The crew of the Coast Guard Cutter Thetis was just doing their thing in November, 2017, hunting smugglers and mapping America’s puddles (or whatever it is they do), when they came across the ultimate smuggler: an ancient sea monster with $53 million of drugs in tow.
USCGC Thetis transits past the USCGC Tampa Bay in Key West.
(U.S. Coast Guard Petty Officer 2nd Class Lisa Ferdinando)
The Coast Guard first spotted the drugs with an Over The Horizon small boat, identifying it as a debris patch with contraband likely in it. When the pursuit mission commander arrived at the debris field, he identified both the cocaine and a sea turtle caught in the middle of it.
Despite catching the sea turtle swimming with bales of contraband on it, the commander kept an open mind about whether or not the sea turtle was involved in the underlying crime.
A crewman from the USCGC Thetis prepares to cut a sea turtle free of bales of cocaine.
The Coast Guardsmen identified chaffing on the sea turtle and went to render aid. Speaking of which, seriously guys —do not leave trash lines in the ocean. Slowly dying of infection from chaffing or starvation because you can’t hunt is a horrible way to go.
The Coast Guardsmen cut the turtle free and allowed it to swim away without further investigation, instead concentrating on recovering what turned out to be 1,800 pounds of cocaine valued at million. They also recovered the 75 feet of lines and cords which would’ve been a persistent threat to sea turtles and other wildlife.
For some reason, these are the best photos the Coast Guard released of the sea turtle rescue. Not sure if all Coast Guardsmen are limited to smart phones from 2008 or what, but we would include better photos if we had them.
(U.S. Coast Guard)
The encounter was part of Operation Martillo, and USCGC Thetis was on a 68-day patrol where the Coast Guard and its partners ultimately captured 5 million worth of drugs, mostly cocaine and marijuana.
USCGC Thetis arrives in Naval Station Guantanamo Bay in 2010.
(U.S. Navy Chief Petty Officer Bill Mesta)
And the Coast Guard has done this while being dramatically under-resourced for such a large mission. They can often only put three cutters onto the mission at a time, and are only able to interdict 20 to 25 percent of the seaborne drugs headed into the country.
The U.S. isn’t the only country involved in the efforts. Operation Martillo has been going on since 2012 and has member countries from South America and Europe, and Canadian forces were part of the sea turtle rescue. SOUTHCOM says the operation has scooped up over 693 metric tons of cocaine, nearly 600 sea vessels and aircraft, and nearly 2,000 smugglers since it was launched in early 2012. It’s also nabbed million in bulk cash.
On Wednesday, two Communist Party members who are deputies in the Russian Duma called on the Kremlin to deploy missiles to Cuba, a request they say is in retaliation to U.S. plans to deploy a rocket system to southeastern to Turkey as part of the battle to counter ISIS in nearby Syria.
There’s no word on the class of missiles that they want placed on the Caribbean island or whether the Kremlin will comply, but the deputies aren’t shy about comparisons between their request and the 1962 Soviet decision to place nuclear-tipped intermediate range ballistic missiles in Cuba.
“It is worth noting that according to available data the (American) weapons system uses missiles with a range of up to five hundred kilometers, a potential threat to Russian allies in the CSTO, primarily Armenia,” they said in the memo.
Furthermore, “we are talking about the deployment of Russian launchers similar to or of even greater range in Cuba,” the deputies continued.
On Tuesday, the Department of Defense announced that it will deploy a single truck-mounted M-142 High Mobility Artillery Rocket System (HIMARS) in Turkey to stop cross-border attacks by ISIS in Syria. Another HIMARS system is on its way to northern Iraq to assist in the battle to retake Mosul from the radical Islamist group.
The CSTO or Collective Security Treaty Organization is a six-member mutual defense pact comprised of Russia and several post-Soviet states, including Armenia. Other members include Belarus, Kazakhstan, Kyrgyzstan, and Tajikistan.
Armenia is a country landlocked in the South Caucasus that shares a 165-mile border with Turkey and has cordial relations with Russia – so cordial that some observers believe Russia is taking advantage of the situation to expand its military presence right next to Turkey, a NATO ally.
Concerned parties point out recent developments: in March, a snap drill in cooperation with the Armenian military that involved 8,500 Russian troops, 900 ground weapons, 200 warplanes and about 50 warships; in December, the two nations signed a cooperative air defense agreement; even a recent basing arrangement agreement between the two governments for more than 5,000 Russian troops.
In addition, the deputies are calling for the reopening of the Lourdes signals-intelligence station located outside Havana, which the U.S.S.R. built in 1962. The Cuban government closed the station in 2002, although there is speculation that the Cubans and the Russians have recently discussed reactivation of the base.
Rashkin and Obukhov also wrote: “At a time when Russia is once again positioning itself in the international arena as a great power, our country should be more active to restore the destroyed military and economic ties with our allies, primarily with the fraternal Cuban Republic.”
The request by the two deputies echoes the events of the Cuban Missile Crisis – the 13-day standoff between United States and the Soviet Union in 1962 that brought both nations to the brink of a nuclear war.
Eventually, the Soviet Union agreed to remove the missiles based in Cuba because of a secret agreement forged between Soviet Premier Nikita Khrushchev and U.S. Pres. John F. Kennedy that led to removal of American Jupiter IRBMs from Turkey.
The following year, both superpowers agreed to install a direct “hot line” communication link between Washington and Moscow to manage any future confrontations, and the U.S. and U.S.S.R. signed treaties limiting atmospheric testing of nuclear weapons.
Are the Russians serious about basing missiles in Cuba today? The chances of that happening are remote at best.
What is probably happening is part of an on-going effort by Putin’s allies to remind the world that Russia is still a nation to be reckoned with – and feared.
