The United States Navy commissioned the nuclear-powered aircraft carrier USS Gerald R. Ford (CVN 78) this past weekend. The ship is noted for many advanced technologies on board, but what is also notable is what the ship doesn’t have.
According to a Navy Times report, though the Ford has a compliment of America’s most advanced fighters, it’s missing urinals in the men’s head.
The Navy claimed that the elimination of the urinals increase flexibility when it comes to shifting berthing arrangements for the crew on board the $13 billion vessel. However, there are some drawbacks to this new arrangement, according to experts.
Chuck Kaufman, president of the Public Restroom Company, is among those critical of the design change. The Public Restroom Company specializes in designing public restrooms that have been used in parks, rest areas, playgrounds – just about anywhere.
“[A toilet is] by far a less clean environment than a urinal. By far,” Kaufman told the Navy Times, citing the fact that men tend to miss normal toilets more often than they miss urinals.
“What is a problem is [with a water closet] you have a very big target and we can’t aim very quickly,” he added, noting that the only way to ensure men didn’t miss was to make them sit down. Furthermore, Kaufman explained, toilets take over twice the space of urinals. The Navy Times noted that about 18 percent of the Navy’s personnel are women.
The Gerald R. Ford replaced the nuclear-powered aircraft carrier USS Enterprise (CVN 65), which was taken out of service in 2012.
The United States fielded a number of famous fighters in World War II. The P-40 Warhawk, the P-47 Thunderbolt, the F4F Wildcat, the F6F Hellcat, the P-38 Lightning, the F4U Corsair, and the P-51 Mustang all made huge marks. There was one plane, however, that did a lot of damage to the Axis but didn’t enjoy the same fanfare.
And it makes sense — because the Bell P-63 Kingcobra never saw action with the United States.
The P-63 Kingcobra did most of its fighting for the Soviet Air Force, where it served as a tank-buster, armed with a 37mm cannon (about 25 percent bigger than the A-10’s gun), that could also hold its own in the air.
The Kingcobra also packed four M2 .50-caliber machine guns — two in the nose (with 200 rounds per gun) and two in the wings (with 900 rounds per gun). These guns proved more than enough to take out German fighters. The Kingcobra also was able to carry up to three 500-pound bombs or drop tanks. And, with a top speed of 410 miles per hour, this plane was no slowpoke.
The P-63 packed a single 37mm auto-cannon and four .50-caliber machine guns.
Nearly 2,400 Kingcobras were provided to the Soviet Union under the provisions of the Lend-Lease policy. Despite its solid performance, the Soviets never gave this plane much credit for what it did to the Nazis, preferring to highlight the Ilyushin Il-2 Sturmovik, a Russian design, for propaganda purposes.
Some P-63s did serve in the American military – as training aids for pilots headed overseas.
The P-63 also saw some service with the French, who got 112 planes and used them in Indochina until they got second-hand F8F Bearcats from the United States.
In a way, the Kingcobra did serve in the United States — mostly as either aerial targets or target tugs to help American pilots practice their gunnery. Some were even slated to become (but were never used as) target drones.
Learn more about this forgotten fighter in the video below.
This fully customized Dodge Challenger was built by Galpin Auto Sports of Van N California, and is outfitted with special gullwing doors, a carbon fiber body kit, and a “stealth” exhaust system that, when activated, allows the Vapor to run almost silently. Its features include cutting edge technology used by the , such as a forward looking infrared system for night operation and a high-resolution 360-degree surveillance camera with 1/4 mile range.
In addition, the car’s blacked-out “command center” interior is equipped with aircraft style controls, a passenger side steering wheel, and a windshield head-up display with both night and thermal vision capability, and its advanced computer system allows remote operation from anywhere in the world with an internet connection.
The Vapor Supercar toured the for more than seven years with the Recruiting Service, educating the public on opportunities for officers and enlisted airmen by showcasing ingenuity, state-of the-art technology, and innovation.
According to National Museum of the Deputy Director and Senior Curator Krista Strider, having the Vapor Supercar on display at the museum will not only allow visitors to appreciate the advanced technology and unique aspects of the car, but could also lead to some extended mileage for its recruiting mission.
“The special features and innovative technology associated with the Vapor Supercar is really interesting for visitors to see,” said Strider. “A major part of the museum’s mission is to inspire our youth toward an or STEM (science, technology, engineering and math) career, and the Vapor Supercar is another asset that we can utilize to help accomplish that goal.”
After 9/11 we vowed that we would never forget. We set out to find those responsible for the horrific attacks and bring them to justice. To remember the people whose lives were taken that day, we erected memorials across the nation as focal points for grief and healing and as symbols of hope for the future. Here are five of the most beautiful, sobering and awe-inspiring.
