The US Army is moving forward on next-generation concealment technology to ensure that American soldiers can hide in plain sight.
Fibrotex has built an Ultra-Light Camouflage Netting System that can be used to conceal soldier’s positions, vehicles, tanks and aircraft. The new “camouflage system will mask soldiers, vehicles and installations from state-of-the-art electro-optical sensors and radars,” the company said Nov. 8, 2018, in a press release sent to Business Insider.
Fibrotex has been awarded a contract to supply this advanced camouflage to conceal troops from night vision, thermal imaging, radar, and more.
Ultra-Light Camouflage Netting System.
Soldiers, vehicles, and other relevant systems can just about disappear in snowy, desert, urban, and woodland environments, according to the camouflage-maker.
The new program aims to replace outdated camouflage that protects soldiers in the visible spectrum but not against more advanced, high-end sensors. ULCANS “provides more persistent [infrared], thermal counter-radar performance,” Fibrotex explained.
The Army has awarded Fibrotex a 10-year indefinite delivery/indefinite quantity contract valued at 0 million. Full-scale production will begin in 2019 at a manufacturing facility in McCreary County, Kentucky, where the company expects to create and secure hundreds of new jobs in the coming years.
“Today, more than ever, military forces and opposition groups are using night vision sensors and thermal devices against our troops,” Eyal Malleron, the CEO of Fibrotex USA, said in a statement.
“But, by using Fibrotex’s camouflage, concealment and deception solutions, we make them undetectable again, allowing them to continue keeping us safe.”
Ultra-Light Camouflage Netting System.
Enemies can’t see in, but US soldiers can see out
The result came from roughly two years of testing at the Army’s Natick Soldier Systems Center, where new technology was tested against the Army’s most advanced sensors.
Fibrotex noted that the netting is reversible, creating the possibility for two distinctly different prints for varied environments. And while outsiders can’t see through the netting, those on the inside have an excellent view of their surroundings, as can be seen in the picture above.
The new camouflage for troops and vehicles has reportedly been tested against the best sensors in the Army, and it beat them all.
The Mobile Camouflage Solution (MCS) takes concealment to another level, as “the MCS provides concealment while the platform is moving,” the company revealed. Business Insider inquired about the secret sauce to blend in moving vehicles with changing scenery, but Fibrotex would only say that their “technology combines special materials, a unique fabric structure and a dedicated manufacturing process.”
ULCANS and its relevant variants are based on “combat-proven technologies” designed by the Israel-based Fibrotex Technologies Ltd., the parent company for Fibrotex USA, over the past two decades. The company’s products have been specifically modified to meet the needs of the Department of Defense.
“We have more than 50 years of experience, with thousands of hours in the field and a deep understanding of conventional and asymmetric warfare. The U.S. Army tested our best camouflage solutions and the camouflage repeatedly demonstrated the ability to defeat all sensors known to be operating in the battlefield and throughout the electromagnetic spectrum,” Malleron explained.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
The Air Force announced the return of several key Tyndall Air Force Base missions, as the base begins its long-term recovery following Hurricane Michael.
“We will rebuild Tyndall Air Force Base,” said Vice President Mike Pence while at the north Florida base Oct. 25, 2018.
A number of important missions will resume at Tyndall AFB in the next few months and others will shift to other locations for the time being. All but approximately 500 airmen will return to the Florida panhandle within 1 to 3 months.
“We are focused on taking care of our airmen and their families and ensuring the resumption of operations. These decisions were important first steps to provide stability and certainty,” said Secretary of the Air Force Heather Wilson. “We’re working hard to return their lives to normalcy as quickly as possible.”
Units that will resume operations at Tyndall AFB:
• The 601st Air Force Operations Center will resume operations no later than Jan. 1, 2019. • The 337th Air Control Squadron will resume air battle manager training at a reduced rate by Jan. 1, 2019. A full production rate is expected no later than summer 2019. • Air Force Medical Agency Support team will continue their mission of medical facility oversight. • Air Force Office of Special Investigations will continue their mission from usable facilities. • 53rd Air-to-Air Weapons Evaluation Group will remain at Tyndall AFB. • The Air Force Legal Operations Agency will continue their mission from a usable facility at Tyndall AFB. • Air Force recruiters will continue their mission from local area offices in the Panama City, Florida, area. • The 823rd Red Horse Squadron, Detachment 1, will continue their mission at Tyndall AFB. • The Air Force Civil Engineer Center will continue their mission at Tyndall AFB.