What would the United States do if Russian missiles were once again only 90 miles away from American shores? So far, the White House has not commented.
The former top American commander in South Korea on Thursday said the Trump administration must be ready to launch a pre-emptive strike on North Korea before it tests a long-range missile capable of hitting the U.S. mainland.
“I don’t think any talking, any diplomacy, is going to convince Kim Jong-un to change,” retired Army Gen. Walter Sharp said of the North Korean leader in suggesting the possibility of a pre-emptive strike to eliminate the nuclear threat.
Should North Korea put a missile such as the three-stage Taepodong 2 on the launchpad, and the U.S. was unsure whether it carried a satellite or a nuclear warhead, the missile should be destroyed, said Sharp, the former commander of U..S. Forces-Korea and the United Nations Command from 2008 to 2011.
The U.S. also must be ready to respond with overwhelming force if North Korea retaliated, Sharp said. “If [Kim] responds back after we take one of these missiles out,” he should know “that there is a lot more coming his way, something he will fear,” Sharp said.
“I think we’re to that point that we need to have that capability. I am to that point,” he said, adding that the U.S. could not risk relying solely on anti-missile defenses to counter North Korean long-range missiles.
Sharp spoke at a panel discussion on challenges from North Korea at an all-day forum sponsored by the Center for Strategic and International Studies in Washington, D.C., on the national security issues that will confront President-elect Donald Trump.
Others on the panel, while sharing Sharp’s concerns about the North Korean nuclear threat, worried about the aftermath of a pre-emptive strike. Despite North Korea’s nuclear tests, “there is potential in diplomacy,” said Christine Wormuth, the former undersecretary of defense for policy in the Obama administration.
“I’m concerned about pre-emptive action on the launchpad,” Wormuth said. “What does Kim Jong-un do in response? I worry quite a bit about our ability to sort of manage a potential retaliation.”
During the campaign, Trump called Kim Jong-un a “bad dude” and a “maniac,” but also said he might be willing to meet with Kim over a hamburger to defuse tensions on the peninsula.
The panel discussion came a day after the U.N. Security Council imposed new sanctions on North Korea aimed at cutting its export revenues. The latest sanctions were in response to the country’s fifth and largest underground nuclear weapons test, which occurred in September.
The 15-member council unanimously adopted a resolution to slash North Korea’s exports of coal — its main export item — by about 60 percent and also imposed a ban on its export of copper, nickel, silver and zinc.
Samantha Power, the U.S. ambassador to the United Nations, said that the sanctions would cost North Korea about $800 million annually.
“No resolution in New York will likely, tomorrow, persuade Pyongyang to cease its relentless pursuit of nuclear weapons, but this resolution imposes unprecedented costs,” she said.
In a statement, North Korea’s Foreign Ministry said the sanctions would have no effect on the regime’s pursuit of nuclear weapons and delivery systems.
“There will be no greater miscalculation than to think that Obama and his henchmen can use the cowardly sanctions racket to try to force us to give up our nuclear armament policy or undermine our nuclear power status,” the statement said.
The Air Force is performing key maintenance on the F-22 Raptor’s stealth materials and upgrading the stealth fighter with new attack weapons to include improved air-to-air and air-to-surface strike technology, service officials said.
“In the Summer of 2019, the F–22 fleet will begin to receive upgrades to its available weapons with the Increment 3.2B upgrade. This upgrade allows full functionality for the AIM-120D and AIM-9X Air-to-Air missiles as well as enhanced Air-to-Surface target location capabilities,” 1st Lt. Carrie J. Volpe, Action Officer, Air Combat Command Public Affaris, Joint Base Langley-Eustis, Va., told Scout Warrior.
The F–22 currently carries the AIM-9X Block 1 and the current upgrade will enable carriage of AIM-9X Block 2, Volpe added.
Raytheon AIM-9X weapons developers explain that the Block 2 variant adds a redesigned fuze and a digital ignition safety device that enhances ground handling and in-flight safety. Block II also features updated electronics that enable significant enhancements, including lock-on-after-launch capability using a new weapon datalink to support beyond visual range engagements, a Raytheon statement said.
Another part of the weapons upgrade includes engineering the F-22 to fire the AIM-120D, a beyond visual range Advanced Medium-Range Air-to-Air Missile (AMRAAM), designed for all weather day-and-night attacks; it is a “fire and forget” missile with active transmit radar guidance, Raytheon data states. The AIM-120D is built with upgrades to previous AMRAAM missiles by increasing attack range, GPS navigation, inertial measurement units and a two-way data link, Raytheon statements explain.
The AIM-120D also includes improved High-Angle Off-Boresight technology enabling the weapon to destroy targets at a wider range of angles.
Additional upgrades to the stealth fighter, slated for 2021, are designed to better enable digital communications via data links with 4th and 5th generation airplanes.
“The backbone of this upgrade also includes the installation of an open systems architecture that will allow for future upgrades to be done faster and at less expense than could be previously accomplished,” Volpe said.
Stealth Coating Maintenance
The Air Force has contracted Lockheed Martin to perform essential maintenance to the F-22’s low-observable stealth coating to ensure it is equipped to manage fast-emerging threats.
Lockheed Martin completed the first F–22 Raptor at the company’s Inlet Coating Repair (ICR) Speedline, a company statement said.
“Periodic maintenance is required to maintain the special exterior coatings that contribute to the 5th Generation Raptor’s Very Low Observable radar cross-section,” Lockheed stated.
The increase in F–22 deployments, including ongoing operational combat missions, has increased the demand for ICR. Additionally, Lockheed Martin is providing modification support services, analytical condition inspections, radar cross section turntable support and antenna calibration.