(Frederic Schwartz Architects—Wikimedia Commons)
1. The Rising—Westchester, New York
Naturally, New York is home to the most 9/11 memorials. The Rising in Westchester remembers the 109 Westchester residents who lost their lives on 9/11 with 109 steel rods intertwined like strands. They rise 80 feet from the ground, “reaching upward to the heavens,” according to the architect. It also includes the names of 10 additional victims who were former Westchester residents etched on stones. A 110th victim from Westchester was unintentionally omitted from the memorial. Since their identification, their name has been added to the stones.
(9/11 Memorial Museum)
2. Postcards—Staten Island, New York
Dedicated on the fourth anniversary of the attacks, the Postcards 9/11 Memorial features two fiberglass structures that resemble postcards. It honors the 275 Staten Islanders who lost their lives on 9/11. Each victim is memorialized with a profile on a granite plaque that lists their name, date of birth and place of work at the time of the attack. The memorial frames the location across the water on Manhattan where the Twin Towers stood. Postcards was the first major 9/11 Memorial to be completed in New York City.
3. Trinity Root—New York, New York
Sculpted by artist Steve Tobin, Trinity Root measures 12.5×20 feet and weighs three tons. The bronze sculpture memorializes the stump of a 70-year-old Sycamore tree that shielded St. Paul’s Chapel from falling debris on 9/11. Unveiled in 2005, the sculpture has since been moved to Trinity’s Retreat Center in Connecticut.
(Boston Logan International Airport)
4. Boston Logan International Airport 9/11 Memorial—Boston, Massachusetts
Boston Logan International Airport houses a permanent memorial to the passengers and crew of United Airlines Flight 175 and American Airlines Flight 11, both of which departed Logan for Los Angeles before they were hijacked and flown into the Twin Towers. A landscaped path leads to a large glass cube that houses two glass panels etched with the names of every person aboard the two planes.
5. Monument to the Struggle Against World Terrorism—Bayonne, New Jersey
Dedicated on the 5th anniversary of the attacks, this memorial stands 10-stories tall and was an official gift from the Russian government to the United States. The sculptor, Zurab Tsereteli, drove by the American Embassy in Russia every day for work. Following the attacks, this daily commute would bring him to tears, inspiring the teardrop focus of the memorial. It highlights the 26 Russians who were killed on 9/11 and also memorializes the 1993 World Trade Center Bombing. The memorial was originally gifted to the local government of Jersey City. After they rejected it, the memorial was placed in its current location in Bayonne.
There are dozens more memorials across the nation that honor the victims of the 9/11 attacks. In big cities and small towns throughout the United States, we keep our promise that we made all those years ago. We will never forget.
The Senate by a vote of 86-9 confirmed Robert Wilkie on July 23, 2018, as the next secretary of the Department of Veterans Affairs in a move to bring stability to a department Republicans and Democrats suggested has been in turmoil over political infighting and low morale.
The vote for Wilkie, 55, of North Carolina, an Air Force Reserve colonel with long experience at the Pentagon and on Capitol Hill, capped a tumultuous four months at the VA marked by ongoing leadership shuffles since President Donald Trump fired former VA Secretary Dr. David Shulkin in March 2018.
In a sign of continuing questions about the direction of the VA, the Senate’s action in confirming the new secretary — normally a bipartisan event — featured opposition votes.
The vote to confirm Shulkin in 2017 was 100-0 to head a department serving nine million veterans annually with a budget of more than 0 billion and a workforce of more than 350,000.
The “no” votes came from eight Democrats, including Sens. Dianne Feinstein of California and Elizabeth Warren of Massachusetts, and one independent, Sen. Bernie Sanders of Vermont.
Sen. Bernie Sanders
Sanders in early July 2018 cast the first opposition ballot in memory for a VA secretary nominee in the Senate Veterans Affairs Committee vote that sent the nomination to the floor.
Sanders at the time said he was voting more in protest of Trump than he was to Wilkie’s qualifications, saying he feared that Trump and political appointees within the VA would use the recently passed VA Mission Act as a vehicle to press for the “privatization” of VA health care.
In the floor debate leading up to the vote, Sen. John Boozman, R-Arkansas, said he is confident Wilkie can “re-establish the non-partisan approach to serving our veterans” at the VA, a possible reference to political infighting at the department.
Sen. Jon Tester, D-Montana, who voted for Wilkie, was more direct. “We’ve got political forces at play inside the VA. That’s very unfortunate,” said the committee’s ranking member. “When Mr. Wilkie becomes secretary, he has to see that this stops.”
In his stormy departure from the VA, Shulkin said he was the victim of “subversion” by Trump political appointees within the VA and at the White House.
Sen. Johnny Isakson, R-Georgia, chairman of the committee, said, “We know Robert Wilkie is the real deal,” and he will now have the opportunity “to fix the problems that we have” at the VA.
