In a press release on March 7, 2019, the company finally announced the opening dates for Star Wars: Galaxy’s Edge — and it’s ahead of schedule. The 14-acre expansion will open on May 31, 2019, at Disneyland in California and on Aug. 29, 2019, at Disney’s Hollywood Studios in Florida.
“On opening day for phase one, guests will be transported to the remote planet of Batuu, full of unique sights, sounds, smells, and tastes,” the release describes. “Guests can become part of the story as they sample galactic food and beverages, explore an intriguing collection of merchant shops, and take the controls of the most famous ship in the galaxy aboard Millenium Falcon: Smugglers Run.”
Star Wars: Galaxy’s Edge to Open May 31 at Disneyland Resort, Aug. 29 at Disney’s Hollywood Studios
According to the statement, however, the park will open in phases “to allow guests to sooner enjoy the one-of-a-kind experiences that make Star Wars: Galaxy’s Edge so spectacular.”
Phase two won’t open until later in 2019. It will feature the park’s largest attraction, Star Wars: Rise of the Resistance, where guests will board a full-size starship and join the battle against the First Order, including a face-off with Kylo Ren.
To visit the Disneyland park between May 31 and June 23, 2019, Disney says that guests will not only need valid theme park admission but also a “no-cost reservation.” Details on how to make that reservation have not yet been released but will be posted on Disneyland.com. The park will then open to the general public on June 24, 2019.
This article originally appeared on Fatherly. Follow @FatherlyHQ on Twitter.
There are some units in the U.S. Marine Corps that really know how to make an impression.
Like the rest of the military, Marine units have unit crests, nicknames, and of course, mottos. And in quite a few cases, those elements are pretty badass.
These are our picks for the units with the coolest unit mottos, along with a brief explanation of what they do.
1. “Whatever It Takes”
1st Battalion, 4th Marines: Stationed at Camp Pendleton, California, 1/4 is an infantry battalion that has been fighting battles since its first combat operation in the Dominican Republic in 1916. That’s also where 1st Lt. Ernest Williams earned the Medal of Honor, the first for the battalion.
2. “Get Some”
3rd Battalion, 5th Marines: Based at the northern edge of Camp Pendleton, California, the “Dark Horse” battalion is one of the most-decorated battalions in the Marine Corps.
3. “Balls of the Corps”
3rd Battalion, 1st Marines: “The Thundering Third” is stationed at Camp Pendleton, California, and has a notable former member in Gen. Joseph Dunford.
4. “We Quell the Storm, and Ride the Thunder”
3rd Battalion, 2nd Marines: “The Betio Bastards” of 3/2 are based at Camp Lejeune, and have been heavily involved in combat in Iraq and Afghanistan. The battalion is perhaps best known for its fight on Tarawa in 1943.
5. “Retreat Hell”
2nd Battalion, 5th Marines: It was in the trenches of World War I where 2/5 got its motto. When told by a French officer that his unit should retreat from the defensive line, Capt. Lloyd Williams replied, “Retreat? Hell, we just got here!” With combat service going back to 1914, 2/5 is the most decorated battalion in Marine history.
6. “Ready for All, Yielding to None”
2nd Battalion, 7th Marines: Stationed at Twentynine Palms, California, the battalion’s current motto is a slight variation on its Vietnam-era one: “Ready for Anything, Counting on Nothing.”
7. “Semper Malus” — Latin for “Always Ugly”
Marine Heavy Helicopter Squadron 362 (HMH-362): This helicopter unit nicknamed “Ugly Angels,” is stationed at Kaneohe Bay, Hawaii and holds the proud distinction of being the first aircraft unit ashore in Vietnam.
8. “Swift, Silent, Deadly”
1st, 2nd, and 3rd Recon Battalions: Reconnaissance Marines are trained for special missions, raids, and you guessed it: reconnaissance. For these three battalions, stationed at Camps Lejeune, Pendleton, and Schwab, the motto pretty much sums up what they can do.
9. “Make Peace or Die”
1st Battalion, 5th Marines: Nicknamed “Geronimo,” the Camp Pendleton based 1/5 has been involved in every major U.S. engagement since World War I. Most recently, the battalion has been deployed to Darwin, Australia as the Corps tries to “pivot to the Pacific.”
Those who aspire to one day become a U.S. Air Force aviator must first meet several requirements, including height, before they are considered for pilot training. For those who fall outside of the Air Force’s height requirements, height waivers are available.
“Don’t automatically assume you don’t qualify because of your height,” said Maj. Gen. Craig Wills, 19th Air Force commander. “We have an incredibly thorough process for determining whether you can safely operate our assigned aircraft. Don’t let a number on a website stop you from pursuing a career with the best Air Force in the world.”
The current height requirement to become an Air Force pilot is a standing height of 5 feet, 4 inches to 6 feet, 5 inches and a sitting height of 34-40 inches. These standard height requirements have been used for years to ensure candidates will safely fit into an operational aircraft and each of the prerequisite training aircraft. “We’re rewriting these rules to better capture the fact that no two people are the exact same, even if they are the same overall height,” Wills said.
U.S. Air Force Maj. Nick Harris (left) and Capt. Jessica Wallander, instructor pilots with the 71st Flying Training Wing at Vance Air Force Base, Okla., stand side-by-side to illustrate the varying standing heights of Air Force pilots to dispel the myth that there is one height standard for all Air Force pilots.