F-22 Attack Supercruise Technology
As a fifth-generation stealth fighter, the F-22 is specifically engineered for air supremacy and air dominance missions, meaning its radar-evading technology is designed to elude and destroy enemy air defenses. The aircraft is also configured to function as the world’s premier air-to-air fighter able to “dogfight” and readily destroy enemy aircraft.
“Air superiority, using stealth characteristics is our primary role. The air dominance mission is what we will always do first. Once we are comfortable operating in that battlespace, our airmen are going to find ways to contribute,” Col. Larry Broadwell, the Commander of the 1st Operations Group at Joint Base Langley-Eustis, Virginia, told Scout Warrior in a special pilot interview last year.
The F-22’s command and control sensors and avionics help other coalition aircraft identify and destroy targets. While some of the aircraft’s technologies are not “publically discussable,” Broadwell did say that the F-22’s active and passive sensors allow it to function as an “aerial quarterback” allowing the mission to unfold.
For example, drawing upon information from a ground-based command and control center or nearby surveillance plane – such as a Joint Surveillance and Target Attack Radar System – the F-22 can receive information or target coordinates from nearby drones, Broadwell explained.
At the moment, targeting information from drones is relayed from the ground station back up to an F-22. However, computer algorithms and technology is fast evolving such that aircraft like an F-22s will soon be able to quickly view drone video feeds in the cockpit without needing a ground station — and eventually be able to control nearby drones from the air. These developments were highlighted in a special Scout Warrior interview with Air Force Chief Scientist Greg Zacharias.
Zacharias explained that fifth generation fighters such as the F-35 and F-22 are quickly approaching an ability to command-and-control nearby drones from the air. This would allow unmanned systems to deliver payload, test enemy air defenses and potentially extend the reach of ISR misisons.
“Because of its sensors, the F-22 is uniquely able to improve the battlefield awareness – not just for airborne F-22s but the other platforms that are airborne as well,” he said. The Raptor has an F-22-specific data link to share information with other F-22s and also has the ability to use a known data link called LINK 16 which enables it to communicate with other aircraft in the coalition, Broadwell explained in an interview last year.
Newer F-22s have a technology called Synthetic Aperture Radar, or SAR, which uses electromagnetic signals or “pings” to deliver a picture or rendering of the terrain below, allow for better target identification.
The SAR technology sends a ping to the ground and then analyzes the return signal to calculate the contours, distance and characteristics of the ground below.
“The addition of SAR mapping has certainly enhanced our air-to-ground capability. Previously, we would have to take off with pre-determined target coordinates. Now, we have an ability to more dynamically use the SAR to pinpoint a target while airborne,” Broadwell added.
“The F-35 is needed because it is to global precision attack what the F-22 is to air superiority,” he added. “These two aircrafts were built to work together in concert. It is unfortunate that we have so few F-22s. We are going to ask the F-35 to contribute to the air superiority mission,” he said.
Overall, the Air Force operates somewhere between 80 and 100 F-22s. Dave Majumdar of The National Interest writes that many would like to see more F-22s added to the Air Force arsenal. For instance, some members of Congress, such as former Rep. Randy Forbes, R-Va., have requested that more F-22s be built, given its technological superiority.
Citing budget concerns, Air Force officials have said it is unlikely the service will want to build new F-22s, however it is possible the Trump administration could want to change that.
The F-22 is known for a range of technologies including an ability called “super cruise” which enables the fighter to reach speeds of Mach 1.5 without needing to turn on its after burners.
“The F-22 engines produce more thrust than any current fighter engine. The combination of sleek aerodynamic design and increased thrust allows the F-22 to cruise at supersonic airspeeds. Super Cruise greatly expands the F-22’s operating envelope in both speed and range over current fighters, which must use fuel-consuming afterburner to operate at supersonic speeds,” Broadwell explained.
The fighter jet fires a 20mm cannon and has the ability to carry and fire all the air-to-air and air-to-ground weapons including precision-guided ground bombs, such Joint Direct Attack Munitions called the GBU 32 and GBU 39, Broadwell explained. In the air-to-air configuration the Raptor carries six AIM-120 AMRAAMs and two AIM-9 Sidewinders, he added.
“The F-22 possesses a sophisticated sensor suite allowing the pilot to track, identify, shoot and kill air-to-air threats before being detected. Significant advances in cockpit design and sensor fusion improve the pilot’s situational awareness,” he said.
It also uses what’s called a radar-warning receiver – a technology which uses an updatable data base called “mission data files” to recognize a wide-range of enemy fighters, Broadwell said.
Made by Lockheed Martin and Boeing, the F-22 uses two Pratt Whitney F119-PW-100 turbofan engines with afterburners and two-dimensional thrust vectoring nozzles, an Air Force statement said. It is 16-feet tall, 62-feet long and weighs 43,340 pounds. Its maximum take-off weight is 83,500.
The aircraft was first introduced in December of 2005, and each plane costs $143 million, Air Force statements say.
“Its greatest asset is the ability to target attack and kill an enemy without the enemy ever being aware they are there,” Broadwell added.
The Air Force’s stealthy F-22 Raptor fighter jet delivered some of the first strikes in the U.S.-led attacks on the Islamic State in Iraq and Syria, when aerial bombing began in 2014, service officials told Scout Warrior.
After delivering some of the first strikes in the U.S. Coalition-led military action against ISIS, the F-22 began to shift its focus from an air-dominance mission to one more focused on supporting attacks on the ground.
“An F-22 squadron led the first strike in OIR (Operation Inherent Resolve). The aircraft made historic contributions in the air-to-ground regime,”
Even though ISIS does not have sophisticated air defenses or fighter jets of their own to challenge the F-22, there are still impactful ways in which the F-22 continues to greatly help the ongoing attacks, Broadwell said.