“This is the opportunity to do the changes of a lifetime,” Isakson said but repeated a warning he gave Wilkie at his confirmation hearing: “You will have no excuses.”
Shulkin’s firing initially led Trump to nominate Rear. Adm. Ronny Jackson, his personal physician and head of the White House medical unit, to head the VA.
Rear. Adm. Ronny Jackson
In an embarrassment to the administration, Jackson withdrew his name over allegations — never proven — that he mishandled prescriptions at the White House medical unit and may have been drunk on duty.
Following Jackson’s withdrawal, Wilkie was moved over from the Pentagon to become acting secretary at the VA. In his time as acting secretary, Wilkie noted the political turmoil and low morale at the department. He said he wanted the staff “talking to each other, not at each other.”
When Trump surprised him by nominating him to the full-time position, Wilkie had to step down as acting secretary to avoid violating a provision of the U.S. Code barring acting secretaries from nomination to cabinet positions.
Peter O’Rourke, a former Trump campaign worker who had been chief of staff at the VA, was moved up to the acting secretary’s position. O’Rourke has since clashed with VA Inspector General Michael Missal over access to whistleblower complaint data.
The major veterans service organizations (VSOs) supported Wilkie’s nomination despite initial reservations that expansion of community health care options for veterans could lead to privatization.
In a statement after the vote, Denise Rohan, national commander of the two-million-member American Legion, said in a statement, “I congratulate Mr. Robert Wilkie on his Senate confirmation to be the 10th secretary of the Department of Veterans Affairs.”
“We look forward to working closely with Secretary Wilkie and his staff to ensure America’s veterans receive the health care, education, and other benefits they have earned through their selfless service to our great nation,” she added.
This article originally appeared on Military.com. Follow @militarydotcom on Twitter.
After blowing a UK-imposed deadline to answer for the attack, which UK experts assess used a Russian-made chemical weapon, a Russian foreign ministry spokesman warned the UK not to threaten nuclear powers.
The UK also possesses nuclear weapons, but Russia has more firepower and newer nuclear systems than any other nation and has frequently taken to threatening its neighbors and bragging about its capability to end life on Earth.
Additionally, Russian state TV broadcaster Kirill Kleimenov went on Russia’s popular Channel One to make veiled threats and insinuations that politically motivated murders in Britain would continue.
“The profession of a traitor is one of the most dangerous in the world,” Kleimenov said. “It’s very rare that those who had chosen it have lived in peace until a ripe old age.”
Outside of military threats, Russia has said it would respond in kind if the UK moves to expel Russian diplomats or scraps the media license for RT, a Russian-funded media organization.
“Not a single British media outlet will work in our country if they shut down Russia Today,” Russian Foreign Ministry spokeswoman Maria Zakharova said in response. International news outlets in Russia already operate under heavy scrutiny and cannot spread their news freely to the Russian people.
If Britain chooses to acknowledge the attack as having been carried out by Russia on its own soil, it can invoke Article 5 within NATO and trigger a response, possibly war, from the 29-member alliance.
But Russia stands accused of killing 15 former spies on UK soil, and experts tell Business Insider it’s unlikely the UK will go to war over the nerve agent attack.
Some planes have long had a reputation for being deadly in air-to-air combat. That is an arena built for the fast and evasive — and planes get faster and more evasive all the time. But what do we do about the older fighters? Retirement or being passed on, second-hand, to other countries happens to some models, and some of these designs are so good, they last for decades (the P-51 served in a military role until 1985). Other planes, however, undergo a little role change and start dropping bombs instead.
In fact, when you look at the most prominent fighters from World War II (the P-51, the F6F Hellcat, the F4U Corsair, the P-47 Thunderbolt, and the P-38 Lightning), they were all multi-role fighters. The jet age was no different — many planes designed for air-to-air became very good at dropping bombs on the enemy on the ground. Here are some of the most prominent.
1. North American F-86 Sabre
The F-86 Sabre dominated the skies during the Korean War, but as the war went on, this plane also had a significant impact as a fighter-bomber. This plane did so well dropping ordnance that the Air Force eventually bought the F-86H, a dedicated fighter-bomber version of the F-86, which served until 1972.
2. North American F-100 Super Sabre
Like the F-86, the F-100 was initially intended for air-to-air combat. But the F-100A had its teething problems, and it never saw much combat as a fighter. The F-100D version, however, became a very reliable fighter-bomber. In fact, a later model, the F-100F operational trainer model, was among the first of the Wild Weasels — Vietnam-era bombers that were responsible for taking out enemy air defenses. The F-100 fighter-bombers stuck around until 1979.
