I’m calling it now. This weekend will be one of the quietest weekends in recent history. Why? It has nothing to do with 2nd MARDIV’s insane level of micromanaging and everything to do with how lower enlisted troops think.
For starters, it’s a non-pay day weekend for the second time in a row. Less shenanigans when everyone is broke as Hell. Secondly, NCOs will know exactly where everyone is located at any given moment. Friday night? They’re all out seeing Avengers Endgame. Saturday afternoon? In the barracks playing the new Mortal Kombat game. Saturday night? Probably seeing Avengers again. Sunday? Too hungover (I said quiet, not uneventful) and Sunday night will be Game of Thrones.
If you’re an NCO trying to find a good reason to cheer up your sergeant major, pointing out the lack of blotter reports on their desk will surely help.
Here’s to a quiet, entertainment filled weekend. Enjoy some memes.
(Meme via Coast Guard Memes)
(Meme via Not CID)
(Meme via Lock Load)
(Meme via Call for Fire)
(Meme via Smokepit Fairytales)
(Meme by Devil Dog Actual)
(Meme via Valhalla Wear)
(Meme via Private News Network)
(Meme via Decelerate Your Life)
(Meme via Air Force Nation Humor)
(Meme via Air Force amn/nco/snco)
(Meme by Ranger Up)
My ass is firmly in the “why leave a perfectly good aircraft” category.
Call me a leg, but at least we use Air Assault these days.
The Navy’s tradition of honoring past American Presidents by naming aircraft carrier after them is alive and well. The USS Ronald Reagan, the Abraham Lincoln, and the Gerald Ford are all symbols of the projection of American naval power all over the world. There’s just one exception, one that goes unnoticed by many, mainly because it’s supposed to.
The USS Jimmy Carter is named after the 39th President of the United States, but it’s a nuclear submarine. And there’s a great reason for it.
Carter dreamed of attending the U.S. Naval Academy even as a three-year-old.
Like many 20th Century Presidents before him, Carter was a Navy veteran. Unlike Nixon, Bush 41, or President Ford, Carter’s contributions to the Navy didn’t happen primarily in wartime, however, it happened after the Second World War. Carter, a graduate of the U.S. Naval Academy, was immediately appointed as an officer aboard a Navy submarine, the USS Pomfret. He served aboard a number of submarines, mostly electric-diesel submarines, until it was time to upgrade them. All of them.
While the United States was embroiled in the Korean War, Carter the engineering officer, was sent to work with the Atomic Energy Commission and later Union College in Upstate New York, where he became well-versed in the physics of nuclear energy and nuclear power plants. He would use that knowledge to serve under Admiral Hyman Rickover, helping develop the nuclear Navy. Carter would have to leave the active Navy in 1953 when his father died and left the family peanut farm without an owner. In less than a year after Carter’s departure, Rickover’s team would launch the USS Nautilus, the world’s first-ever nuclear-powered submarine and the first ship in a long line of nuclear ships.
The USS Nautilus
According to President Carter, Rickover was of the biggest influences on the young peanut farmer’s life. Carter’s 1976 campaign biography was even called Why Not The Best? – after a question Rickover asked the young naval officer while interviewing to join the nuclear submarine program.
Rickover asked Carter what his standing was in his graduating class at Annapolis and when Carter replied, Rickover asked him if he did his best.
“I started to say, ‘Yes sir,’ but I remembered who this was and recalled several times I could have learned more about our allies, our enemies, weapons, strategy and so forth. I was just human. I finally gulped and said, ‘No sir, I didn’t always do my best.”
“Why not?” asked Rickover. It was the last thing the Admiral said during the interview.
Rickover (far right) with then-President Carter and his wife Rosalyn, touring a U.S. nuclear submarine.
Later, of course, Carter would become Hyman Rickover’s Commander-in-Chief, having taken in everything he learned from Rickover about nuclear energy and the U.S. Navy. The nuclear sub would become one of the pillars of American national security.