“There are no issues with the air superiority mission. That is the first thing they focus on. After that, they can transition to what they have been doing over the last several months and that has been figuring out innovative ways to contribute in the air-to-ground regime to support the coalition,” Broadwell said.
The moment Otto Catalan had waited almost two decades for had finally arrived. Sitting in a small office, surrounded by his doctors and other medical staff, the blind U.S. Navy Veteran could only hope for one thing: to see the face of his teenage son for the first time.
“I see a lot of flashes, and they’re getting brighter,” he said. “Wow. It’s amazing.”
He turned his head to the right and saw bright flashes of light reflecting off the white coat of Miami VA Chief of Ophthalmology Dr. Ninel Gregori. When he turned to the left to talk with his son, he paused and began to cry. Gregori hugged him.
“Thank you very much, guys,” he said. “I’ll work hard, so I can see. It’s been 19 years, and I have been able to see my son. Thank you. Thank you so much.”
Catalan is keeping true to his word and continuing to work hard to learn how to use his new Argus® II prosthesis or “bionic eye.” Even though he struggled for years to come to terms with the loss of his sight, Catalan now feels optimistic about moving forward and beginning a new life.
“I’m learning something new everyday,” he said. “This prosthetic will help me be more successful in life. It’s already helping me be more mobile at home, and it’s going to make a big difference for me at work.”
Catalan’s struggles with vision loss began in 1989, when he was serving as a ship serviceman in the U.S. Navy. While he was on guard duty aboard a ship in the middle of the Persian Gulf, everything suddenly went dark.
“It felt like I was walking in the dark,” he said. “I told my superior officer, and he sent me to a doctor, but they couldn’t find out what it was. We went back to Virginia. They did extensive tests, and that’s when they found out I had retinitis pigmentosa.”
Catalan was scared when he heard the diagnosis. He never heard of retinitis pigmentosa and didn’t know what it would mean for his future. He was immediately removed from the ship and sent to rehab, and would eventually be medically separated from the military.
What is retinitis pigmentosa?
“Retinitis pigmentosa is one of the most common inherited diseases we see in ophthalmology,” Gregori said. “For people with this condition and certainly in Mr. Catalan’s case, the retina becomes very thin, and the photoreceptors, which convert light into electrical signals, gradually die off over time. Initially, peripheral vision, or the side vision, goes away, and then finally the central vision disappears.”
Catalan’s eyesight continued to deteriorate. Still needing to make money, he took a job as a cook. As his conditioned worsened, he struggled to tell if food was cooked and even burned himself multiple times. It was at this point that Catalan knew he needed help, so he went to the Northport VA Medical Center in New York.
“My doctors told me I needed to start preparing because I was going to be permanently blind soon,” he said. “After I heard that, I remember crying all the time. I couldn’t even hear someone say the word ‘see’ because I would burst into tears.”
The Northport VAMC referred Catalan to the VA Connecticut Healthcare System to participate in its Eastern Blind Rehabilitation Service’s three-month training program. While sitting through the training sessions and listening to the instructors and other Veterans, Catalan unexpectedly learned a valuable life lesson.
“Once I met other blind Vietnam Veterans at VA Connecticut and saw how well they were dealing with their situation, I never cried about my own condition again,” he said.
Throughout the program, he also learned to perform everyday tasks, such as shave his face, eat with utensils, identify clothing and walk with a cane. He stayed an additional two months to learn to use a computer and screen-reader technology.
Moving to Florida
In 2005, Catalan heard about ophthalmology research being conducted at the Miami VA Healthcare System and the Bascom Palmer Eye Institute, which serves as the ophthalmology department of the University of Miami Health System. He moved his family to Cutler Bay, Florida and transferred his care to the then Miami VA Medical Center—where he worked with Roberta Goldstein, now retired Miami VA visual impairment services team coordinator.
“Roberta was great,” he said. “She referred me to the prosthetics department at the West Palm Beach VAMC, so I could get equipment to help me go back to work. She’s the best.”
Shortly after receiving his prosthetics equipment, Catalan landed a job as a resource specialist with Marriott Hotels—where he still works today. He says Marriott has been accommodating to his condition, and he hopes to be considered for promotion one day.
In March 2015, he received a phone call that would help his chances of getting that long-awaited promotion and also change his life.
One of my hopes was to see my son’s face for the first time
When he heard about the “bionic eye,” Catalan requested an evaluation for the device at the Miami VA Eye Clinic. With the help of the low vision Miami VA team, Gregori selected him for the Argus II® screening evaluation and personally called his home to ask if he was still interested.
“He was a perfect candidate,” Gregori said. “His personality was extremely important. With artificial vision, the patient must have the patience to learn to interpret the lights and images he or she is seeing. Learning to use the Argus II is like learning a new language, so individuals with both an optimistic personality and a strong willingness to work hard are the best candidates for the technology.”
Dr. Gregori is the Miami VA chief of ophthalmology and an associate professor of clinical ophthalmology at the Bascom Palmer Eye Institute. In 2004, she was part of the surgical team that implanted the first Argus II® retinal prosthesis in a Florida patient, a non-Veteran from Tampa. She was eager to bring the new technology to the Miami VA, where she proudly serves South Florida Veterans and has lead the ophthalmology department for the past 10 years.
“Miami VA Medical Center Director Paul Russo and Chief of Surgery Dr. Seth Spector both enthusiastically welcomed the idea of making the bionic eye available to our Veterans. It would not have been possible without their support,” Gregori said.