3. McDonnell Douglas F-4 Phantom
The Navy’s version of the Phantom, the F-4B, was an all-weather interceptor. The Air Force was the first branch to use this airframe as a tactical fighter, and the others quickly followed suit. As F-14s and F-15s emerged into service, F-4s took on more ground-attack missions. Today, those still in service with Turkey and other countries are primarily used for bombing.
4. Grumman F-14 Tomcat
Lessons learned from Vietnam and the development of new Soviet bombers spurred the development of the F-14 as a pure fighter. It had quite the long reach, too. With the end of the Cold War, though, the Tomcat quickly ran thin on targets in the air and was quickly retooled to attack ground targets. Sadly, it also saw its production ended shortly after the fall of the Soviet Union and was retired in 2004. It leaves us to wonder just what could have been for carrier air wings.
5. McDonnell-Douglas F-15 Eagle
While the Navy replaced its F-4s with the F-14, the Air Force chose to replace them in the air-to-air role with the F-15. The F-15 dominated as an air-superiority fighter (it still hasn’t lost a for-real dogfight). Then, the Air Force sought to replace the F-4 for the ground-attack missions – and the F-15 was selected. Today, the F-15E is still going strong, bringing the fight to ground forces.
The fact is, an air-superiority fighter need not despair when newer jets come along. It can earn a second lease on life by dropping bombs on the bad guys. It might not be as thrilling as a dogfight, but it’s plenty effective.
In today’s Army, you can be the toughest general in the U.S. military, but when you turn 64, it’s time to go.
It’s well known most bodies just can’t take the rigors of duty and deployment beyond that (though Gen. Jim Mattis might be the exception), but history does have examples of military leaders who went well past their sexagenarian limitations.
The 73-year-old Prussian Field Marshal Gebhard Leberecht von Blücher of the Battle of Warterloo fame did it, and so did the 62-year-old Gen. George Sears Greene, whose men fought off repeated Confederate assaults at Culp’s Hill during the Battle of Gettysburg.
Army Lt. Gen. Nelson A. Miles was another one of these timeless warriors who shattered this stereotype and demonstrated that age does not provide a restriction to some men.
Nelson Appleton Miles spent nearly 42 years in the U.S. Army leading up to his 64th birthday in 1903. During the American Civil War, He rose from a lowly lieutenant to the rank of major general of volunteers by the age of 26-years-old. He fought in such notable battles as Seven Pines, Antietam, Cold Harbor, and Petersburg.
At the Battle of Chancellorsville in May of 1863, he earned the Medal of Honor as the colonel of the 60th New York Infantry for his “distinguished gallantry while holding with his command an advanced position against repeated assaults by a strong force of the enemy.” He was severely injured in this action and suffered three other wounds through the course of the war.
Miles decided to remain in the army after the American Civil War. He is best remembered for his service on the western frontier during the 1870s and the 1880s — immortalized for his capture of the famed Apache leader Geronimo. By 1895, he rose to overall command of the Army.
Though an excellent soldier, Miles was notorious for being stubborn, quarrelsome, overambitious and opinionated. Many, including President Theodore Roosevelt, wanted to see him cast out of the Army once and for all. Those who knew Miles best were aware that he wasn’t going to be forced out of the army without a fight.
Miles’ time for retirement crept up in 1903. He felt that he was still fit for soldiering, so he set out to prove that he was still physically fit to endure the hardships of active campaigning.
At dawn on July 14, 1903, Miles, sporting a summer helmet and light blue shirt, rode out of Oklahoma’s Fort Sill headed toward Fort Reno 90 miles away, intending to shatter Roosevelt’s age barrier. He was accompanied by several younger officers and cheered on by a large crowd of observers.
The tanned and muscular Miles knocked out the first 34 miles in a record time of just under 2.5 hours. Only the 34 year old cavalry officer Capt. Farrand Sayre of the Eight Cavalry was able to keep up with the grueling pace Miles set under the punishing sun and sweltering heat.
Miles tackled the 90 mile ride in just over nine hours, arriving at Fort Reno to the salute of gunfire from the soldiers of the garrison showing “no signs of fatigue.” Within 40 minutes of arriving, Miles changed out of his dusty uniform, reviewed the troops of the garrison, and rode another four miles to catch a 4:00 p.m. train back to Fort Riley, Kansas.
Miles boasted afterward to the papers that, “I enjoyed every moment of the trip, and there was one time that I felt particularly good; that was when I came up to the men who had charge of the pack teams just south of the Canadian river. They had lunch ready and I enjoyed it with them. It made me feel extra good.”
Despite displaying that he was still very much fit for active service, Miles was forced to retire in August of 1903. At 77, the Civil War general and Medal of Honor recipient offered his services to Woodrow Wilson’s administration with the American intervention during World War I. The offer was politely refused by the secretary of war who wrote back to Miles, “in time of emergency out government may need to take advantage of your great experience. Please accept appreciation of your most patriotic offer.”