(US Air Force photo)
“Height restrictions are an operational limitation, not a medical one, but the majority of our aircraft can accommodate pilots from across the height spectrum,” Wills said. “The bottom line is that the vast majority of the folks who are below 5 feet, 4 inches and have applied for a waiver in the past five years have been approved.”
The waiver process begins at each of the commissioning sources for pilot candidates, whether the U.S. Air Force Academy, Officer Training School or Reserve Officer Training Corps. For those who do not meet the standard height requirements, anthropometric measurements are completed at Wright Patterson Air Force Base, Ohio, or at the U.S. Air Force Academy.
“We have a great process in place to evaluate and accommodate those who fall outside our published standards,” Wills said. “If an applicant is over 5 feet, 2 inches tall, historically they have a greater than 95% chance of qualifying for service as a pilot. Applicants as short as 4 feet, 11 inches have received waivers in the past five years.”
Anthropometric measurements include sitting eye height, buttocks to knee length and arm span. The anthropometric device at Wright Patterson AFB is the only device accepted by the Air Force when determining waiver eligibility. A specialty team conducts the measurements at U.S. Air Force Academy.
Maj. Gen. Craig Wills, Nineteenth Air Force commander, stands side-by-side with a Nineteenth Air Force pilot to illustrate the varying standing heights of Air Force pilots to dispel the myth that there is one height standard for all Air Force pilots.
(US Air Force photo)
Waiver packages are then coordinated through a partnership between the Air Education Training Command surgeon general and Nineteenth Air Force officials, who are responsible for all of the Air Force’s initial flying training.
“As part of the waiver process, we have a team of experts who objectively determine if a candidate’s measurements are acceptable,” said Col. Gianna Zeh, AETC surgeon general. “Let us make the determination if your measures are truly an eliminating issue.”
The pilot waiver system is in place to determine whether pilot applicants of all sizes can safely operate assigned aircraft and applicants who are significantly taller or shorter than average may require special screening.
“Some people may still not qualify,” Wills said. “But, the Air Force is doing everything that we can to make a career in aviation an option for as many people as possible. The waiver process is another example of how we can expand the pool of eligible pilot candidates.”
In the distant future, teams of soldiers equipped with high-powered exoskeletons disembark a series of autonomous personnel carriers outside the enemy’s position. Overhead, a small fleet of drones scans the engagement area, giving each soldier a real-time view of the battlefield through their heads-up display.
As each team moves into position, they hear a series of explosions on the other side of the enemy base. From over 2,000 meters away, the Army’s high-energy precision fires systems have just disabled the enemy’s anti-access and area-denial capabilities.
At the same time, teams of soldiers use their exoskeleton suits to leap over the perimeter wall to engage the enemy and secure the compound.
This is one scenario of a future operating environment. In reality, it is nearly impossible to predict how the Army will operate and fight in a distant future, said Matt Santaspirt, an Army Futures Command intelligence representative.
To guide the Army in the right direction, the U.S. Army Training and Doctrine Command’s Mad Scientist team functions like a scout on the battlefield, always looking ahead and evaluating ideas to help build the force, he said.
Nested within both Army Futures and Training and Doctrine Commands, the MadSci initiative was created to address opportunities and challenges in the Army’s near-, mid-, and far-term future, said Allison Winer, the team’s deputy director of engagement.
(courtesy of Mad Scientist Initiative)
The goal is to maximize the Army’s limited resources and help soldiers fight and win in a futuristic operational environment, she added.
“The Army only knows what it knows; and [the Army] always talks to itself,” Santaspirt said. “We want to break out of that echo chamber.”
“We are harnessing the intellect of the nation to describe the art of the possible,” he added. “We know that you can’t predict the future, but we’re trying to say, ‘Here is a range of possibilities.’ [The goal] is to be less wrong than our adversary.”
To accomplish this goal, the MadSci team compiles information from a wide range of sources, in support of Army senior leaders’ priorities, Santaspirt said.
These sources include traditional mediums: academia, industry, think tanks, labs, reports, and white papers; to the more nontraditional platforms: crowdsourcing, social media, science fiction, and cinema, to name a few.
Beyond the collection of materials, the MadSci team often organizes themed conferences, bringing communities together to address key Army topics. For example, the team recently conducted the Mad Scientist Disruption and the Future Operational Environment Conference in Austin, Texas.
During the conference, presenters addressed robotics, artificial intelligence and autonomy, the future of space, planetary habitability, and the legal and ethical dilemmas surrounding how these disruptive technologies will impact the future of warfare, specifically in the land and space domains, according to MadSci officials.
“We had somebody come in and talk about robotics and how we can use them in an austere environment,” Santaspirt said, adding there were specific examples of robotics used in Fukushima, Japan.
“The approach is to bring together experts … so we can refine those key ideas, and disrupt [the Army’s] assumptions,” he said.
(courtesy of Mad Scientist Initiative)
A week after the event, the team posted some key takeaways from the conference on the Mad Scientist Blog. The MadSci blog and other social media platforms are often used as a crowdsourcing tool to help poll an audience or generate conversation about key Army topics, Winer said.
Some of the conference findings included: a need to set left and right boundaries for artificial intelligence and autonomy, increased crowding of assets in space will cause operational challenges, and fake news coupled with hyper-connectivity is changing the nature of information warfare.
Additionally, the MadSci team organizes science fiction writing competitions to help determine possible futures for crucial Army programs, Winer said. For years, science fiction has depicted worlds that are both logically possible, but functionally different than current society.
