minigun rips. One long tearing sound, followed by a rope of tracer, and then a very simple question: Why fire from one barrel when you can fire from six? That question goes all the way back to Dr. Richard Gatling in 1862. He built a hand-cranked gun with multiple barrels because he thought one man with the right machine might do the work of many, shrink armies, and save lives. He was wrong about the saving lives part. But the idea refused to die. In the jet age, General Electric brought Gatling’s old concept back with Project Vulcan. Aircraft were moving too fast for single-barrel cannons to keep up, so the answer became a six-barrel 20mm cannon driven by an electric motor. That became the M61 Vulcan. Then Vietnam happened. Helicopters needed something light enough for door mounts and fast enough to cover a treeline, so GE shrank the Vulcan idea down to fire 7.62mm rifle rounds. That became the M134 minigun. And here is why it is so hard to jam. A normal gun depends on the force of each round to cycle the next one. One bad round, one dud, one ugly misfeed, and the whole thing can stop at the worst possible moment. A minigun does not care in quite the same way. The motor keeps the barrels spinning. The cycle keeps moving. If a round fails, the gun can rotate past it, kick it out, and keep going. That does not mean it is magic. These guns can still fail. Runaway guns and stoppages still happen. But the whole design is built around one beautifully stubborn idea: Do not let one bad round ruin everyone’s day. The six barrels also share the heat and wear that would punish a single barrel. That is part of why rotary guns can fire at ridiculous rates without melting themselves into modern art right away. The same family tree runs from Gatling’s hand crank, to the Vulcan, to the M134, to the A-10’s GAU-8, to Phalanx systems knocking down threats at sea. And now, with drones everywhere, the old idea is suddenly looking very modern again. Missiles are expensive. A wall of lead is simple math. More than 160 years later, Gatling’s strange little question still has an answer. Why fire from one barrel when you can fire from six? Full article found at We Are The Mighty titled “Why miniguns like the M134 can fire thousands of rounds per minute and not jam.” Adam Gramegna #MilitaryHistory #Minigun #M134 #Weapons

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Staff Sgt. Matthew Harvey was outside Najaf, Iraq, working debris loose from the front of his truck on a route clearance run when three rounds hit the dirt by his boots. He turned, found the shooter, and stopped him. Then he saw movement at his five o’clock. That’s when a bullet hit him in the head. Harvey survived because of the three pounds of Kevlar and foam strapped to his head that morning. The round punched through his helmet above and behind his right ear. It did not punch through him. He kept fighting until the shooting stopped, then went home with a torn cheek, a second Purple Heart, and a helmet with a hole in it. That is the entire point of 100-plus years of U.S. military helmet history. A soldier will complain about almost every piece of issued gear. Boots, rucks, uniforms, gloves, eye pro, whatever new thing somebody at headquarters decided was “improved.” But very few complain about the helmet for long. Because its whole job is simple: Keep your nugget attached to your neck. The first standard American combat helmet was the M1917 “Doughboy” helmet in World War I. It was basically a borrowed British soup bowl, good for catching shrapnel from above and not much else. Then came the M1 “Steel Pot.” That thing became the look of the American GI through World War II, Korea, and Vietnam. It could stop fragments, double as a wash basin, become a cook pot in desperate circumstances, and keep a man’s cigarettes dry. Stopping direct rifle rounds was not really its thing. The big leap came in the 1980s with the PASGT helmet, the Kevlar “Fritz” or “K-pot.” It wrapped lower around the head and could stop fragments and even some small-arms rounds. It was also heavy, hot, and sat on your skull like punishment with a chinstrap. Then came the MICH and the Advanced Combat Helmet. That is the helmet Harvey was wearing. It was lighter, cut better for radios, optics, and headsets, and the old suspension system gave way to foam pads and a four-point strap. That mattered because helmets were no longer just trying to protect the skull. They were finally trying to protect the brain from the hit itself. The Enhanced Combat Helmet pushed things further by moving from Kevlar to ultra-high-molecular-weight polyethylene, a plastic lighter than water and strong enough to stop threats older helmets struggled with. Today, the Army’s Integrated Head Protection System is not just a helmet. It is a platform. Rails. Night vision mounts. Optional face protection. Scalable armor. A setup soldiers can build around the mission in front of them. None of this makes anyone bulletproof. A close rifle hit can still defeat a helmet. Added protection still means weight. And yes, somebody is still going to complain about neck strain on a long movement because this is still the military. But when a helmet takes the hit that should have taken a soldier, all the engineering becomes very simple. Better material. Better coverage. Better padding. Better chance to come home. Full article found at We Are The Mighty titled “A 100-plus year history of iconic US military helmets.” Adam Gramegna #MilitaryHistory #USArmy #CombatGear #Veterans