It felt like I had just given somebody the best Christmas present
Catalan underwent surgery to implant the Argus® II, a new prosthesis approved in 2013 by the Food and Drug Administration to treat people with end-stages of retinitis pigmentosa, at the Bascom Palmer Eye Institute on Nov. 24, 2015. Catalan’s bionic eye was activated Dec. 11 by the Bascom Palmer Eye Institute’s biomedical engineers, under the supervision of Miami VA’s Dr. Ninel Gregori. Even though Gregori and her team had already been through the experience of turning on the prosthesis with a previous patient, Catalan’s moment was emotional nonetheless.
“When it was turned on, Mr. Catalan started crying, and it brought tears to my eyes,” Gregori said. “It felt like I just gave somebody the best Christmas present I had ever given to anybody in my life. That’s why I went into ophthalmology.”
“After 19 years, the first thing I saw was my son’s face,” Catalan said. “I could also see Dr. Gregori, and when we walked around the hall, I was able to tell where the door and window frames were for the first time. That might not mean a lot to other people, but it meant so much to me.”
Catalan continues to work with the Miami VA Blind Rehabilitation Team, lead by optometrist Dr. Kasey Zann, to learn how to use the Argus II® in his everyday life. Blind Rehabilitation Outpatient Specialist Linh Pham visits his home and trains him to use the device in his home environment and in public. He also works regularly with Gregori and her team at the Miami VA Eye Clinic.
“The Miami VA Healthcare System has amazing low vision and blind rehabilitation resources for Veterans. It is an ideal setting for rehabilitation after Argus II implantation,” Gregori said.
At home, Catalan now sees objects and walls, and can even see lights and motion on his television for the first time. His next goal is to learn to use his new computer at work. After his training, he will be able to see shapes, the different windows and letters on his computer screen.
During an outing with his family in early 2015, Catalan was surprised to see a sight he had not seen in years.
“On New Year’s Eve, I was able to see the fireworks outside for the first time in 19 years. My mouth stayed open for a while,” he said. “Now, when I’m walking on the grass, I can see the lines where the grass is versus where the sidewalk is. The fact that I’m walking outside and can see the lights makes it all worth it.”
About the Argus® II Retinal Prosthesis System
The Argus® II Retinal Prosthesis System—made by Second Sight Medical Products, Inc.—is an artificial retina, or bionic eye, that converts images into light and uses a miniature video camera that is mounted on a pair of glasses, said Gregori. Once the images are converted, they are wirelessly transmitted to a surgically implanted prosthesis located in the patient’s eye. The implant then stimulates the retina to produce an image that is sent to the brain for interpretation.
Every April veterans and volunteers gather at the Rose River Farm in Madison County, Virginia for an annual 2-fly fishing tournament known as “Project Healing Waters.” This year was the 10th anniversary and the event raised over $200,000 for veterans services.
WATM sat down with keynote speaker Tom Brokaw and several veterans who have found physical and mental improvement through the program.
Listen to the interview with Tom Brokaw:
More than 7,500 vets from every war since WWII have taken part in Project Healing Waters in 2015 alone. There are hundreds of local programs in addition to the national events.
Along with the psychological benefits of the camaraderie and being out in nature, the technical aspects of fly-fishing help those with all sorts of injuries recover, from a physical therapy perspective. They have taken blind people and quadriplegics out to catch fish.
84 cents of every dollar raised goes to the veterans services making it one of the leanest veterans services programs.
To learn more about Project Healing Waters, visit their website.
We all know that when you leave the military, it can be a cruel employment world out there.
Despite the confusion that often comes with transitioning from service, there’s potentially never been a better time to take a stab at becoming your own boss. And fortunately, there is a host of organizations out there to help former service members crack the code on starting a successful business.
At the end of March, the organizers behind VETCON are hoping their roster of A-Listers in the tech and business world will open more than a few veterans’ eyes to the opportunities out there. Billed as an “annual gathering of visionaries, hustlers, and game-changers from around the world,” the folks at VETCON say they represent a wide community of so-called “vetrepreneurs” that want to pass on their secrets to their military brethren.
“Military veteran entrepreneurs are an untapped market with huge potential,” said Ian Faison, VETCON co-founder, West Point graduate and former U.S. Army Captain. “Despite mutual interest from both venture capitalists and veteran founders, there’s never been a conference that delivers true ROI to entrepreneurs, mentors, and investors at the same time – until now.”
Hosted in Redwood City, California, this year’s VETCON is slated to feature more than 200 veteran entrepreneurs and more than 35 professional investors, including “The Godfather of Silicon Valley” Steve Blank, Mike Maples of Floodgate Ventures, Trae Stephens of the Founders Fund, as well as leaders from Andreessen Horowitz; Facebook; GrowthX; Wildcat Ventures; HubSpot; IBM; Salesforce; and Indiegogo.
Held between March 23 and March 25, the conference is intended to “develop a 30-day plan to take your business to the next level … [with] a mixture of fireside chats, workshops, solo talks, networking events, and Action Hours.”
“VETCON changes the game for veterans and investors alike,” VETCON’s Faison said. “With programming that rivals any startup event in the country, we’re catalyzing the nationwide veteran ecosystem, providing investors with genuine business opportunities and helping entrepreneurs boost their customer pipeline and raise funding faster in 2017.”
New from SIG AIR: An air pistol that’s nearly identical to the U.S. Army’s New M17 Modular Handgun System.
The new M17 Advanced Sport Pellet, or ASP, pistol is powered by a carbon dioxide cartridge and features a proprietary drop magazine that houses a 20-round rapid pellet magazine, according to a recent press release from Sig Sauer, the maker of the Army’s MHS.
“This semi-automatic .177 caliber pellet pistol is a replica of the U.S. Army issued P320 M17 and is field-strippable like its centerfire counterpart,” the release states. “It has the same look and feel as the M17, featuring a polymer frame and metal slide with realistic blow-back action.”
Air pistols are becoming more popular as a training tool for military and police forces.