Miles was still spry enough to serve on the battlefield even in 1916. He did not pass away until 60 years after the American Civil War ended in May of 1925 from a heart attack, outliving President Theodore Roosevelt by six years.
NASA’s Voyager 2 probe exited our solar system nearly a year ago, becoming the second spacecraft to ever enter interstellar space.
It followed six years behind its sister spacecraft, Voyager 1, which reached the limits of the solar system in 2012. But a plasma-measuring instrument on Voyager 1 had been damaged, so that probe could not gather crucial data about the transition from our solar system into interstellar space.
Voyager 2, which left the solar system with its instruments intact, completed the set of data. Scientists shared their findings for the first time on Oct. 4, 2019, via five papers published in the journal Nature Astronomy.
The analyses indicate that there are mysterious extra layers between our solar system’s bubble and interstellar space. Voyager 2 detected solar winds — flows of charged gas particles that come from the sun — leaking from the solar system. Just beyond the solar system’s edge, these solar winds interact with interstellar winds: gas, dust, and charged particles flowing through space from supernova explosions millions of years ago.
“Material from the solar bubble was leaking outside, upstream into the galaxy at distances up to a billion miles,” Tom Krimigis, a physicist who authored one of the papers, said in a call with reporters.
The new boundary layers suggest there are stages in the transition from our solar bubble to the space beyond that scientists did not previously understand.
An image of Uranus taken by Voyager 2 on January 14, 1986, from a distance of approximately 7.8 million miles.
The place where solar and interstellar winds interact
On Nov. 5, 2018, Voyager 2 left what’s known as the “heliosphere,” a giant bubble of charged particles flowing out from the sun that sheathes our solar system. In doing so, the probe crossed a boundary area called the “heliopause.” In that area, the edge of our solar system’s bubble, solar winds meet a flow of interstellar wind and fold back on themselves.
It took both spacecraft less than a day to travel through the entire heliopause. The twin probes are now speeding through a region known as the “bow shock,” where the plasma of interstellar space flows around the heliosphere, much like water flowing around the bow of a moving ship.
This illustration shows the position of NASA’s Voyager 1 and Voyager 2 probes outside the heliosphere, a protective bubble created by the sun.
Both Voyager probes measured changes in the intensity of cosmic rays as they crossed the heliopause, along with the transition between magnetic fields inside and outside the bubble.
But because so much of the transition from our solar system to the space beyond is marked by changes in plasma (a hot ionized gas that’s the most abundant state of matter in the universe), Voyager 1’s damaged instrument had difficulty measuring it.
Now the new measurements from Voyager 2 indicate that the boundaries between our solar system and interstellar space may not be as simple as scientists once thought.
The data indicates that there’s a previously unknown boundary layer just beyond the heliopause. In that area, solar winds leak into space and interact with interstellar winds. The intensity of cosmic rays there was just 90% of their intensity farther out.
“There appears to be a region just outside the heliopause where we’re still connected — there’s still some connection back to the inside,” Edward Stone, a physicist who has worked on the Voyager missions since 1972, said in the call.
An illustration of a Voyager probe leaving the solar system.
Other results from the new analyses also show a complicated the relationship between interstellar space and our solar system at its edges.
The scientists found that beyond the mysterious, newly identified layer, there’s another, much thicker boundary layer where interstellar plasma flows over the heliopause. There, the density of the plasma jumps up by a factor of 20 or more for a region spanning billions of miles. This suggests that something is compressing the plasma outside the heliosphere, but scientists don’t know what.
“That currently represents a puzzle,” Don Gurnett, an astrophysicist who authored one of the five papers, said in the call.
What’s more, the new results also showed that compared with Voyager 1, Voyager 2 experienced a much smoother transition from the heliopause to a strong new magnetic field beyond the solar system.
“That remains a puzzle,” Krimigis said.
The scientists hope to continue studying these boundaries over the next five years before the Voyager probes run out of fuel.
“The heliopause is an obstacle to the interstellar flow,” Stone added. “We want to understand that complex interaction on the largest scale as we can.”
The Voyager 2 spacecraft launches from NASA’s Kennedy Space Center on August 20, 1977.
NASA launched the Voyager probes in 1977. Voyager 2 launched two weeks ahead of Voyager 1 on a special course to explore Uranus and Neptune. It is still the only spacecraft to have visited those planets.
The detour meant that Voyager 2 reached interstellar space six years after Voyager 1. It is now NASA’s longest-running mission.
“When the two Voyagers were launched, the Space Age was only 20 years old, so it was hard to know at that time that anything could last over 40 years,” Krimigis said.