The courtyard of a student housing complex sits flooded with water and debris following Hurricane Michael on Oct. 10, 2018.
Units to be located at Eglin AFB, Florida, with reachback to Tyndall AFB:
• The 43rd and 2nd Fighter Squadrons’ F-22 Fighter Training and T-38 Adversary Training Units will relocate operations to Eglin AFB. Academic and simulator facilities at Tyndall AFB will be used to support training requirements, as well as Tyndall AFB’s surviving low observable maintenance facilities. • The 372nd Training Squadron, Detachment 4, will relocate with the F-22 Fighter Training Units to Eglin AFB.
Units with insufficient infrastructure to resume operations at Tyndall AFB at this time:
• Personnel and F-22s from the 95th Fighter Squadron will relocate to Joint Base Langley-Eustis, Virginia; Joint Base Elmendorf-Richardson, Alaska; and JB Pearl Harbor-Hickam, Hawaii. • The Noncommissioned Officer Academy will temporarily disperse across four locations: McGhee-Tyson Air National Guard Base, Tennessee; Maxwell AFB – Gunter Annex, Alabama; Keesler AFB, Mississippi; and Sheppard AFB, Texas.
The Air Force is taking great care to ensure airmen and their families are supported when they return to the base. Officials are working to identify specific airmen required to remain at Tyndall AFB for mission needs or to assist with the longer-term recovery of the base.
“By the winter holidays and in many cases well before, we expect all our airmen — military and civilians — to have certainty about their options, so that everyone is either on a path or already settled,” said Air Force Chief of Staff Gen. David L. Goldfein.
“The strength of Tyndall (AFB) comes from its airmen and their families. It will take us a while to restore buildings and infrastructure, but returning our airmen and their combat missions to full strength — at Tyndall or somewhere else in the interim — will happen quickly,” he added.
As details are worked out, affected airmen will be contacted by their chain of command or the Air Force Personnel Center. In the meantime, airmen should continue to monitor the Tyndall AFB Facebook page and the Air Force Personnel Center website for additional details as they become available.
A Russian fighter jeopardized the safety of the airmen aboard a US Navy surveillance plane during an “unsafe” intercept over the Mediterranean Sea June 4, 2019, 6th Fleet said in a statement.
A Russian Sukhoi Su-35 intercepted a US Navy P-8A Poseidon aircraft off the coast of Syria, making multiple passes near the American plane. The second of the three interactions “was determined to be unsafe due to the SU-35 conducting a high speed pass directly in front of the mission aircraft, which put our pilots and crew at risk,” the Navy said.
The intercept lasted 28 minutes.
“This interaction was irresponsible,” 6th Fleet explained, adding that the US expects Russia to abide by international standards. “The U.S. aircraft was operating consistent with international law and did not provoke this Russian activity,” the Navy further stated.
A US Navy P-8 Poseidon.
(Photo by Darren Koch)
Russia has denied engaging in any form of misconduct. “All flights by Russian aircraft were conducted in accordance with international rules for the use of airspace,” the Russian defense ministry argued, according to Russia’s state-run TASS News Agency.
Moscow claims that it detected an air target in international waters above the Mediterranean approaching its Tartus naval base, in Syria; Russia has supported Syria’s President Bashar al-Assad in the country’s brutal civil war. The Su-35 was dispatched from Hmeymim Air Base to identify the aircraft. The Russian defense ministry said that the aircraft returned to base after the US aircraft changed course.
Last year, the US Navy accused the Russian military of conducting two “unsafe” intercepts above the Black Sea.
In one incident in January 2018, a Russian Sukhoi Su-27 fighter closed to within 5 feet of a US Navy EP-3 Aries aircraft before crossing directly in front of it. In November 2018, the Russians again got “really close” to another US aircraft.
“There’s just absolutely no reason for this type of behavior,” a Department of Defense spokesman said at the time.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
The F-35’s Distributed Aperture Sensor (DAS) has performed airborne identification and target tracking of a ballistic missile in a test off the coast of Hawaii as part of ongoing development of the 5th-generation aircraft’s ability to conduct airborne ballistic missile defense missions.