As President, Carter would restrict the building of supercarriers due to their massive costs, instead favoring medium-sized aircraft carriers, much to the consternation of the Navy and defense contractors. It would make little sense to have Carter’s name on a weapons program he discouraged as President – kind of like having Andrew Jackson’s face on American currency even though the 12th President was opposed to central banking.
But the Navy had to do something for the only Annapolis graduate to ascend to the nation’s highest office and serve as the Leader of the Free World. So naming the third Seawolf-class submarine after the former submarine officer and onetime nuclear engineer made perfect sense. The USS Jimmy Carter is the most secret nuclear submarine on the planet, moving alone and silently on missions that are never disclosed to the greater American public.
If you’ve watched documentaries about the battles of World War II, the Korean War, or the Vietnam War, then chances are you’ve seen gun-camera footage. Whether it’s air-to-air or air-to-ground action, these attention-grabbing videos give us an idea of the intensity of combat aviation — but how do we get them?
In this day and age, we’re lucky to have plenty of digital tools to easily capture footage, download it to a hard drive, and upload it to YouTube or some other cloud storage service. Back in the day, however, all they had was film — and this film was often very useful. It gave intelligence officers some idea of what the pilots actually did. After all, it wasn’t unusual for a fired-up pilot to inflate their kill counts upon return.
But it wasn’t always easy to get that film.
This gun-camera footage from a Navy F9F Panther shows a MiG-15 in its last few seconds of life.
The process was a lengthy one. The film was first taken to a central processing laboratory. To save space, the film was placed in a number of magazines and then placed into one large roll. Loading that roll had to be done in total darkness. Why? In order to view film, it must first be developed and if the film is exposed to light prematurely, it’s ruined.
The entire process included rinsing to fully process the negatives, editing the processed negatives (which was done without computers, by the way), adding timestamps, and more. All in all, there were ten steps, including a test screening.
This is the final product of a long process done by specialists who did hard work.
(Jeff Quitney / YouTube)
You can see how some Air Force specialists did this job during the Korean War in the video below. As an added bonus, after they give you a run-down of all the developmental steps, you get to see a MiG-15 in the sights of a F-86 Sabre’s gun-camera. The folks who made it possible for you to see that footage never faced enemy fire, but they certainly worked almost as hard as the Sabre’s pilot did!
Check out the video below to see how we get that intense footage.
PTSD, or Post Traumatic Stress Disorder, affects numerous men and women throughout the country and is commonly linked to veterans who’ve served in a combat theater. Behavioral symptoms include irritability, hyper vigilance, and social isolation, just to name a few.
Unfortunately, many who suffer from the disorder take or have taken substantial doses of medications that may or may not work — or cause unwanted side effects.
As awareness of the condition grows, an alternative to relieve symptoms is gaining some significant attention in the fight against the mental illness.
The “God shot” or Stellate Ganglion Block (known as SGB), is making headway as a treatment for our suffering veterans.
According to Cedars-Sinai, the stellate ganglion is a collection of sympathetic nerves located in the base of the neck; when a local anesthesia injection is administered into the nerves, the numbing agent blocks pain symptoms from reaching the brain.
In other words, the treatment minimizes the “fight or flight” reaction in the brain.
For those who aren’t familiar with “fight or flight”, it’s the physical reaction to what the body perceives as danger.
For many combat veterans, it can be activated from hearing unexpected and loud stimulus — like a loud bang or backfire. In a dangerous situation like combat, this system takes over and floods the body with adrenaline and chemicals that will help it either escape or confront the danger.
But the body struggles with differentiating whether the stressful stimulus is actually life-threatening, and therefore people with PTSD can stay in an agitated state where the body believes it is in danger when it might not actually be.
The shot was originally used to treat pain in the face, neck, and arms, but patients also reported improvement in their mental health. Although this procedure has been around for a few years, test groups are still conducted to fully understand the treatment.