“Science fiction is used as a kind of forecasting to see what possible futures might look like,” she said. “Aside from being just plain-on cool, it gives the Army a way to use storytelling, historical analysis, and outsourcing to write about the realm of the possible. And it is an effective tool for a lot of businesses and other leaders in industry to try.”
Through their research and continual online engagements, the MadSci team creates a range of possibilities, then later presents their findings to Army senior leaders and key decision makers, Santaspirt said.
“It is a different way of thinking,” Santaspirt said. “If [the Army] can get that out there and start meeting the right people, make certain decisions or investments, or get people thinking in a different way … you might see what we’ve discovered — as it comes to light down the road.”
*Update: We reached out to Martin Grier to ask about some of the more stunning claims surrounding the rifle and heard back just after the original article went to press. We’ve updated, in bold, the muzzle velocity and fire rates below with his response.
*Second update: After another discussion with Martin Grier, the inventor of the weapon, we’ve learned that some of the reporting on the weapon’s firing action is incorrect, and we had originally repeated those incorrect claims. We’ve corrected the reporting in bold.
The Army is requesting a prototype of a personal rifle that has four bores, triggering headlines everywhere — but the bigger news might be that the manufacturer claims that it cannot jam, is electrically fired, and weighs less than today’s common weapons.
And, we’re using “bullet” here instead of “round,” the general military term, intentionally. Rounds are self-contained units with propellant, projectile, and primer. Most of them also have a case. But the L5, FD Munitions’ prototype that will feed into the Army’s requested design, uses blocks of ammo instead.
In the block ammo, a single block of composite material has multiple hollows carved out. In the case of the Army proposed prototype, it has four hollows. Each hollow is filled with propellant, a firing pin, and a bullet that is precisely aligned with a bore. When the shooter fires, an electronic charge triggers a firing pin striker, igniting the propellant, sending the bullet down the bore and towards the target.
The FD Munitions L5 rifle prototype has five bores and few moving parts. The Army has requested a four-bore version for testing.
The shooter would still typically fire one round at a time. The bores are stacked vertically as are the “blocks” of ammo. Each trigger pull typically fires the next round in sequence. When four rounds have been fired, the first “block” of ammo is ejected and the next block is loaded.
All of this allows for a system with much fewer moving parts than a traditional, all-mechanical rifle. FD Munitions claims that, since only the blocks are moving and they only move 0.5 inches at a time, the weapon has a minimized probability of jamming. And, since most of the heat of the weapon firing stays in the block, which is soon ejected, the weapon has much less chance of overheating.
The FD Munitions L5 rifle prototype fires rounds from “blocks” of ammo via electric actuation instead of a mechanical hammer.
But, of course, the Army has to test all of this before it can make a decision — hence the prototype.
We heard back from the inventor, Martin Grier, about the firing rates and velocity just after we originally went to press. Here’s what he told us about the numbers (light edits for clarity):
The velocity quote of 2,500 mph is close, with velocities of 3,400-3,600 fps. achievable with our composite Charge-Block ammunition (depending on projectile mass). The COPV (composite overwrap pressure vessel) design is much stronger than steel and can safely operate at 80k psi. The maximum theoretical rate of fire with our electronic fire control is about 6,000 shots per minute (SPM) in full-auto mode, since the pulse width is 10ms. (1/100 sec.) In burst-fire mode, That rate goes up to 7,500 spm since the pulses can be overlapped somewhat for short periods. In actual use, for a personal weapon, 4-600 spm in full-auto mode seems to be the most controllable, just as with other weapons, and in burst fire 1,800 spm is the sweet spot. Since the tech is fully scalable, in other applications, such as [Squad Automatic Weapon], or other crew-served weapons, different rates of fire may be more useful. The electronic fire control can be easily set for any rate up to the maximum.
The blocks of ammunition contain four to five bullets each and, when ejected, take a lot of the heat with them, allowing the shooter to fire more rounds before the weapon overheats.
The Army would need to verify those rates. And, it would need to know at what ranges the weapon is accurate in both standard firing and when firing four rounds simultaneously. Do the rounds affect each other in flight when traveling so close together at such high speeds?
And how much weight would a combat load be with the metal blocks? They certainly contain more material than four loose rounds would, so would an infantryman need to carry significantly more weight? And while the ejected blocks may take a lot of the heat with them, there’s still the friction of the rounds traveling down the bores with the exploding gasses to heat up the barrel. What’s the sustained rate of fire before it overheats?
While the Army digs into all the numbers and tests things like reliability and heat dissipation, the rest of us can talk about how cool it sounds. It’s like a video-game weapon come to life.
The Marine Corps presented the Air Medal to three U.S. Marines on July 24, 2018, at Marine Air Station Miramar, California, for their actions while crewing a CH-53E Super Stallion that caught fire off the coast of Okinawa, Japan, during aerial refueling operations.
Capt. Molly A. O’Malley stands during an award ceremony where she and two other Marines received the Air Medal.
(U.S. Marine Corps Sgt. Dominic Romero)
The awards were presented to Capt. Ryan J. Boyer, Capt. Molly A. O’Malley, and Sgt. Garrett D. Mills of Marine Heavy Helicopter Squadron (HMH) 462, Marine Aircraft Group (MAG) 16. The Marines were serving in Japan last year and were conducting operations near Okinawa’s Northern Training Area, an area often used for jungle training.
The helicopter itself was almost completely destroyed by the fire. The engine, most of the rotor blades, and the fuselage are visible as just a pile of slag in the Japanese field in images and video released by Japanese media after the crash.