Northrop Grumman and the Pentagon’s Missile Defense Agency conducted a demonstration, using a ground-based DAS and a DAS-configured gateway aerial node to locate a ballistic missile launch and flight path. Target tracking information was sent using advanced data links to relay information between the aerial gateway and ground-based command and control locations.
According to Northrop engineers and weapons developers involved with the test, a sensor on the ground transmitted its tracking information to the DAS-equipped Airborne Gateway, which formed a three-dimensional space track which could be transmitted to San Diego.
“DAS can perform its mission whether airborne in an F-35 or other aircraft, as well as on the ground or in a ship. In this case, the two DAS sensors in the air and on the ground, respectively, were able to individually recognize the ballistic missile event and generate a two-dimensional track,” Northrop experts told Warrior.
Described as multi-function array technology, the DAS system uses automated computer algorithms to organize and integrate target-relevant data from missile warning systems, radar, night vision and other long-range sensors; the array is able to track a BMD target from the air at distances up to 800 nautical miles. Such a technology, quite naturally, enables a wider sensor field with which to identify and track attacking missiles.
“DAS communicated precise BMD data from Pacific Missile Range in Hawaii to a test-bed location in San Diego. Seconds after launch, the DAS sensor categorized the rocket and located a ballistic missile launch,” said John “Bama” Montgomery, 5th Generation Derivatives and Improvements, Northrop Grumman. “This re-organizes, re-imagines and re-shapes the battlespace.”
Although the test was in 2014, it has only now been determined that the F-35 can perform BMD – due to years of analysis and test data examination, Northrop developers said. Such a defensive technical ability is of great relevance currently, as many express concern about North Korea short and medium range ballistic missile threats.
An airborne DAS, networked with ground-based Patriot and THAAD (Terminal High Altitude Area Defense) weapons, could offer a distinct tactical advantage when it comes to quickly locating incoming missile threats. Air sensors in particular, could be of great value given that, in some envisioned threat scenarios, it is unclear whether there would be enough interceptors to counter a massive North Korean ballistic missile barrage into South Korea. Accordingly, air based detection and target tracking, it seems, could go a long way toward better fortifying defenses – as they might increase the time envelope during which command and control could cue interceptors to locate and destroy attacking enemy missiles.
Using early applications of artificial intelligence, computers and aircraft relied upon advanced algorithms to organize sensor information – which was then transmitted to a pilot.
As a key element of the F-35s much-discussed “sensor fusion technology,” the DAS draws upon a 360-degree sensor field of view generated by six cameras strategically placed around the aircraft. The sensor autonomously fuses data from all of the sensors into a single field of view for the pilot.
“With an automated picture, we can get the pilot everything he needs without him needing to go through every step,” Bama said.
Using F-35 DAS sensor technology, emerging technology can perform BMD sensing functions without needing to rely purely upon space-based infrared systems. Using LINK 16 and other data-link technologies, an F-35 can relay targeting data to other 5th and 4th-Generation aircraft as well as ground stations. Montgomery explained that MDA laboratory-generated detection, tracking and discrimination algorithms were able to provide 3-D tracking information.
An MDA statement said program officials have been evaluating system performance based upon telemetry and other data obtained during the test.
As part of this emerging technical configuration, it has been determined that the F-35s DAS can perform a wide range of non-traditional ISR functions to include not only BMD but other kinds of air or ground-fired enemy weapons. This includes an ability to detect artillery fire, enemy fighter aircraft, incoming air-launched missiles and, of course, ground launched rockets and missiles.
“DAS provides imagery. Instead of looking through a tube, this is a broader perspective of the combat environment, allowing a pilot to act more decisively. It provides a protective bubble to ensure that no aircraft can approach an F-35 without the F-35 knowing it is there,” Montgomery added.
Weapons developers describe this technical advance in terms of something entirely compatible with ship-based Aegis radar, which is also configured to perform BMD functions. Aegis radar was used to track the ballistic missile target as well.
In fact, F-35 BMD sensor technology aligns closely with the Navy’s now-deployed Naval Integrated Fire Control – Counter Air (NIFC-CA), an integrated system which uses ship-based Aegis radar, an airborne platform relay sensor and an SM-6 missile to track and destroy approaching enemy cruise missiles at distances beyond the horizon.