If you feel this treatment may be right for you, please contact your local medical professional for more details.
We want to hear from you — comment below and share your thoughts or experiences with this new treatment.
Essentially that means the Army now has an office with the authority to fast track technologies through the hulking, bloated, wasteful defense acquisition system that tried and failed three times to pick out something as simple as a new handgun.
Even vital systems can take 10 years to reach the field, which has greatly hamstrung the Army and made their tactics stale, predictable, and therefore vulnerable.
“Russia goes into the Ukraine and Russia goes into Syria [and] we realize that they’ve been watching us and learning from us and adapting. So we see some areas where we want to have a more pronounced ‘overmatch,”‘ Army Secretary Eric Fanning told Bloomberg News in an interview.
Fanning told Bloomberg’s Anthony Capaccio that the office would focus on “improvements to cyber operations, electronic warfare, survivability and GPS-enabled positioning, navigation and timing.”
As Deputy Secretary of Defense Robert Work said of the US armed forces in 2015, “our greatest advantage is the vibrant technological community in the United States, and the vibrant technological communities in our defense industrial base.”
“There’s no denying we have a troubled acquisition past,” Fanning told Bloomberg. “We are bringing all elements of the Army together,” he said of the Rapid Capabilities Office.
“We’re serious about keeping our edge, so we need to make changes in how we get soldiers the technology they need,” Fanning said in a US Army release. “The Army Rapid Capabilities Office is a major step forward, allowing us to prioritize cross-domain, integrated capabilities in order to confront emerging threats and advance America’s military dominance.”
Whenever the Pentagon sends troops abroad it’s about demonstrating resolve, reassuring allies or confronting potential opponents – or some combination of all three. But for the A-10 Warthogs and their crews in the Philippines, their biggest message might be one for critics back home.
On April 16, the U.S. Air Force announced that four of the venerable ground attack jets would remain in the Philippines after taking part in the annual Balikatan training exercises with Manila’s forces. Three HH-60G Pave Hawk rescue helicopters and an MC-130H Combat Talon II tanker would round out the new air contingent at Clark Air Base.
“The Air Contingent will remain in place as long as both the Philippines and the United States deem necessary,” MSgt. Matthew McGovern, the Operations Division Manager for the Pacific Air Force’s public affairs office, told We Are the Mighty in an email. “Our aircraft, flying in and around the South China Sea, are flying within international airspace and are simply demonstrating freedom of navigation in these areas.”
The deployment at Clark is one part of a deal between Washington and Manila called the Enhanced Defense Cooperation Agreement. Signed on April 28, 2014, the arrangement opened a number of Philippine military bases to American troops and outlined plans for increased cooperation between the two countries’ armed forces.
The EDCA would “help strengthen our 65-year-old alliance, and deepen our military-to-military cooperation at a time of great change in the Asia-Pacific,” Secretary of Defense Ashton Carter told reporters during a visit to the Philippines on April 14. “In the South China Sea, China’s actions in particular are causing anxiety and raising regional tensions.”
As Carter noted, Beijing’s ambitions in the South China Sea is the major concern for the Philippines and its neighbors in Southeast Asia. Effectively claiming the entire body of water as its sovereign territory, China policy has brought it near close to skirmishing with Manila’s ships.
In 2012, the Philippines found itself in a particularly embarrassing stand-off with unarmed Chinese “marine surveillance” ships near the disputed Scarborough Shoal, less than 250 miles west of Manila. While Beijing’s vessels ultimately withdrew, they blocked the BRP Gregorio Del Pilar – an ex-U.S. Coast Guard cutter and the largest ship then in the Philippine Navy – from moving into arrest Chinese fishermen.
Since then, Chinese authorities have used their dominant position to harass Philippine fishermen in the area. More importantly, Beijing began building a series of man-made islands – complete with air defenses, ballistic missile sites and runways able to support fighter jets and bombers – throughout the South China Sea to help enforce its claims.