Now, he said, scientists expect to get about five more years of data from the probes as they press on into interstellar space. The team hopes the Voyagers will reach the distant point where space is undisturbed by the heliosphere before they run out of fuel.
After the spacecraft die, they’ll continue drifting through space. In case aliens ever find them, each Voyager probe contains a golden record encoded with sounds, images, and other information about life on Earth.
In the future, the researchers want to send more probes in different directions toward the edges of our solar system to study these boundary layers in more detail.
“We absolutely need more data. Here’s an entire bubble, and we only crossed at two points,” Krimigis said. “Two examples are not enough.”
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
The months following the tragic events of Sept. 11, 2001, would forever shape the way the military does business.
In an effort to provide some sense of comfort to the families of those who perished that September day, the US Army Human Resources Command established the Joint Personal Effects Depot at present day Joint Base Myer-Henderson Hall, in Arlington, Virginia.
Its close proximity to the Pentagon made Arlington the perfect area to account for and process personal items of fallen warriors, return them to the families, and help provide closure.
But as America’s resolve strengthened, the young men and women of this country took up arms to defend the freedoms of its citizens against an unconventional new enemy in a war against terror thousands of miles away.
With the possibility of a rising number of casualties stemming from this new war, America’s military was faced with a new challenge — how to care for its fallen?
As the war on terror intensified, the need for an expanded personal effects facility soon became evident and the JPED was relocated from Arlington to Aberdeen Proving Ground in Maryland.
Working out of old and sometimes dilapidated World War II era warehouses, workers at the JPED ran an assembly line operation without heat in the winter or air conditioning in the summer until 2005, when the decision was made to consolidate the Joint Personal Effects Depot, along with the services’ mortuary, to Dover Air Force Base in Delaware.
“I was assigned to the depot in Aberdeen as a mortuary affairs specialist with the Army Reserve and I can say it was less than ideal conditions to work in,” said Nelson Delgado, JPED operations management specialist and retired Army Reserve master sergeant.
“Back then, everything was moved from station to station,” he said. “It was cramped and there was too much room for mistakes. One day, General Schoomaker (retired Gen. Peter Schoomaker, 35th Chief of Staff of the US Army) showed up and asked us what we needed.
“That’s how we got to Dover.”
In March 2011, construction of the current 58,000 square-foot state-of-the art facility was finally completed by the Philadelphia District Corps of Engineers at a cost of $17.5 million. A few months later in May, the first personal effects processed there.
Staffed by a mix of active and Reserve component Soldiers, Airmen, and Marines, as well as a handful of Department of the Army Civilians and contractors, the JPED, along with the Air Force Mortuary Affairs Operations facility provides dignity, honor, and respect for the families left behind.
When Soldiers make the ultimate sacrifice in theater, their personal effects are inventoried, packed, and rushed to the JPED, usually within five days.
“If it comes through the front door, it has to be accounted for by us and sent to the family,” said Delgado. “We don’t throw anything away.”
“Sometimes, what might seem insignificant to you and me may, in fact, be very important to the families. We’ve actually had instances where families have called back asking for something like a gum wrapper that was given to the service member by a child,” he said.
As items arrive at the depot, they are carefully x-rayed and screened for unexploded ordnance in a blast-proof corridor before they are ever brought into the main facility.
From there, items are brought into an individual cage where they are inventoried and packed for shipment to the service member’s primary next of kin.
“All the preparations are done, from start to finish, in one single room,” Delgado said.
“We ensure there are two Soldiers present in the cage at all times in addition to a summary court martial officer. This gives us a system of checks and balances and also reduces the risk of cross contamination of items,” he added.
Each cage is equipped with photographic equipment, washers and dryers, and cleaning materials. As items are inventoried, they are carefully inspected and then individually photographed. Soldiers go through great pains to ensure each item is soil-free and presentable for the family members.
“We want to make sure everything that the individual service member had with them in theater is returned to the family,” Delgado said. “What we don’t want to do is make a difficult situation worse.”
“If an item is soiled or bloodstained, we will stay here as long as it takes to get it clean so it can be returned. Besides memories, this is all the families have of their loved ones,” he said.
After items are cleaned and inventoried, they are carefully packaged into individual plastic foot-lockers.
Each item is pressed and folded. They are placed neatly in the containers, and wrapped tightly with several layers of packaging paper and bubble wrap. Smaller items, such as rings, watches or identification tags, are placed into small decorative pouches, inscribed with the service member’s individual branch of service.
Items such as Bibles, flags, or family photos are placed at the top of the first box, so that they are the first things the families see upon opening it.
“We emphasize box one, because that is usually the box the families will open first. But that doesn’t mean we neglect box two, or box six, or even box 10,” Delgado said. “We treat each box the same way because we really want the families to know we care about their loved one.”