Additional helicopters rushed to the scene to secure the crew and passengers and another CH-53 came on station with a helibucket to drop water and control the flames until Japanese firefighters and American first-responders from the nearby base could respond.
The quick actions of the crew and first responders prevented any property damage to anything except the plants directly under the burning helicopter.
This success by the crew and emergency workers had positive consequences beyond protecting the life and health of the passengers and local population. American military aviation in the area is extremely controversial, and nearly all incidents on the island trigger local protests and condemnation from politicians. Limiting the property damage and protecting all human life reduces the amount of backlash.
Capt. Ryan J. Boyer, Capt. Molly A. O’Malley, and Sgt. Garrett D. Mills pose with their air medals and a CH-53 Super Stallion after their award ceremony.
(U.S. Marine Corps Sgt. Dominic Romero)
The Marine Corps’ fleet of CH-53E Super Stallions are quickly becoming obsolete as their heavy rate of use in ongoing conflicts across the world — as well as normal operations and training — take a toll. The average CH-53E is 15 years old.
The aircraft is being replaced by the CH-53K, a very similar version of the helicopter but with a significantly more capability.
See more photos from the award ceremony below:
A U.S. Marine receives the Air Medal from Maj. Gen. Kevin M. IIams during a July 24 ceremony honoring three Marines’ quick actions during an Oct. 11, 2017 in-flight fire.
(U.S. Marine Corps Sgt. Dominic Romero)
Capt. Ryan J. Boyer, Capt. Molly A. O’Malley, and Sgt. Garrett D. Mills stand during an award ceremony as Maj. Gen. Kevin M. IIams gives his remarks.
(U.S. Marine Corps Sgt. Dominic Romero)
Capt. Ryan J. Boyer, Capt. Molly A. O’Malley, and Sgt. Garrett D. Mills stand in front of Maj. Gen. Kevin M. IIams during a July 24 award ceremony honoring their actions during an Oct. 11, 2017 fire in their CH-53E Super Stallion.
There’re few things in the United States that are as American as Kentucky Straight Bourbon. How American is it? In 1964, the United States Congress actually declared Bourbon to be a “distinctive product of the US,” therefore protecting its name and production methods from foreign knockoffs.
There are also few things as American as helping each other out in times of crisis. And right now, as we all know, these are incredibly challenging times. Thankfully, folks all across the United States are working hard to help each other out.
You’ll find this same American spirit in companies like Evan Williams. During a global pandemic, Evan Williams is introducing their veteran-focused American-Made Heroes Foundation. This new foundation is designed to support nonprofits who work with the veteran community, helping the brave Americans who have served our country — especially the ones who may be further struggling due to this ongoing health crisis.
Evan Williams has grown into one of the biggest Bourbon brands in the world, known for its smooth taste and value. They’ve shown the world that you don’t have to pay outrageous prices or deal with obnoxious gimmicks to enjoy a great Bourbon. And as they’ve grown, they’ve made a great effort to give back — the American-Made Heroes Foundation is Evan Williams’ way of giving back to those who served.
With the COVID-19 outbreak, a lot of things in life have been put on hold. A lot of nonprofits that support veterans and their families have had to cease operations while figuring out their next steps. Now, more than ever, these nonprofits need support, and Evan Williams is committed to providing that support. The American-Made Heroes Foundation Fund provides grants of up to ,000 to support nonprofit community organizations in the United States that provide services to US military veterans and are impacted by COVID-19.
Each year, they also honor six inspiring veterans who have dedicated their lives to serving our country and its citizens. After choosing veterans to honor, Evan Williams features these Heroes and their exceptional stories of honor, bravery, and service to their community on a special edition bottle.
This year, they honored six amazing Americans and donated to the charity of choice of each veteran. Here’s a small sampling of the selected heroes. We encourage you to go check out the other stories, which are just as inspiring:
Eduardo “Eddie” Ramirez
Eduardo “Eddie” Ramirez hails from San Francisco, California, where he studied electrical engineering and worked at NASA’s Research Center. He enlisted in the U.S. Air Force in 1981 when he was 21: kicking off a decorated 22-year career that would take him to Japan, Germany, Italy, and Spain. Along the way, he served in the Persian Gulf War, earned five advanced degrees, and had two children-both born overseas.
“There are so many different opportunities the military has to offer,” says Eddie, who took full advantage of the training and education programs that taught him persistence, determination and attention to detail. He worked as an aerospace ground equipment mechanic, a radio communications maintainer, and a professional military education instructor, before retiring as Flight Chief of the Airmen Leadership School in 2003. But his record of service continued.
Leveraging his master’s degree in Public Administration, Eddie went to work for the Department of Labor, before moving on to the Department of Veterans Affairs (V.A.). As an Administrative Officer for Mental Health, he spent nearly a decade advocating for veterans and strategizing ways to improve the V.A.’s processes. “I’ve always had a sense of ownership and giving back to my fellow veterans,” Eddie says. His friends describe him as a “big guy with a big heart.”
After 35 years of federal employment, Eddie returned to the Bay Area to pay it forward. He is the founder and CEO of OneVet OneVoice: a non-profit organization that assists some of California’s 1.8 million veterans with healthcare, education, housing, and job opportunities. He also established the American Legion Cesar E. Chavez Post #505, the San Francisco Veterans Film Festival, and the Veterans Town Hall Collaborative.