The concept is to give commanders a better window for decision-making and countermeasure applications when faced with approaching enemy fire. The Navy’s layered ship defense system, involving SM-3s, ESSMs, SeaRAM, Rolling Airframe Missiles and closer-in systems such as Close-in-Weapons System using a phalanx area weapon, can best track and destroy targets when a flight path of an attacking ballistic missile can be identified earlier than would otherwise be the case.
The Navy and Lockheed have specifically demonstrated this system using an F-35 as an airborne sensor relay platform. NIFC-CA can be used both offensively and defensively, as it draws upon the SM-6s active seeker which can discern and attack fast-maneuvering targets.
The Navy is already building, deploying and testing a fleet of upgraded DDG 51 Arleigh Burke-class destroyers with NIFC-CA – as a way to bring an ability to detect and destroy incoming enemy anti-ship cruise missiles at farther ranges from beyond the horizon.
The technology enables ship-based radar to connect with an airborne sensor platform to detect approaching enemy anti-ship cruise missiles from beyond the horizon and, if needed, launch an SM-6 missile to intercept and destroy the incoming threat, Navy officials said.
NIFC-CA has previously operated using an E2-D Hawkeye surveillance plane as an aerial sensor node; it has also been successfully tested from a land-based “desert ship” at White Sands Missile Range, N.M. from an F-35 Joint Strike Fighter. Should the Navy’s future plans materialize, the system would expand further to include the F/A-18 and F-35C.
NIFC-CA gives Navy ships the ability to extend the range of an interceptor missile and extend the reach sensors by netting different sensors of different platforms — both sea-based and air-based together into one fire control system, Navy developers told Warrior.
NIFC-CA was previously deployed on a Navy cruiser serving as part of the Theodore Roosevelt Carrier Strike Group in the Arabian Gulf.
Operating NIFC-CA from an F-35B improves the sensor technology, reach, processing speed and air maneuverability of the system; previous tests have also assessed the ability of the system to identify and destroy air-to-air and air-to-surface targets. A report from earlier this year from the U.S. Naval Institute news quoted Lockheed officials saying an “at-sea” assessment of this NIFCA-CA/F-35 pairing is planned for 2018.
NIFC-CA has previously operated using an E2-D Hawkeye surveillance plane as an aerial sensor node; the use of an F-35B improves the sensor technology, reach, processing speed and air maneuverability of the system; the test also assessed the ability of the system to identify and destroy air-to-air and air-to-surface targets. A multi-target ability requires some adjustments to fire-control technology, sensors and dual-missile firings; the SM-6 is somewhat unique in its ability to fire multiple weapons in rapid succession. An SM-6 is engineered with an “active seeker,” meaning it can send an electromagnetic targeting “ping” forward from the missile itself – decreasing reliance on a ship-based illuminator and improving the ability to fire multiple interceptor missiles simultaneously.
Unlike an SM-3 which can be used for “terminal phase” ballistic missile defense at much farther ranges, the SM-6 can launch nearer-in offensive and defensive attacks against closer threats such as approaching enemy anti-ship cruise missiles. With an aerial sensor networked into the radar and fire control technology such as an E2-D Hawkeye surveillance plane or F-35, the system can track approaching enemy cruise missile attacks much farther away. This provide a unique, surface-warfare closer-in defensive and offensive weapons technology to complement longer range ship-based ballistic missile defense technologies.
Once operational, this expanded intercept ability will better defend surface ships operating in the proximity or range of enemy missiles by giving integrating an ability to destroy multiple-approaching attacks at one time.
NIFC-CA is part of an overall integrated air and missile defense high-tech upgrade now being installed and tested on existing and new DDG 51 ships called Aegis Baseline 9.
The system hinges upon an upgraded ship-based radar and computer system referred to as Aegis Radar –- designed to provide defense against long-range incoming ballistic missiles from space as well as nearer-in threats such as anti-ship cruise missiles, he explained.
Developers said integrated air and missile defense provides an ability to defend against ballistic missiles in space while at the same time countering air threats to naval and joint forces close to the sea.