The Coast Guard, which falls under the Department of Homeland Security, has long used the Sig P229 .40 caliber pistol as its duty sidearm. The Coast Guard is scheduled to join the Army, Navy, Air Force and Marine Corps in fielding the Army’s new Modular Handgun System.
But the service plans to use the SIG AIR Pro Force P229 for simulated training, according to a press release about the Coast Guard’s purchase.
The new M17 ASP’s CO2 cartridge features a patented cam lever loading port for quick and easy replacement of the cartridge, according to the release.
It weighs 2.15 pounds and comes with fixed sights. The M17 ASP has a velocity of up to 430 feet per second, but that may vary depending on pellet weight, temperature and altitude, the release states.
It comes in Coyote tan and retails for about 0.
This article originally appeared on Military.com. Follow @militarydotcom on Twitter.
The Royal Netherlands Navy has a long tradition of naval prowess. Throughout its history, this Navy held its own against opponents ranging from England to Indonesia. Today, it is much smaller than it has been in the past, but it is still very potent. If tensions with Russia ever escalate to war, these ships could help defend the Baltic states or be used to escort convoys across the Atlantic.
Today, the centerpiece of the Dutch navy consists of four powerful air-defense vessels. While the Dutch Navy calls them “frigates,” these ships actually are really more akin to smaller guided-missile destroyers. Their armament is close to that of the Royal Navy’s Type 45 destroyers. These vessels replaced two Tromp-class guided-missile destroyers and two Jacob van Heemskerck-class guided-missile frigates.
While it’s primarily designed for anti-air warfare, the De Zeven Provincien-class guided missile frigates can also pack a serious anti-ship punch with RGM-84 Harpoons.
(Dutch Ministry of Defense Photo)
According to the Sixteenth Edition of the Naval Institute Guide to Combat Fleets of the World, a De Zeven Provincien-class vessel comes in at roughly 6,000 tons. It is armed with a 40-cell Mk 41 vertical-launch system that usually carries 32 RIM-66 Standard SM-2 surface-to-air missiles and 32 RIM-162 Evolved Sea Sparrow Missiles. It is also equipped with a five-inch gun, 324mm torpedo tubes, and can operate either a Lynx or NH90 helicopter. The ships are also equipped with eight RGM-84F Harpoon Block ID anti-ship missiles.
The De Zeven Provincien-class frigates could escort a carrier or merchant ships in a war with Russia.
(US navy photo)
According to the Sixteenth Edition of the Naval Institute Guide to Combat Fleets of the World, a De Zeven Provincien-class vessel comes in at roughly 6,000 tons. It is armed with a 40-cell Mk 41 vertical-launch system that usually carries 32 RIM-66 Standard SM-2 surface-to-air missiles, and 32 RIM-162 Evolved Sea Sparrow Missiles. It is also equipped with a five-inch gun and 324mm torpedo tubes, and can operate either a Lynx or NH90 helicopter. The ships are also equipped with eight RGM-84F Harpoon Block ID anti-ship missiles.
The first trailer for Avengers 4 is finally here. We’ve got a real-deal title, too: Avengers: Endgame. Captain America has shaved his beard, Tony Stark is lonely, Hawkeye is back, and it looks like Ant-Man is going to be the key to it all, just as we predicted!
Be warned this trailer is super-emotional and we’re already crying. Watch the trailer a few times, and then take a breath. Okay, you good? Let’s dig into this a little bit.
First of all, even though “Endgame” is a really boring and generic subtitle, the trailer itself is excellent, possibly more thrilling than any other Marvel trailer ever. Unlike the Captain Marvel trailers (which are fine by the way) this trailer really gives the audience what they want without actually spoiling the movie. Though if you somehow missed Infinity War, this trailer weirdly makes watching that movie slightly unnecessary because Black Widow sums up the plot of the previous installment with one line “Thanos did exactly what he said he was going to do: he wiped-out 50 percent of all living creatures.” (Side question: does this include cockroaches, rats, and pigeons? Is there a vermin-version of the Avengers who are grieving right now, too? I mean we all cried for Spider-Man, what about actual spiders?)
Anyway, where was I? Oh yeah, this trailer is really great. Chris Evans is clearly going to give the performance of his life in this movie and its rad to see him clean-shaven, like pretty much saying to the audience that yeah, he’s back and he’s going to do whatever it takes to fix all of this stuff. The return of Hawkeye is super-dope, too, and that coda with Ant-Man pulling up in his van is great and totally teases the idea that the post-credits scene of Ant-Man and the Waspwill be the key to saving all the Avengers.
Seems like May 3, 2019, can’t get here fast enough.
This article originally appeared on Fatherly. Follow @FatherlyHQ on Twitter.
Since its creation, the U.S. Marine Corps has been involved in some of the most epic military battles in history. From raising the flag at Iwo Jima to hunting terrorists in Iraq, it’s pretty much a guarantee that a Navy Corpsman was right next to his brothers during the action.
The unique bond between Marines and their “Doc” is nearly unbreakable.
Since the Marine Corps doesn’t have its own medical department and falls under the Department of the Navy, the majority of the medical treatment Marines receive comes directly from the Naval Hospital Corps.
So, why are some Corpsmen considered Marines when they’re in the Navy and never went through the Corps’ tough, 13-week boot camp? Well, we’re glad you asked.
It’s strictly an honorary title and not every Corpsman earns that honor. In fact, it’s hard as f*ck to earn the respect of a Marine when you’re in the Navy — it’s even harder getting them to say happy birthday to you every Nov. 10.
After a Corpsman graduates from the Field Medical Training Battalion, either at Camp Pendleton or Camp Lejeune, they typically move on to one of three sections under the Marine Air Ground Task Force, or MAGTF. Those three sections consist of Marine Air Wing (or MAW), Marine Logistics Group (or MLG), and Division (or the Marine Infantry).