“That’s why we take our time and make sure items are neat and presentable, not just stuff thrown in a box.”
After the items are finally packaged and sent to the transit room, Soldiers scour the cage one last time and sweep the floor before exiting. Great attention to detail is given to make sure everything is accounted for and nothing is overlooked.
Soldiers at the JPED are meticulously screened for duty fitness by HRC’s Casualty and Mortuary Affairs Operations Division before they are ever assigned there.
Assignments at the JPED can be emotionally taxing on the Soldiers working there.
Soldiers regularly attend resiliency training to help them cope with the tasks they are asked to perform. The JPED chaplain is as much there for them as he or she is for the grieving families attending dignified transfers.
“This is a job that not a lot of people want, or can do, but at the same time, this can be the most rewarding job you will ever do,” Delgado said.
“Taking care of the personal effects is the last part of the process. This is what helps bring some sense of closure to the families. The families don’t see what goes on here, but we get to know the service members and their loved ones by working here. We develop a closeness and connection with them,” he added.
For Delgado and others working at the JPED, that connection sometimes hits close to home.
“Sometimes you see kids as young as 19 years of age coming through here,” he said. “I have a 19-year-old kid at home. Sometimes it hits a little too close to home. I don’t know anyone working here that hasn’t cried at one time or another.
“I spent 23 of my 25-year Army Reserve career as mortuary affairs and I was blessed to get assigned to the JPED. This is our way of giving back to the families of the fallen. It’s an honor to do this.”
The original CZ-75 pistol (non-machine version) was designed during the 1970s by the Kouchy brothers for the Czechoslovakian—now Czech Republic—owned Ceska Zbrojovka (CZ) arms company. When the Communist nation dissolved, the company looked at two of its best-selling products—the CZ-75 and the Skorpion VZ-61 submachine gun—to come up with the fully automatic machine pistol.
You won’t find this weapon on the market; it’s nearly impossible to obtain one. CZ stopped offering the machine pistol after 2010. But it’s still popular in movies and video games, such as Call of Duty, according to Guns.com.
While it’s not the most accurate weapon due to its violent recoil, Larry Vickers mitigates the pistol’s action with short two to three round bursts in the video below.
The announcement of the Space Force has plenty of us waiting for the day that the first recruitment office opens up. After all, who wouldn’t want to go into space?
Sure, the Space Force isn’t going to be doing a bunch of sci-fi bad*ssery for a long while yet. In fact, the Space Force is likely going to spend more time monitoring satellites than training space shuttle door gunners, but let’s pretend that the day will eventually come where we need to send grunts into the great, dark beyond…
I hate to say it, but it’s still going to suck — and for some unexpected reasons, most of which stem from being outside of the Earth’s atmosphere.
I’m highly confident that it’d be a terrible idea.
(20th Century Fox)
5. You’re going to have to ration everything
When it comes to the essentials, resupplies are going to be limited. When it comes to the extras, you know, the little things that make life comfortable? Ha! Good luck getting mom to ship those out to you. If you want something, you’re going to have to bring it yourself and make it last.
Right off the bat, you’re going to have to go without most of the junk that everyone takes for granted. Chances are extremely slim that you’ll be able to convince the next wave of spacemen (in lieu of an official demonym, let’s assume they’ll be called ‘spacemen,’ like ‘airmen’) to take up valuable cargo space just to bring you a bag of chips.
The Earth is pretty and all, but you can only stare down at the Big Blue Marble so many times…
4. You won’t have many pastime options
Astronauts have a very strict schedule they need to follow or else they’ll be too weak to survive their eventual return. The average astronaut needs to exercise at least two hours a day to just to prevent bone and muscle loss. Since most troops tend to need more exercise to stay at peak performance, this figure will more than likely double.
Combine all that self-maintenance with an actual mission and troops are going to find themselves with barely any time to take a break.
Just imagine, you could pay off your Ford Mustang by the time you get out of atmosphere.
3. You probably won’t get any extra incentives for being in space
Colonel Buzz Aldrin was one of the finest airmen to ever grace the Air Force. He made history alongside Neil Armstrong by being the first men to ever step foot on the moon. Since he was on active duty, he submitted a travel voucher. For his 483,636-mile journey, he got a whole .31.
Once upon a time, you’d get a load of cash at the end of a TDY trip, but that per-mile rate is probably going to be non-existent when you’re travelling 4.76 miles per second.
It’s like being in a slightly less comfortable Humvee for weeks. Only slightly, though.
(NASA photo by Bill Bowers)
2. You shouldn’t expect any kind of personal space in space
Once you’re on a space ship, that’s it. You obviously can’t leave the ship, so get comfortable, because you’re going to be packed in with your unit. If you’re claustrophobic, you’re probably going to go nuts.