The NIFC-CA technology can, in concept, be used for both defensive and offensive operations, Navy officials have said. Having this capability could impact discussion about a Pentagon term referred to as Anti-Access/Area-Denial, wherein potential adversaries could use long-range weapons to threaten the U.S. military and prevent its ships from operating in certain areas — such as closer to the coastline.
Having NIFC-CA could enable surface ships, for example, to operate more successfully closer to the shore of potential enemy coastines without being deterred by the threat of long-range missiles.
Defensive applications of NIFC-CA would involve detecting and knocking down an approaching enemy anti-ship missile, whereas offensive uses might include efforts to detect and strike high-value targets from farther distances than previous technologies could. The possibility for offensive use parallels with the Navy’s emerging “distributed lethality” strategy, wherein surface ships are increasingly being outfitted with new or upgraded weapons.
The new strategy hinges upon the realization that the U.S. Navy no longer enjoys the unchallenged maritime dominance it had during the post-Cold War years.
During the years following the collapse of the former Soviet Union, the U.S. Navy shifted its focus from possibly waging blue-water combat against a near-peer rival to focusing on things such as counter-terrorism, anti-piracy and Visit, Board Search and Seizure, or VBSS, techniques.
More recently, the Navy is again shifting its focus toward near-peer adversaries and seeking to arm its fleet of destroyers, cruisers and Littoral Combat Ships with upgraded or new weapons designed to increase its offensive fire power.
The current upgrades to the Arleigh Burke-class of destroyers can be seen as a part of this broader strategic equation.
The first new DDG 51 to receive Baseline 9 technology was the USS John Finn or DDG 113. The ship previously went through what’s called “light off” combat testing in preparation for operational use and deployment.
The very first Arleigh Burke-class destroyer, the USS Arleigh Burke or DDG 51, is now being retrofitted with these technological upgrades as well.
NIFC-CA technology is also being back-fitted onto earlier ships that were built with the core Aegis capability. This involves an extensive upgrade to combat systems with new equipment being delivered. This involves the integration of new cabling, computers, consoles and data distribution systems.
Existing destroyers and all follow-on destroyers will receive the Aegis Baseline 9 upgrade, which includes NIFC-CA and other enabling technologies. For example, Baseline 9 contains an upgraded computer system with common software components and processors, service officials said.
In addition, some future Arleigh Burke-class destroyers such as DDG 116 and follow-on ships will receive new electronic warfare technologies and a data multiplexing system which, among other things, controls a ship’s engines and air compressors, developers said.
The Navy’s current plan is to build 11 Flight IIA destroyers and then shift toward building new, Flight III Arleigh Burke-class destroyers with a new, massively more powerful radar system.
The new radar, called the SPY-6, is said by Navy officials to be 35-times more powerful than existing ship-based radar.
Flight III Arleigh Burke destroyers are slated to be operational by 2023.
America’s history with conscription is a contentious one at best. Most of the men drafted to fight from the Civil War to the Vietnam War probably sucked it up and served as required. But after years of citizens rioting over the draft, burning draft cards, and running away to Canada to dodge the draft, the U.S. moved its military to an all-volunteer service in 1973.
But there was at least one man who found that Army life suited him well, and he wore the uniform of the United States Army for the next 39 years.
The man who would one day become Command Sgt. Major Jeffery Mellinger was the son of a Marine working as a drywall hanger in his hometown of Eugene, Oregon when he received his draft papers. Thinking they were written by President Nixon personally, he excitedly reported for duty at Fort Ord in California. He was just 19 years old.
What he found was less than the picture of military discipline that he expected. There was a lack of respect for the military as an institution, both inside and outside of the service. He found himself in West Germany working as a clerk. Around him, he saw rampant drug use, racism, and indifference. He could not wait to get out.
“If somebody told me I’d be in the army for 40 years on that day I would’ve just laughed at them, you know,” Mellinger told ABC News, chuckling.
But the commander of his first unit told him what military service meant – and that lesson stuck with him. The would-be onetime file clerk draftee soon became an Army Ranger, Jumpmaster, Special Forces instructor, jungle warfare expert, freefall expert, drill sergeant, and of course, Command Sergeant Major.
Mellinger in Army jump school in 1972, left, and on patrol in Baghdad in 2005.