“Countries across the Asia-Pacific are voicing concern with China’s land reclamation, which stands out in size and scope, as well as its militarization in the South China Sea,” Carter added in his comments in Manila. “We’re continuing to fly, sail and operate wherever international law allows.”
So, it’s no surprise that the A-10’s first mission was a show of force over the Scarborough Shoal, which China refers to as Huangyan Island and claims as its own. With plans to develop the narrow strip of land into a tourist destination, Beijing was incensed to see the Warthogs fly by.
“This threatens the sovereignty and national security of the relevant coastal states, as well as the regional peace and stability,” the Chinese Ministry of Defense said in a statement according to People’s Daily, an official organ of the country’s Communist Party. “We must express our concern and protest towards it.”
Though originally built to blast hordes of Soviet tanks in Europe, the blunt nosed attackers are a threat to small warships and other surface targets. The aircraft’s main armament is a single, massive 30-millimeter cannon that can fire up to 70 shells per second.
On top of that, the straight-winged planes can carry precision laser- and GPS-guided bombs and missiles. On March 28, 2011, Warthogs showed off their maritime skills when they destroyed two Libyan patrol craft during the international air campaign against the country’s long time dictator Muammar Gaddafi.
After the Pentagon announced the Warthog would stay in the Philippines, the Air Force released shots of the jets sitting at Clark, each loaded with targeting pods, training versions of the AGM-65 Maverick air-to-ground missile and an AIM-9 Sidewinder short-range air-to-air missile. Northrop Grumman’s LITENING pod has a laser designator and a powerful infrared camera that can also double as a surveillance system if necessary.
Over Scarborough, the A-10s sported a LITENING on the right wing and an AN/ALQ-184 electronic jamming pod on the left. All four Warthogs, along with two of the Pave Hawks, went out for the initial maritime patrol.
But the Warthogs made an even bigger statement just by flying the mission at all – and not to officials in Beijing, but to critics back home. The deployment comes as the Air Force continues to move forward with plans to retire the low- and slow-flying planes without a clear replacement available.
To hear the flying branch tell it, the aircraft are inflexible, dated Cold Warriors unable to survive over the modern battlefield. Unlike multi-role fighter bombers like the F-16 or up-coming, but troublesome F-35, the A-10 is only good at one thing: close air support for troops on the ground.
The A-10 “is a 40-year-old single-purpose airplane,” then Secretary of Defense Chuck Hagel said in February 2014. “There’s only so much you can get out of that airplane,” Air Force Gen. Herbert Carlisle, chief of Air Combat Command, declared more than a year later.
The Warthogs’ trip to the Philippines stands in stark contrast to these claims. According to the Air Force itself, the A-10s and HH-60s will fly missions providing air and maritime domain awareness and personnel recovery, combating piracy and otherwise keeping anyone from denying access to “the global commons” in the South China Sea.
The flying branch didn’t randomly pick the A-10 for the job either. “Selecting the A-10C and HH-60Gs for this mission was strategically and economically the right decision,” Brig. Gen. Dirk Smith, PACAF’s director of air and cyberspace operations, told Air Force reporters after the detachment stood up at Clark.
“PACAF considered multiple options for what aircraft to use, however, the A-10Cs were the right choice for a number of reasons,” McGovern explained further. “A-10Cs also have a proven record operating out of short and austere airstrips, provide a flexible range of capabilities, and have a mission profile consistent with the air and maritime domain awareness operations the air contingent will conduct.”
The Warthog’s ability to stay airborne for long periods of time was another point in its favor. Of course, the fact that the jets were already in the Philippines for Balikatan didn’t hurt.
Still, the A-10 is cheap to operate in general. Compared to around $20,000 per flying hour for the F-16 or more three times that amount for bombers like the B-1 and B-52, the Air Force has to spend less than $20,000 for every hour a Warthog is in the air.