Eddie has chosen OneVet OneVoice as his charity for this year, and you can learn more about their mission at https://onevetonevoice.org/
Missionary. Marine. Advocate. There are many ways for a person to serve, and Jonathan Hiltz has done them all. Jon grew up helping the poor in Mexico, then enlisted in the U.S. Marine Corps after the events of 9/11. He deployed to Fallujah with the 8th Marine Regiment as part of Operation Iraqi Freedom, where he spent a year working as a Nuclear Biological Chemical Defense Specialist.
“The Marines was kind of countercultural to what I did [before],” Jon explains. As a missionary, “I was serving people, helping people-and then I went to war.” In reality though, the military was just a different kind of service. He did a bit of everything: weapons detection, interior guard, convoy security-even distributing ballots to Iraqis to help facilitate their first elections.
Upon completion of service, Jon chose to exit the Marines and return to his missionary roots. He enrolled in St. Louis Christian College and began volunteering to help the homeless. “It was just a progression,” Jon says of his work. “What are the needs? I’m going to start checking off the boxes.” He is the founder of the Arise Veteran Foundation in St. Louis, Missouri; and Love Goes: a non-profit working to alleviate poverty in Southern Illinois.
Today, Jon lives with his wife, Amber, and three children in Marion, Illinois, where he also works as a Peer Support Specialist at the VA Medical Center. There, he helps other veterans cope with Post-Traumatic Stress Disorder (PTSD) and substance abuse. “I use my story a lot to help other people,” he says, referring to his own struggles with PTSD. “I’ve been in combat, too. You can still do better. You can have a good career. You just need help sometimes.“
Mary Tobin grew up watching her mother do everything in her power to help those in need-even when her own family didn’t have much. She left Atlanta, Georgia, at age 17 to join the United States Military Academy at West Point. It was in her third year of training that 9/11 drastically altered the trajectory of her career. She deployed to Iraq six months after graduating: the only woman and black officer in her unit.
“Everything I ever learned about leadership, I learned in that first deployment,” Mary says, which also earned her the Combat Action Badge. She completed a second deployment to Iraq with the Combat Aviation Brigade, before becoming a senior leader of a military intelligence unit in South Korea. It wasn’t long after that the injuries she sustained in Iraq caught up with her: putting an end to her 10-year career. For the first time, Mary was a soldier without a mission.
Driven by the commitment she made at West Point-to fulfill a lifetime of selfless service to the nation-Mary began working with volunteer organizations that supported veterans, women of color, and the homeless; including USA Cares and Community Solutions. “I had to feel like I was having a positive impact on someone or something,” she explains. “I served with some pretty amazing people. I want to live a life worthy of those who gave their lives for our freedom.“
Mary has chosen The Mission Continues as her charity, where she currently serves as the executive director. The Mission Continues: is a national nonprofit that empowers veterans to become leaders in their communities and supports neighborhood transformation efforts. “I am a product of what happens when you no longer call me broken and you tell me I’m strong,” she says. “There are millions of ‘little Marys’ out there who need THIS Mary to remind them that they can be whatever they desire. It’s the least I can do.“
In addition to giving grants to these veterans’ nonprofits of choice, Evan Williams has also given over 0,000 to 501c3 organizations that serve veterans and the greater military community over the last five years. And while that is generous by any means, they aren’t done yet.
Thank you, Evan Williams for not just throwing up a patriotic image on your bottle. Thanks for honoring veterans by putting them right next to your brand and giving to those organizations that serve those who served.
There’s a reason that the M2 .50-caliber machine gun design has endured since John Browning first created it 100 years ago, in 1918: The mechanical reliability of the weapon and ballistics of the round are still exactly what a soldier needs to kill large numbers of people and light vehicles quickly at long range.
Here’s how it works and how it affects a human body.
A mounted .50-cal. fires during an exercise in Germany in September 2018.
(U.S. Army Capt. Joseph Legros)
First, the M2 and its ammunition can be legally used to target enemy personnel, despite apersistent myth that states it can only be aimed at equipment. That said, it isn’t designed solely for anti-personnel use. An anti-personnel specific weapon usually has smaller rounds that are more likely to tumble when they strike human flesh.
Then, there’s the cavitation,which has two parts. The first cavity is the permanent one:the open space left from the laceration discussed above. But there’s a second, temporary cavity. As the round travels through the body, it’s crushing the flesh and pushing it out of the way very quickly. That flesh maintains its momentum for a fraction of a second, billowing out from the path of the bullet. The flesh can tear and cells can burst as the tissue erupts outward and then slams back.
In this GIF of ballistics gel taking a .50-cal. round, you can see all three effects. There’s the laceration and crushing immediately around the bullet, the huge cavity as the gel flies apart, and the shockwave from that expansion as it forces the gel to fly outwards before re-compressing. The cavitation and re-compression is so violent that you can see a small explosion in the first block from the compressing air.
Finally, there’s the shock wave. That temporary cavity discussed above? The flesh all around it is obviously compressed as the cavity expands, and that’s where the shock wave starts. The cavity pushes outward, compressing the flesh and the energy in the compressed flesh keeps traveling outward until it dissipates. This can also cause separations and tears. In extreme situations, it can even cause damage to nerve tissue, like the spinal cord and brain.
Typical rifle rounds generally aim to maximize the first two effects, laceration and crushing and cavitation. A relatively short, small round — 5.56mm or .223 caliber in the case of the M16 — travels very quickly to the target. When it hits, it quickly begins to yaw and then tumble, depositing all of its kinetic energy to create a large, temporary cavity. And the tumble of the round allows it to crush and cut a little more flesh than it would if flying straight.