Re-enlisting, he once said, was the best decision of his life. He has since made more than 3,700 jumps with 33 total hours in freefall. Although he was drafted during the Vietnam War, he never saw combat there. He deployed to Iraq, spending more than 33 total months in country. His convoys hit some 27 roadside improvised explosive devices, and on two occasions completely destroyed his vehicle. He was uninjured by any of them.
“We lost count of how many times Mellinger’s convoy was hit,” said his boss in Iraq, Gen. David Petraeus. “He’s a national asset.”
Mellinger was just one of two million men drafted by the U.S. military during the Vietnam War era and says the Army is better off with an all-volunteer force.
“You get people who want to do this work,” he told Time Magazine. “If you had a draft at any other business in the world, you’d get people who maybe weren’t suited to be accountants or drivers or mathematicians. We’re doing just fine, thank you, with the all-volunteer force.”
The problem the Japanese had in Burma during World War II wasn’t just dense jungle and rough terrain. It wasn’t even just that they were fighting the British Empire’s best – the Gurkhas.
No, their main problem is that they were fighting in the Gurkhas’ backyard. They were in Bhanbhagta Gurung’s backyard.
In February 1945, the 2nd Gurkha Rifles was part of a greater offensive in Burma, one that sought to retake Mandalay. The elite Nepalese warriors were to fight the enemy in diversion tactics, drawing attention away from their Army’s main objective. The Gurkhas held two positions — known as Snowdon and Snowdon East. One night, the Japanese stormed Snowdon East in full force, killing many of its defenders and pushing the rest out.
By the next day, it was heavily fortified.
The Gurkhas were ordered to take it back, no matter how many men it cost them.
As they approached, the Nepalese warriors started taking intense fire from snipers, mortars, grenades, and machine guns. They were sitting ducks, and there was nothing they could do about it. Rifleman Bhanbhagta Gurung stood up in the melee – fully exposed – and calmly just shot the sniper with his service rifle.
The 2nd Rifles began to advance again but were stopped 20 yards short of Snowdon East by murderous fire. Some of his fellow riflemen were killed before the attack could even begin. That’s when Gurung sprinted into action. This time, he literally sprinted.
Acting alone, he rushed four foxholes, dodging gunfire at point-blank range. When he came to the first, he just dropped in two grenades as he rushed to the next enemy position. When he got to the second foxhole, he jumped in and bayoneted its Japanese defenders. He did the same rushing move on the next two foxholes.
This entire time, he was dodging bullets from a Japanese light machine gun in a bunker. The gun was still spitting bullets, holding up the advance of two platoons of Gurkha fighters. Gurung, despite realizing he was out of ammunition and frag grenades, rushed the bunker, and slipped in two smoke grenades.
When two partially-blinded defenders came out of the bunker, Gurung killed them with his kukri knife, the entered the bunker and gave the machine gunner the same fate.
A position that took dozens of Japanese infantry to storm and reinforce had fallen to one fleet-footed Gurkha and his kukri knife in a matter of minutes, saving the men of his platoon and another from storming the heavily-fortified position.
King George VI presented Bhanbhagta Gurung with the Victoria Cross at Buckingham Palace in October 1945. According to the Telegraph, Gurung left the service to take care of his widowed mother and wife in Nepal. His three sons also served in the 2nd Gurkha Rifles.
Despite the military defeat of the Islamic State (IS) in Iraq and most of Syria, the extremist group still has around 20,000 to 30,000 militants in the two countries, according to a United Nations report.
The report circulated on Aug. 13, 2018, said the estimate came from governments it did not identify. It includes a “significant component” of foreign fighters.
The militants were equally divided between Iraq and Syria, said the report to the Security Council by experts monitoring sanctions against the Islamic State and Al-Qaeda.
Many of the key IS operatives were being relocated to Afghanistan, where the group has between 3,500 and 4,000 fighters and is growing, the experts said.
The militant group led by Abu Bakr al-Baghdadi also has significant affiliated supporters in Libya, Southeast Asia, and West Africa.
Military training in Erbil, Iraq, Jan. 25, 2018. This training is critical to enabling local security forces to secure their homeland from ISIS. Combined Joint Task Force – Operation Inherent Resolve is the global Coalition to defeat ISIS in Iraq and Syria.
(U.S. Army photo by Pfc. Anthony Zendejas IV)
Islamic State overran large parts of Iraq and Syria in 2014, but by January 2018, the group was confined to small pockets of territory in Syria.