“With a relatively small investment we were able to deepen our ties with our Philippine allies and strengthen our relationship,” McGovern added. “The aircraft involved in subsequent deployments will be tailored to airfield capability and capacity and desired objectives.”
In February, the Air Force announced plans to start retiring the A-10s by 2017 and have the entire fleet gone by the end of 2022. Hopefully deployments like the one to the Philippines will show both the Chinese and the Pentagon that the Warthogs still have a lot of fight left in them.
Chief of Naval Operations (CNO) Adm. Mike Gilday sent a message to the fleet to celebrate the 245th Navy Birthday.
Below is the text of his message:
Shipmates, this year we are celebrating our 245th Birthday virtually, around the world, together.
Although this birthday is different than in past years, what has not changed is how proud we can be of two and a half centuries of tradition, as well as our Sailors and civilians who continue to build our legacy with family members and loved ones at their side.
Today, Sailors stand the watch from the Western Atlantic to the South China Sea, and from the High North to the South Pacific. Your Navy enables prosperity 24/7/365 – at home and abroad – by helping keep the maritime commons free and open. And I promise you that our allies and partners – as well as your fellow Americans – all sleep better because you are there.
Our birthday is an important occasion because we celebrate our rich past, recognize the accomplishments of our shipmates today, and look to our bright future ahead.
The Navy needs you to be the best that you can be. Serve others. Be courageous. And always remember that America has a great Navy.
Happy 245th Birthday Navy Family. See you in the Fleet, Shipmates.
Researchers from MIT and NASA have developed an airplane wing that can change shape and increase the efficiency of aircraft flight, production, and maintenance, according to MIT News.
On a traditional airplane wing, only parts of the wing, such as flaps and ailerons, can move to change the plane’s direction. The wing designed by the MIT and NASA researchers would be able to move in its entirety.
The wing is made of hundreds of small, identical pieces that contain both rigid and flexible components which make it lighter and more efficient than traditional airplane wings. Since the wing could adjust to the particular characteristics of each stage of flight (takeoff, landing, steering, etc.), it could perform better than traditional wings, which are not designed to maximize performance during any part of a flight.
Wing assembly under construction.
“We’re able to gain efficiency by matching the shape to the loads at different angles of attack,” NASA research engineer Nicholas Cramer told MIT News.
The wing’s parts are arranged in a lattice structure that creates a large amount of empty space and covered in a thin, polymer material. Combined, the wing’s materials and structure make it as firm as a rubber-like polymer (though much less dense) and as light as an aerogel.
MIT graduate student Benjamin Jenett told MIT News that the wing performed better than expected during a test in a wind tunnel at NASA’s Langley Research Center in Virginia.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
Landing on a carrier is perhaps one of the toughest feats in all of aviation. In fact, studies have shown that pilots are more anxious about a night-time carrier landing than they are about combat. Today, there are a number of systems in place to help a pilot get down safely, but during World War II, it was a lot harder.
Just like today, there was a landing signals officer (LSO) responsible for the safe recovery of carrier aircraft, but they didn’t have the modern tools available now. No, this guy had to use paddles and hand gestures to get a planes, like the F6F Hellcat or SBD Dauntless, back on the boat safely. The carriers back then didn’t have angled decks, either. Nope, they were as flat-topped as Essex-class amphibious assault ships.
The 13 signals used by LSOs in World War II.
The gestures outlined above were how the LSO communicated with the pilot. They didn’t have modern radios like the ones we enjoy on Super Hornets today. In fact, the radios back then were primitive. The rear gunners on the SBD Dauntless, for example, often doubled as radiomen, but the radios were only able to send Morse code. Sending code isn’t very conducive to getting urgent messages to pilots quickly and clearly.
Instead, the LSO stood in a very exposed position and used a pair of paddles to send the pilot signals and guide them into a safe landing. During World War II, the United States Navy and United States Marine Corps trained tens of thousands of pilots to make those carrier landings guided only by hand signals.