This isn’t unlike what some submariners deal with, but subs surface every once in a while — and there’s a difference of magnitude here. The Apollo 11 capsule was roughly the size of a Volkswagen Beetle. Granted, the crew was in there for only eleven days and modern astronauts have a bit more leg room, but if you’re up there for months at a time…
“Well, guys. I’m out. Have fun in space!”
(U.S. Air Force photo by Volkmar Wentzel)
1. After a while, your body won’t function like you’re used to
There’s no real order to the fairly terrible things listed here, but this one definitely takes the top spot. To put this in the most delicate way possible to stay in line with the family-friendly vibe we strive for here at We Are The Mighty, it has to be noted that astronauts run into health concerns after spending extended periods of space time. First, you’ll find your red blood cell count has dipped. Zero-gravity also makes the circulation of blood more evenly spread throughout the body, as opposed to it being able to concentrate in the lower extremities, like it does in regular gravity.
The main reason most people cite for their energy drink consumption is to get enough caffeine to get through the day. Been there, done that. I’m pretty sure there are more soul-sucking jobs in existence than fulfilling ones–we can’t all write for We Are The Mighty and spend the rest of our time surfing… the waves are getting crowded and that’s my job, you can’t have it.
Let’s look at the math for exactly how much caffeine is in the average energy drink versus a cup of coffee.
Does he look cool or just tired? Hand tattoo optional…
The average cup of coffee contains up to 170 mg of caffeine. In some cases, like a 20 oz venti from Starbucks, it could contain up to 415 mg of caffeine.
The caffeine content in energy drinks is anywhere between 47 to 207 mg.
With the recommended intake of caffeine per day maxing at 400 mg/day, it seems like you could easily get your caffeine fix from either drink. So what is the real case for spending over .00 on a can of what looks like nuclear reactor run-off?
Many energy drink companies associate themselves with athletics and extremely fit people. The insinuation is that if you drink this product, you’ll become a freak athlete, you’ll look great with your shirt off, and you’ll be jumping from balloons way up in the stratosphere in no time flat.
Well, my friends, let’s see if the research on energy drinks supports their subliminal messaging.
Before I poop all over your favorite energy drink, I will happily admit that they have been shown to increase alertness and performance if consumed immediately before a test or training session.
This makes sense, since the most popular pre-workout ingredient is caffeine, and these things are loaded with caffeine. But is that caffeine enough to carry someone through months and years of training to reach their true fitness goal?
Scientists have shown that energy drinks increase jump height, muscular endurance in the bench press, and performance in tennis and volleyball.
Real subtle…almost accurate, very bombastic.
(Photo by Sharon McPeak)
The bad and the toothless
However, a recent meta-analysis on energy drinks has shown that people who consume energy drinks have:
Increased blood pressure
Increased heart rate
Increased risk of obesity
Increased risk of type 2 diabetes
Increased dental decay
Increased kidney issues
Increased sleep dissatisfaction
Increased stress, anxiety, and depressive symptoms
AND low academic achievement
Before you call bullshit, let me rein in these findings for you. Correlation does not equal causation. No one, even the scientists who conduct the cited studies, is saying that energy drinks in and of themselves cause all of these issues.
What is being said is that people who drink energy drinks also have these other issues. They are describing the profile of someone who tends to drink energy drinks.
This is similar to any other demonized substance or habit. Take for instance red meat eaters, or people who don’t exercise. Many of the same conclusions can be drawn for people that fall into these categories. This is just how science works.
What is true though is that if you are a fan of energy drinks, you probably have other crappy habits that will also contribute to you developing some of the above conditions.
We don’t see the same with coffee drinkers because nearly everyone, except Mormons, drink coffee. We can see similar effects on people who only drink double mocha f*ckaccinos though, because that’s an irresponsible decision.
[instagram https://www.instagram.com/p/Bg8yXjkg1-z/?utm_source=ig_web_copy_link expand=1]Michael Gregory on Instagram: “I tend to forget about my teeth when considering the nutritional content of various foods. ? Found this bad boy at my first dentist visit…”
Long-term studies on energy drink drinkers show only negative effects. Some of these effects are directly related to the actual consumption of energy drinks, like dental decay, but many of them are due to a whole host of combined factors. And that is where the real devil is in these products.
Although they promote active lifestyles, they actually create a vicious cycle that leads to a sedentary lifestyle.
Energy drinks after 3 p.m. disrupt sleep.
Disrupted sleep leads to increased daily fatigue and tiredness.
Tired people are masters at coming up with excuses to not work out.
You can kiss any fitness goal you may have goodbye if you fall into this cycle. Period.
Used properly, energy drinks could be a force multiplier for you in the gym. Used irresponsibly, they will lead you to a slow decline into inactivity, a gross body, and loads of tearful regret about what could have been.