But maximizing design for cavitation is maximizing for tumble, and that can make the round more susceptible to environmental effects in flight, making it less accurate at long range.
A 5.56mm NATO round stands to the left of a .50-cal. sniper round.
(U.S. Air Force Airman 1st Class Lawrence Sena)
But Browning wanted the M2 to be accurate at long ranges, so he opted for a big, heavy round with a sharp tip. That’s great for flying long ranges and punching through the skin of a vehicle, but it can cause the bullet to punch right through human flesh without depositing much kinetic energy, meaning that it only damages the flesh directly in the path of the round.
But there’s a way to still get the round to cause lots of damage, even if it’s going to pass right through the enemy: maximizing its speed and size so that it still sends a lot of energy into the surrounding flesh, making a large cavity and creating a stunning shockwave. Basically, it doesn’t matter that the round only deposits a fraction of its energy if it has a ton of energy.
The M2 fires rounds at a lower muzzle velocity than the M16 and at similar speeds to the M4, but its round is much larger and heavier. The M33 ball ammo for the M2 weighs almost 46 grams, while the M16’s NATO standard 5.56mm round weighs less than 4 grams. That means, flying at the same speeds, the M2 .50-cal. has 11 times as much energy to impart.
A Jordanian soldier fires the M2 .50-cal. machine gun during an exercise near Amman, Jordan in 2018.
It also maintains more speed during flight. So, when the M33 round from the M2 hits a target, it does usually pass through with plenty of its kinetic energy left with the exiting round. But it still cuts a massive path through its target, doing plenty of damage from the first effect. And it compresses plenty of flesh around it as it forces its way through the target, creating a large permanent cavity and a still-impressive, temporary cavity.
But it really shines when it comes to shock wave damage. The M33 and other .50-cal. rounds have so much energy that even depositing a small fraction of it into the surrounding tissues can cause it to greatly compress and then expand. With a large round traveling at such high speeds, the shock wave can become large enough to cause neurological damage.
A soldier fires the M240B during an exercise. The M240B fires a 7.62mm round that carries more energy than a 5.56mm NATO rounds, but still much less than the .50-cal. machine gun. The amount of kinetic energy in a round is largely a product of its propellant and its mass.
(U.S. Army National Guard Spc. Andrew Valenza)
Yeah, the target’s flesh deforms so quickly that the energy can compress nerves or displace them, shredding the connections between them and potentially causing a concussion.
And all of that is without the round hitting a bone, which instantly makes the whole problem much worse for the target. All rounds impart some of their energy to a bone if they strike it, but with smaller rounds, there’s not all that much energy. With a .50-cal, it can make the bone explode into multiple shards that are all flying with the speed of a low-velocity bullet.
The M2 can turn its target’s skeleton into a shotgun blast taking place inside their body. The harder the bone that takes the hit, the more energy is imparted to the skeleton before the bone breaks. On really hard bones, like the hip socket, the huge, fast-moving round can leave all or most of its energy in the bone and connected flesh.
This will basically liquefy the enemy it hits as the energy travels through the nearby muscles and the organs in the abdominal cavity. There’s really no way to survive a .50-cal. round if it hits a good, hard, well-connected bone. Not that your chances are much better if it hits anything but an extremity.
In fact, the .50-cal. hits with so much energy that it would likely kill you even if your body armor could stop it. The impact of the armor plate hitting your rib cage would be like taking a hit from Thor’s Hammer. That energy would still crush your organs and break apart your blood vessels and arteries, it would just allow your skin to keep most of the goop inside as you died. No laceration or cavitation, but so much crushing and shock wave that it wouldn’t matter.
So, try to avoid enemy .50-cal. rounds if you can, but rest confident in the effects on the enemy if you’re firing it at them. The ammo cans might be super heavy, but causing these kinds of effects at over a mile is often worth it.
Don’t let Star Wars and Marvel distract you. On Dec. 10, FX and Disney announced that a series based on Ridley Scott’s 1979 classic Alien is in the works. Helmed by Fargo and Legion creator Noah Hawley, and with Ridley Scott joining as Executive Producer, the series is set to take place on Earth.
Disney promised a “scary thrill ride set not too far in the future here on Earth” while Deadline reported a blend of “the timeless horror of the original 1979 movie and the non-stop action of the 1986 James Cameron-directed second.”
To date, the Alien franchise includes four films in the original series (Alien, Alien$ I mean Aliens, Aliens 3, and Alien Resurrection) and two films in the prequel series (Prometheus and Alien: Covenant). There are also a slew of short films that tied in with the releases of Prometheus and Alien: Covenant and a web series.
WATCH THIS VIDEO FOR A REFRESHER:
This isn’t the first time an earth-set Alien project has been pitched. Both Stuart Hazeldine and Joss Whedon had played with earthbound treatments that never quite managed to take off. It looks like something went well to get this series launched!
Be sure to check out this video above to catch yourself up on everything you need to know about the franchise before the next chapter begins!
We first learned of the Yautja when Arnold Schwarzenegger went toe-to-toe with one in a South American jungle in the 1987 sci-fi action-thriller, Predator. Since then, these aliens have become a lauded piece of nerdy pop-culture. The latest installment in the franchise is coming out later this year, so now’s the time to learn as much about these interstellar hunters as possible.
You might know that these aliens are efficient trackers and killers — hence the name Predator. You might even know about their active camouflage, energy blasters, and cool nuke wristbands. But if you didn’t know the proper name for this species before now, then you’ve got a lot to learn.
We’re here to lead you down the rabbit hole. Here are a few things you should know about these badasses before checking out The Predator later this year.