The lack of technology in World War II forced LSOs, like Lt. Tripp in this photo, to use the paddles to guide pilots back to safety.
The training film below was made in 1949, the year before the Korean War broke out and when most planes operating off of carriers were propeller-driven. Like other Navy efforts to avoid accidents, the video used humor to get the points across.
Fair warning: This film probably would not win any awards for cultural sensitivity these days. We’ve come a long way in the last 70 years.
The Defense Department is looking to step up its development of hypersonic weapons — missiles that travel more than five times faster than the speed of sound — DOD leaders said at the National Defense Industrial Association-sponsored “Hypersonics Senior Executive Series” here today.”
In 2018, China has tested more hypersonics weapons than we have in a decade,” said Michael Griffin, undersecretary of defense for research and engineering. “We’ve got to fix that.”
Russia also is involved in hypersonics, Griffin said. “Hypersonics is a game changer,” he added.
If Russia were to invade Estonia or China were to attack Taiwan tomorrow, Griffin said, it would be difficult to defend against their strike assets. “It’s not a space we want to stay in,” he told the audience.
DOD is looking at air-breathing boost-glide hypersonics systems, the latter being used by China, Griffin said. The United States has the boost-glide system competency to get these developed today, he noted.
On the flip side, he said, the U.S. needs to develop systems to counter adversary hypersonics. The place to take them out is in their relatively long cruise phase, in which they don’t change course suddenly. It’s not a particularly hard intercept, he said, but it requires knowing they’re coming. Current radars can’t see far enough. “They need to see thousands of kilometers out, not hundreds,” Griffin said.
Undersecretary of Defense for Research and Engineering Michael Griffin.
(U.S. Army photo by Bryan Bacon)
The Western Pacific is a particularly difficult area, he noted, because “it’s not littered with a lot of places to park radars, and if you found some, they’d likely become targets.”
Space-based sensors, along with tracking and fire-control solutions, are needed in the effort to counter adversaries’ hypersonics, Griffin said, pointing out that hypersonics targets are 10 to 20 times dimmer than what the U.S. normally tracks by satellites in geostationary orbit. “We can’t separate hypersonics defense from the space layer,” he said.
Getting to production, fielding
Congress has given DOD the funding and authorities to move ahead with hypersonics development, Deputy Defense Secretary Patrick M. Shanahan said, and the department wants competing approaches from industry.
Tough decisions lay ahead, he said in the development and engineering phase, operationalizing the technology and then in acquisition. Those decisions include how much to invest and how many hypersonics to produce. “Should it be tens of thousands or thousands?” he said.
Industry will respond, Shanahan said, but government needs to clear a path and help fuel the investments up front, as with the effort field intercontinental ballistic missiles decades ago.
DOD is not risk-averse, the deputy secretary said. “Break it,” he added. “Learn from the mistake. Move on. Break it again and move on, but don’t make the same mistake.” It’s much more expensive to do the analytics to prevent it from breaking than it is to break it, he said.
In early 2018, Defense Secretary Jim Mattis outlined a change to the Navy’s approach to aircraft carrier deployments, mixing up when carriers leave and return to port, shortening their time at sea, and adding flexibility to where they go and what they do.
The change is meant to lessen the strain on the fleet and its personnel while keeping potential rivals in the dark about carrier movements.
This ” dynamic force employment ” was underscored by the USS Harry S. Truman’s return to Norfolk, Virginia, after a 90-day stint at sea that did not include the traditional trip to the Middle East to support US Central Command operations.
Amid that ongoing shift, the Navy is shuffling the homeport assignments for some of its carriers, as it works to keep the fleet’s centerpieces fit for a potential great-power fight.
Carrier refuelings are scheduled long in advance to ensure they’re able to remain in service for a half-century, despite heavy operational demands. The carrier fleet is a crucial piece of US strategy, which in 2018 assessed strategic rivalry from China and Russia as the country’s foremost threat.