Not every Corpsman goes through the FMTB and, therefore, some won’t have the opportunity to serve with the Marines.
Once a Corpsman checks into his unit, however, he’ll eat, train, sleep, and sh*t with his squad, building that special bond.
This starts the journey of earning the honorary title of Marine.
Once the unit deploys, the squad’s Corpsman will fight alongside his Marines, facing the same dangers as brothers. That “Doc” will fire his weapon until one of the grunts gets hurt, then he’ll switch into doctor mode.
Can you spot the “Doc” in this photo? It’s tough, right? I’m the tall drink of water in the middle.
After a spending time with the grunts, studying Marine culture, Corpsmen can take a difficult test and earn the designation of FMF, or Fleet Marine Force, and receive a specialized pin.
Notice the mighty eagle, globe, and anchor placed directly in the middle of the pin. Once a “Doc” gets this precious symbol pinned above his U.S. Navy name tape, he earns a measure of pride and the honorary title of Marine.
A four-man team of soldiers sits in a nondescript building on Fort Belvoir, Va., each at his own desk, surrounded by three monitors that provide them individual, 3D views of an abandoned city.
On screen, they gather at the corner of a crumbling building to meet another team — represented by avatars — who are actually on the ground in a live-training area, a mock-up of the abandoned city. They’re all training together, in real time, to prepare for battles in dense urban terrain.
That’s the central goal of the Synthetic Training Environment (STE) — immersive, integrated virtual training — presented during a Warriors Corner session at the 2018 Association of the United States Army (AUSA) Annual Meeting and Exposition in Washington. The Army has been working toward this kind of fully immersive training experience for decades, and leadership hopes to have it operational as early as 2025.
In May 1993, Army RDA Bulletin dedicated several articles to the concept and execution of distributed interactive simulation (DIS), “a time and space coherent representation of a virtual battlefield environment” that allowed warfighters across the globe to interact with one other as well as computer-generated forces, according to John S. Yuhas, author of the article “Distributed Interactive Simulation.”
Better, faster, stronger
While the name of the program seems to emphasize individual simulation units, its overarching purpose was to bring together thousands of individuals and teams virtually in real time. Central to DIS was the idea of interoperable standards and protocol, allowing each community — “trainer, tester, developer, and acquisitioner” — to use the others’ concepts and products, Maj. David W. Vaden wrote in “Vision for the Next Decade.”
The article explained that “distributed” referred to geographically separated simulations networked together to create a synthetic environment; “interactive” to different simulations linked electronically to act together and upon each other; and “simulation” to three categories — live, virtual and constructive. Live simulations involved real people and equipment; virtual referred to manned simulators; and constructive referred to war games and models, with or without human interaction.
DIS has much in common with STE. Both provide training and mission rehearsal capability to the operational and institutional sides of the Army (i.e., soldiers and civilians). They even share the same training philosophy: to reduce support requirements, increase realism and help deliver capabilities to the warfighter faster.
Users of STE will train with live participants and computer simulations, with some units training remotely. However, STE takes virtual reality training to a new level altogether by incorporating advances in artificial intelligence, big data analysis and three-dimensional terrain representation.
Current training simulations are based on technologies from the 1980s and ’90s that can’t replicate the complex operational environment soldiers will fight in. They operate on closed, restrictive networks, are facilities-based and have high overhead costs for personnel, Maj. Gen.
Maria R. Gervais, commanding general for the U.S. Army Combined Arms Training Center and director of the STE Cross-Functional Team, said in an August 2018 article, “The Synthetic Training Environment Revolutionizes Sustainment Training.”
Those older technologies also can’t support electronic warfare, cyberspace, and megacities, the article explained. For example, soldiers in the 1990s could conduct training using computers and physical simulators — like the ones showcased in Charles Burdick, Jorge Cadiz and Gordon Sayre’s 1993 “Industry Applications of Distributed Interactive Simulation” article in the Army RDA Bulletin-but the training was limited to a single facility and only a few networked groups; the technology wasn’t yet able to support worldwide training with multiple groups of users in real time, like the Army proposes to do with the STE.
Gervais presented a promotional video during “Warriors Corner #13: Synthetic Training Environment Cross-Functional Team Update,” which said the STE will provide intuitive and immersive capabilities to keep pace with the changing operational environment. The STE is a soldier lethality modernization priority of the U.S. Army Futures Command.
“With the STE, commanders will conduct tough, realistic training at home stations, the combat training centers and at deployed locations. The STE will increase readiness through repetition, multi-echelon, multidomain, combined arms maneuver and mission command training. And most importantly, the STE will train soldiers for where they will fight,” said Gen. Robert B. Abrams, then-commanding general of U.S. Army Forces Command, in the same video. Abrams is now commander of United Nations Command, Combined Forces Command, U.S. Forces Korea.
Today, simulations in the integrated training environment do not provide the realism, interoperability, affordability and availability necessary for the breadth of training that the Army envisions for the future. The STE will be able to do all that — it will be flexible, affordable and available at the point of need.
“This video helps us get to shared understanding, and also awareness of what we’re trying to achieve with the synthetic training environment,” Gervais said during the AUSA presentation. “But it also allows us to understand the challenges that we’re going to face as we try to deliver this.”
“We don’t have the right training capability to set the exercises up,” said Mike Enloe, chief engineer for the STE Cross-Functional Team, during the presentation. “What I mean by that is that it takes more time to set up the systems that are disparate to talk to each other, to get the terrains together, than it does to actually have the exercise go.”
The Synthetic Training Environment will assess Soldiers in enhancing decision-making skills through an immersive environment.