There are two main tribes of Yautja — who are at constant war with each other.
(Twentieth Century Fox)
They have a warrior culture
Despite being capable of interstellar travel, the Yautja’s civilization is built around a tribal structure and a warrior culture. They value experienced warriors and the only way to earn respect is through battle.
They hunt for sport
You may have picked up on this in the original Predator when the mercenaries come across skinned corpses and shrines made of skulls. They don’t hunt for survival, they hunt for trophies. We mentioned above that the Yautja earn respect in battle — what better way to command respect than by weaving a vest of your enemies’ skulls?
They respect opponents who choose to face them head on.
(Twentieth Century Fox)
They only hunt formidable prey
They don’t just hunt something easy and say, “I killed a cricket, respect me.” No, they only target opponents who present a real threat to them, like Dutch’s mercenary team in the original film.
Any human who defeats one in single combat earns their respect
Compared to the Yautja, that humans are weak, fragile creatures. So, it’s pretty obvious why an alien race that prides itself on hunting and killing extremely dangerous creatures would respect a human who can survive a one-on-one fight.
Comrades of a fallen Yautja have been known to even award the human with a rare weapon as a sign of respect.
Humans can only hope they hunt each other into mutual extinction…
(Twentieth Century Fox)
They hunt Xenomorphs as a rite of passage
Remember the aliens from, well, Alien? When a Yautja is coming of age, they must endure a ritual in which they hunt a Xenomorph, which are considered the ultimate prey in their culture. If one can defeat a Xenomorph, they earn the respect of their tribe.
To signify their success in hunting a Xenomorph, a Yautja will mark their helmets using the alien’s acidic blood.
To oust a dictator as terrible as Liberia’s Charles Taylor, some warlords committed even more heinous crimes. Taylor is now serving a 50-year sentence in the UK after being convicted of 11 war crimes in the Hague in 2013.
Joshua Milton Blahyi went by a different name when he controlled the streets of Liberia’s capital of Monrovia during its 14-year civil war. Going into urban combat wearing nothing but sneakers and a crazed look, he earned the title “General Butt Naked.”
Warlords in the streets of Liberia from 1989-2003 were given names based in popular culture. It spawned such nicknames as “General Bin Laden” and “General Rambo.”
While “General Butt Naked” may sound laughable as a nom de guerre, the warlord’s methods were anything but funny. Of the 250,000-some Liberians killed in the conflict, Blahyi estimates he is responsible for at least 20,000.
The crimes he freely admits to don’t stop there. He recruited children to act as his street enforcers, teaching them that killings and mutilations were all part of a game. And so they would also fight naked in the streets of Monrovia. Blahyi himself was a teenager when the conflict broke out.
Anecdotal evidence of the atrocities committed by “General Butt Naked” is numerous and graphic.
When Taylor was finally ousted in 2003, the man once known as “General Butt Naked” began a new life as a pastor. These days, when he isn’t preaching, he visits the families of his victims and begs for forgiveness — complete forgiveness. He doesn’t want lip service; he wants the biblical forgiveness that comes from the victim’s heart.
Those victims don’t want any part of it. Only 19 of the 76 families he has visited heard him out. The remainder goes about as well as one might expect.
At least one former soldier will attest to the work of Blahyi’s NGO, “Journeys Against Violence.” Luke Barren told Reuters that he earned his job as a mason because of Blahyi’s effort. Other say Blahyi’s whole enterprise is a farce combined with a cash grab.
The former warlord walks free where Taylor is imprisoned because of jurisdictional rules in The Hague. The court can only prosecute war crimes committed after its founding in 2002. There was never a special tribunal for prosecuting war crimes in Liberia, as there was from Rwanda, Cambodia, and the former Yugoslavia.
The Armata family of vehicles, with the flagship T-14 main battle tank, were supposed to be the future of armored warfare, tipping the balance of conventional forces in Europe back towards Russia and ensuring the country’s security and foreign might. But now, Russia has announced that it will be buying only 100 of them, far from the 2,300 once threatened and a sure sign that crippling economic problems are continuing to strangle Putin’s military.
Russia’s T-14 Armata main battle tank was supposed to put Russian armor back on top, but the design and tech are still questionable and Russia is only buying 100 of them, meaning very few of them will be available for operations at any one time.
(Photo by Vitaly V. Kuzmin)
All of this will likely be welcome news for U.S. armored forces who would have faced the T-14s in combat if Russia used them against American allies and NATO forces.
The signs of trouble for the Armata tank were hidden in the project’s debut. It’s always suspicious when a tank or other weapon project seems too good to be true. Snake oil salesmen can profit in the defense industry, too. And there were few projects promising more revolutionary breakthroughs for less money than the T-14.
It is supposed to weigh just 70 percent of the Abrams (48 tons compared to the Abrams’ 68) but still be able to shake off rounds from enemy tanks thanks to advanced armor designs. Its developers bragged of an extremely capable autoloader, a remote turret, and an active protection system that could defeat any incoming missile.
When something sounds too good to be true, maybe check the fine print.
Still, it wouldn’t have been impossible to come up with a breakthrough design to shake up the armored world. After all, while the Abrams was expensive to develop, it featured some revolutionary technology. Its armor was lighter and more capable thanks to ceramic technology developed in Britain, and its engines, while fuel-hungry, delivered massive amounts of power. These factors combined to create a fast, agile beast capable of surviving nearly any round that enemy tanks could shoot at it.