Three of the Navy’s 11 active carriers — Nimitz-class carriers USS Carl Vinson, USS Abraham Lincoln, and USS John C. Stennis — will get new homes.
The Navy declined to say when they’ll make the move, but here’s where they’re headed:
The Nimitz-class aircraft carrier USS Abraham Lincoln transits the Indian Ocean in this U.S. Navy handout photo dated January 18, 2012.
(U.S. Navy photo by Chief Mass Communication Specialist Eric S. Powell)
Sailors prepare to moor USS Abraham Lincoln in Norfolk, Virginia, Sept. 7, 2017.
The Lincoln joined the fleet in 1989 and was part of the Pacific fleet from 1990 to 2011. It moved to Norfolk from Everett, Washington, in 2011 for midlife refueling, known as reactor complex overhaul, which wrapped up in mid-2017.
An F/A-18E Super Hornet prepares to take off from the Stennis on May 10, 2018.
(US Navy photo by Mass Comm Spec 2nd Class David A. Brandenburg)
An F/A-18E Super Hornet takes off from the aircraft carrier USS John C. Stennis, May 5, 2018.
(US Navy photo by Mass Comm Spec Seaman Angelina Grimsley)
An F/A-18F fighter jet launches from the Stennis in the Persian Gulf, Nov. 23, 2011.
(U.S. Navy photo by Benjamin Crossley)
The Stennis has been stationed at Kitsap since 2005, when it relocated from San Diego. The carrier left port without notice at the end of July 2018 and will conduct training exercises while underway. It’s expected to deploy late 2018, though the Navy has not said when it will leave or how long it will be gone.
On an early June morning in 1862, two brothers from Scotland were fighting for their lives and their adopted homeland on a South Carolina battlefield. They had come to America less than two decades prior, and each had come to love his new homeland. As they moved through the haze of smoke and bullets that day, they knew was the one time they didn’t want to see one another.
Alexander and James Campbell were fighting on opposite sides of the battle.
The Battle of Secessionville, 1862.
We hear a lot about how the U.S. Civil War pitted “brother against brother,” but at least in one case, such a fight actually happened. Alexander and James Campbell made the transatlantic crossing together from their native Scotland, but they didn’t settle in the United States together. Alexander stayed in New York while Joseph became a stone mason in Charleston, South Carolina. When fighting broke out between the states, the men each attended to their duties as citizens of their respective countries.
Alexander joined New York’s 79th Highlander Infantry Regiment while James enlisted into the 1st South Carolina Battalion. Each knew the other joined the enemy cause because they corresponded with one another regularly. The two exchanged letters for the duration of the war. They were still brothers, after all.
The forests and fields where the Battle of Secessionville took place.
Eventually, Alex and the 79th New York landed on James Island, South Carolina, just outside of Charleston. The Union Army was trying to make South Carolina pay for its rebellion and the attack on Fort Sumter the previous year. The Union troops captured a Confederate skirmisher who told Alexander that his brother was operating in the same area as the Federal Army. It wasn’t until after the battle of Secessionville that they learned they had been on opposite sides of the same battlefield. He wrote:
“I was astonished to hear from the prisoners that you was colour Bearer of the Regmt that assaulted the Battrey at this point the other day…. I was in the Brest work during the whole engagement doing my Best to Beat you but I hope that You and I will never again meet face to face Bitter enemies on the Battlefield. But if such should be the case You have but to discharge your deauty to Your caus for I can assure you I will strive to discharge my deauty to my country my cause.”
Though the brothers were never engaged in dramatic mortal combat at Secessionville, it was the closest they would ever come. After the battle, the Union Army repaired back north, and Alexander was wounded in the Battle of Chantilly, in Virginia later that year. His South Carolinian brother James was captured at the 1863 Battle of Fort Wagner in his adopted home state, and sent to a federal prison, where he sat out the rest of the war in squalid conditions.
The two continued their correspondence throughout James’ incarceration as a rebel soldier.