According to the UN report, IS “is still able to mount attacks inside Syrian territory. It does not fully control any territory in Iraq, but it remains active through sleeper cells.”
The flow of foreign fighters to IS in Syria and Iraq has come to a halt, the experts said, but “the reverse flow, although slower than expected, remains a serious challenge.”
They said Al-Qaeda’s global network also “continues to show resilience,” with its affiliates and allies much stronger than the IS group in some spots, including Somalia, Yemen, South Asia, and Africa’s Sahel region.
This week, Vladimir Shamanov, a former military officer who leads the Defense Committee in Russia’s lower house of parliament, said that by the end of this year ISIS “won’t exist anymore as an organized military structure.”
While ISIS is losing large swaths of its home turf, it still operates in a number of countries. Here are nine places where the fight against ISIS is not slowing down.
The Egyptian government has been fighting Islamist insurgents since the military took power in 2013. Most of the fighting has happened in the Sinai Peninsula, where ISIS proclaimed a province in 2014.
Egypt has been under an official state of emergency since April, after a attack killed dozens of members of Egypt’s minority Christian population.
Hundreds of Egyptian police and military servicemen have been killed in battles with jihadists. In an ISIS attack on an army outpost in Sinai in July 2016, 23 soldiers were killed and at least 26 were wounded.
In late October, at least 54 policemen and conscripts, including several officers, were killed in what appeared to be a well-planned ambush. Though no group has claimed responsibility for the attack, authorities have not ruled out ISIS.
The latest attack took place in the Giza governorate, which means the insurgency is spreading beyond the Sinai Peninsula — a worrisome sign that may have led President Abdel Fattah el-Sisi to reorganize his security leadership.
Libya became a safe haven for terrorist groups after Moammar Gadhafi was overthrown in 2011. It currently has three different governments claiming authority over the country, and the lack of a strong central authority and a unified security force has allowed militias to fill the void.
ISIS seized the coastal city of Sirte — Gadhafi’s hometown — in 2015. At its peak, ISIS was thought to have over 5,000 militants in Libya. In addition to causing chaos there, they were aiding jihadist groups in Egypt and other parts of North and West Africa.
Though ISIS lost control of Sirte in December 2016, they still have what officials have described as a “desert army” operating in the regions south of the city. That army has shown signs of trying to gain ground in the country.
The US launched its first airstrike in Libya under President Donald Trump in September, 150 miles south of Sirte, reportedly killing 17 militants.
A major concern among European officials is that as ISIS loses territory in Iraq and Syria, its fighters could relocate to Libya. Among those fighters may be Westerners who could use Libya’s role as a transit point for migrants to return home.
Yemen has long been a battleground in the fight against Al Qaeda and other jihadist groups. While the Saudi-led military campaign against Iran-backed Houthi rebels in country has received much of the attention, ISIS’ presence there has gotten the notice of the US.
ISIS created its Yemen branch in 2014, during the chaos that followed the ouster of President Ali Abdullah Saleh in 2012. Since then, its attacks have killed hundreds.
US forces launched more than 100 airstrikes against Al Qaeda in Yemen this year, according to the Foundation for Defense of Democracies. October saw the first US airstrikes against ISIS in Yemen. According to US Central Command, the three strikes on ISIS training camps reportedly killed 60 militants.
ISIS’s Afghan affiliate, known as Islamic State in Khorasan, or ISIS-K, was declared in 2014. The group mostly made up of Taliban defectors and new recruits.
Though the group only controls small patches of territory, it has been a main focus for the US military. On April 13, the US dropped its largest nonnuclear bomb on an ISIS-K compound. Estimates of the number killed range between 36 and 96 militants.
Militants affiliated with ISIS and Taliban fighters in Afghanistan have also clashed with each other, resulting in deaths on both sides.
A drone strike in Afghanistan’s Kunar Province on October 12 reportedly killed 14 ISIS militants — though an Afghan MP, Shahzada Shaheed, claimed all the casualties were civilians.
The US estimates that there are roughly 600 to 800 ISIS-affiliated militants still in the country, mostly in Nangarhar province in northeast Afghanistan.