Russia’s Su-57 has design flaws and under-strength engines, causing many to wonder if it would really rival American fifth-generation fighters if it even went into serial production.
(Photo by Anna Zvereva)
None of this money problem is a surprise. Russia is subject to a slew of international sanctions resulting from actions like the invasions of Georgia and Ukraine and meddling in European and U.S. elections. While sanctions generally act as a minor drag on healthy economies, they have a compounding effect on weak economies.
And make no mistake: Russia’s economy is weak. It is heavily tied to oil prices which, just a few years ago, would’ve been great news. From 2010 to 2014, oil often peaked above 0 per barrel for days or weeks at a time and was usually safely above a barrel. Now, it typically trades between and a barrel and has slumped as low as .
Keep in mind that, typically, military strength trends with economic strength; more money, more might. But Russia has struggled to maintain its world-power status after the collapse of the Soviet Union. Its annual GDP is actually smaller than that of Texas, California, or New York. That’s right. If Russia was a state, it would have the fourth largest economy in the country.
Still, Russia can’t be written off. It’s either the second or third most powerful military in the world, depending on who you ask. And the other slot is held by China, another rival of American power. With thousands of tanks and fighters in each country’s arsenal, as well as millions of service members, both countries will remain major threats for decades or longer.
The nose of their amphibious tank entered the ocean and bobbed through the waves en route toward the reef of Saipan, the largest archipelago among the Northern Mariana Islands. Wayne “Twig” Terwilliger, a radioman assigned to the 2nd Armored Amphibian Battalion of the 2nd Marine Division, watched helplessly as they crept over the reef toward the beach into the range of Japanese defensive positions.
“I started seeing these puffs of water all around us, and it took a second to realize what was causing them,” Terwilliger wrote in his autobiography. “Then we heard small arms fire hitting our tank, and the reality sank in: there were people on that island who wanted us dead.”
Prior to the invasion of Saipan, U.S. Navy frogmen conducted a daring reconnaissance mission in advance of the assault force. Valuable intelligence collected had provided the amphibious tanks with adjustments to successfully land on the beach — but they didn’t anticipate how their tracked vehicles would navigate earth displaced by battlefield weaponry in combat.
Wayne Terwilliger, third from the left, on the beach at Saipan during a shelling attack, June 1944. The photo ran in newspapers across the country; in 2000, it appeared as background on a sheet of commemorative stamps issued by the U.S. Postal Service. Photo courtesy of wayneterwilliger.com
While the amphibious tanks attempted to land on the beach, some were destroyed and others became trapped in craters left from mortar shells in the sand. “Japanese mortars kept whistling over our heads,” Terwilliger said, describing his first hours in combat stuck inside a large, green, immobilized target. “Most of them were headed toward the beach area, but we never knew when one would come our way. We also had no idea how long we’d be stuck there. We were there at least a couple of hours, though it seemed like forever.”
Terwilliger’s crew left the disabled tank and scattered, diving into foxholes situated out of the open. Gunfire snapped overhead, and explosions from mortars and grenades flung a wall of shrapnel through the air. Before they could catch their breath the rumbling sound of an unfamiliar tank grew nearer. Their horror realized Japanese armor with the big red “Rising Sun” emblem on the tank’s side was blasting its 37mm turret gun and had stopped directly beside their foxhole.
With nothing more than a few hand grenades, his crew couldn’t defend themselves. They pulled the pins and hurled them at the tank before fleeing for cover, but there wasn’t any within crawling distance. Terwilliger ran under heavy fire across open ground until he reached an old Japanese artillery piece. His stomach dropped when he realized he had run the wrong way. He found a little path, as if all of the enemy’s attention was upon him, and sprinted toward the beach as bullets zipped passed. He looked over his shoulder to find the Japanese tank trailing his every move.
Wayne “Twig” Terwilliger, front left, with Company D, 2nd Armored Amphibian Battalion, which was created to lead the assault on key islands in the South Pacific. They fought at Saipan, Tinian, and Iwo Jima, and were preparing for new battles when the war ended. Photo courtesy of wayneterwilliger.com
He zigzagged through the soft sand to give the tank a harder target to hit. Marines waved and yelled to get his attention, and he dashed over a small sand dune for cover. “I looked back just in time to see one of our tanks made a direct hit, which knocked the Japanese tank on its side,” Terwilliger reflected. “That was my first six or seven hours of combat.”
Terwilliger served honorably in the U.S. Marine Corps, participating in the invasion of Tinian, as well as being among the first amphibious tanks to lead the invasion of Iwo Jima. During World War II, many amateur and professional baseball players joined service teams when not actively participating in combat operations.
“We didn’t have any spikes so we played in the boots the Marines issued us,” Terwilliger told ESPN. “You would have an air-raid sound during the game, you would scatter and then come back later to finish.” Terwilliger helped lead his battalion team to a 28-0 record, even winning the 2nd Division Championship — not bad for a high school second baseman.
When news of Japan’s surrender in 1945 came in, Terwilliger was in Hawaii, preparing to invade mainland Japan. He left the military that same year and went on to have a successful career as a player, coach, and manager in Major League Baseball. For 60 years, taking Terwilliger well into his 80s, he remained active in America’s national pastime. He was a teammate of Jackie Robinson — the first Black player to break the color barrier — and a personal friend of Ted Williams, one of the greatest hitters in all of baseball. However, Terwilliger’s most prized experience was his service as a U.S. Marine.
BRCC Presents: WWII Army Ranger Roy Huereque & The Best Defense Foundation