(US Army photo)
The Army’s One World Terrain, a 3D database launched in 2013 that collects, processes, stores and executes global terrain simulations, has been the “Achilles’ heel” of STE from the start, Enloe said. The Army lacks well-formed 3D terrain data and therefore the ability to run different echelons of training to respond to the threat. The database is still being developed as part of the STE, and what the Army needs most “right now from industry is content … we need a lot of 3D content and rapid ways to get them built,” Enloe said. That means the capability to process terrain on 3D engines so that it can move across platforms, he said, and steering clear of proprietary technologies. The STE is based on modules that can be changed to keep up with emerging technologies.
The Army also needs the ability to write the code to develop the artificial intelligence that will meet STE’s needs — that can, to some extent, learn and challenge the weaknesses of participants, he said.
Retired Gen. Peter W. Chiarelli, 32nd vice chief of staff of the Army, emphasized during the presentation that the Army needs to move away from the materiel development of the STE and focus on training as a service. “I believe that a training environment should have two critical aspects to it,” he said: It should be a maneuver trainer, and it should be a gunnery trainer.
Changing the culture
Brig. Gen. Michael E. Sloane, program executive officer for Simulation, Training, and Instrumentation (PEO STRI), said the leadership philosophy of STE’s development is about fostering culture change and getting soldiers capabilities faster. “We have to be proactive; the [cross-functional teams] have to work together with the PEOs, and we’re doing that,” he said. “Collectively, we’re going to deliver real value to the soldier, I think, in doing this under the cross-functional teams and the leadership of the Army Futures Command.”
Many organizations are involved with STE’s development. The U.S. Army Combined Arms Center-Training and the U.S. Army Training and Doctrine Command capability managers are working requirements and represent users. PEO STRI is the materiel developer. The U.S. Army Maneuver Center of Excellence is responsible for the infantry, armor and combined arms requirement. And finally, the assistant secretary of the Army for acquisition, logistics and technology (ASA(ALT)) serves as the approval authority for long-range investing and requirements.
With the Futures Command and ASA(ALT) collaborating throughout the development of STE, Sloane believes the Army will be able to reduce and streamline acquisition documentation, leverage rapid prototyping, deliver capabilities and get it all right the first time.
Soldiers prepare to operate training technologies during the STE User Assessment in Orlando, Fla., in March 2018.
(Photo by Bob Potter)
Gervais reminded the AUSA audience in October that she had spoken about STE at the annual meeting two years ago, explaining that the Army intends to use the commercial gaming industry to accelerate the development of STE. “I did not believe that it couldn’t be delivered until 2030. I absolutely refused to believe that,” she said. In 2017, the chief of staff designated STE as one of the eight cross-functional teams for Army modernization, aligning it with soldier lethality.
Since then, STE has made quite a bit of progress, Gervais said. The initial capability document for the Army collective training environment, which lays the foundation for STE, was approved in 2018. The Army increased its industry engagement to accelerate the development of STE, according to Chief of Staff of the Army Gen. Mark A. Milley’s direction, which led to the awarding of seven other transaction authority agreements for One World Terrain, followed by a user assessment in March 2018. In June, Secretary of the Army Dr. Mark T. Esper and Milley codified STE in their vision statement. “We’re postured to execute quickly,” Gervais said.
In the meantime, she said, there has been a focused effort to increase lethality with a squad marksmanship trainer in the field to allow close combat soldiers to train immediately. The Army also developed a squad immersive virtual trainer. “We believe we can deliver that [squad immersive trainer] much quicker than the 2025 timeframe,” she said.
STE is focused on establishing common data, standards and terrain to maximize interoperability, ease of integration and cost savings, Gervais said. With the right team effort and coordination, she believes STE can be delivered quickly. Perhaps in a few short years, STE can achieve the lofty goal that DIS had for itself, according to Yuhas: Revolutionize the training and acquisition process for new weapon systems.
The Army is pursuing a new variant of the Stryker wheeled armored fighting vehicle, the Stryker Initial Maneuver Short-Range Air-Defense system, or Stryker IM-SHORAD. As the name implies, this vehicle will specialize in knocking nearby airborne targets out of the sky — but it’s not exclusively a threat to drones, helicopters, and tactical jets. Tanks and armored vehicles will need to watch their step, too.
According to reports, this vehicle is going to pack a lot of firepower options. At the heart of the Stryker IM-SHORAD is the Reconfigurable Integrated-weapons Platform from Moog — a versatile turret that can be configured to support a wide range of weapons options.
The loadout that the Army has selected will feature a 30mm M230 chain gun (similar to that on the AH-64 Apache), a M240 7.62mm machine gun, four FIM-92 Stinger surface-to-air missiles, and a pair of AGM-114 Hellfire missiles. What this means, in short, is that just about any main battle tank or armored vehicle can be killed by Stryker IM-SHORAD.
This configuration of the Reconfigurable Integrated Weapons platform packs a M230 chain gun, a M240 machine gun, and the BGM-71 TOW.
The Army is reportedly planning on buying four battalions’ worth of these vehicles — a grand total of 144 — by 2022. That distills down to 36 vehicles per battalion — yeah, that number seems a little low to us, too. The fact of the matter is, in a potential fight with a peer competitor (like Russia or China), the Army will need some sort of air defense alongside maneuver units on the ground. This would not be the first vehicle the Army has tested with both anti-air and anti-tank capability. The Air Defense Anti-Tank System, or ADATS, was developed but never purchased by the Army.
The ADATS system was tested by the Army in the 1980s.
This may not be the only setup the Army goes with for the short-range air-defense mission. The Army is looking to adopt new, innovative weapons systems (these could range from electronic warfare to lasers weaponry) by as early as 2023.
Only time will tell if these futuristic weapon options make the Stryker IM-SHORADs look like a primitive solution.