5 – 3. Mali, Niger, and Nigeria
West Africa is becoming an increasingly important front in the fight against ISIS. Islamist violence is not new in the region. There was an insurgency that took over northern Mali in 2013, and the jihadist group Boko Haram declared allegiance to ISIS in 2015.But the violence has showed no signs of slowing down.
New groups like the Islamic State in the Greater Sahara — which reportedly carried out the early-October ambush that killed four US soldiers while they were on a mission with local partners in Niger — are being formed, and the number of militants joining these groups seems to be increasing.
On October 23, Joint Chiefs of Staff Chairman Marine Gen. Joseph Dunford said that ISIS “has aspirations to establish a larger presence” in Africa.
“We’re going to see more actions in Africa, not less,” Dunford said, adding that the US military will be making recommendations to Trump and Defense Secretary Jim Mattis and that US forces will remain in the area despite the casualties in Niger.
As in West Africa, Islamist violence is not new to Somalia. For the last decade, the most feared jihadist group in the country has been Al Shabab, an Al Qaeda ally. ISIS unsuccessfully tried to recruit Al Shabab in 2015, and now the two groups fight each other in addition to government forces.
Though smaller than Al Shabab, ISIS’ affiliate in Somalia has made its mark as a deadly terrorist organization. It has routinely conducted bombings and attacks that have killed hundreds. It is also outgaining Al Shabab in terms of foreign volunteers, as most aspiring jihadists want to be part of the ISIS brand.
In October, the largest bombing in the history of Mogadishu, the Somali capital, left at least 300 civilians dead and caused more than 275 injuries.
No group has claimed responsibility, but it is a troubling sign as it could lead to more violent competition between Al Shabab and ISIS, as they try to become the dominant Islamist group in the country.
The Trump administration sent US troops to Somalia in May — the first such deployment in more than 20 years — to aid antiterrorism efforts. On Friday, the US military carried out its first two drone strikes on ISIS targets in Somalia, killing “several terrorists,” according to US Africa Command.
ISIS made its mark in the Philippines in a manner similar to that in Iraq and Syria — suddenly emerging with a large and organized force, seizing large amounts of territory.
Led by Isnilon Hapilon and the Maute Brothers — who formally lead Abu Sayyaf and the Maute Group, respectively — forces that pledged loyalty to ISIS took over the city of Marawi in Lanao del Sur province on the southern Philippine island of Mindanao.
The siege that followed resulted in the deaths of 962 ISIS militants, including Hapilon and at least one of the Maute Brothers; 165 Philippine soldiers were killed, and nearly 1.1 million people were displaced.
Though Philippine soldiers liberated the city, ISIS remains a threat in the Philippines and in Southeast Asia as a whole.
The Navy’s new “first-of-its-kind” stealthy destroyer will soon go to San Diego, Calif., where it will go through what’s called “ship activation” – a process of integrating the major systems and technologies on the ship leading up to an eventual live-fire exercise of its guns and missiles.
As part of this process, the Navy will eventually fire long-range precision guns and missiles from its lethal, stealthy new destroyer — in anticipation of its ultimate deployment on the open seas, service and industry officials explained.
The new Destroyer, called DDG 1000 or the future USS Zumwalt, is a 610-foot land and surface warfare attack ship designed with a stealthy, wave-piercing “tumblehome” hull.
On Friday May 20, 2016, the new ship was formally delivered to the Navy at Bath Iron Works in Portland, Maine.
“The shape of the superstructure and the arrangement of its antennas significantly reduce radar cross section, making the ship less visible to enemy radar at sea,” a Navy statement said.
“The US Navy accepted delivery of the most technically complex and advanced warship the world has ever seen,” Rear Adm. (select) James Downey, DDG 1000 Program Manager, said in a written statement.
Several reports have indicated that ships off the coast of Maine recently thought the DDG 1000 was a small fishing boat due to its stealthy design. That is precisely the intent of the ship – it seeks to penetrate enemy areas, delivery lethal attack while remaining undetected by enemy radar. The ship is engineered for both land attack and open water surface warfare, Navy officials explain.
“In the next phase, the Navy will be driving, connecting, integrating and proving the functionality of the ship systems such as the radar, sonar and gun. The Navy will test out the basics make sure the ship can work then by testing those components of the ship that actually make it a warship,” Wade Knudson, DDG 1000 Program Manager, Raytheon, told Scout Warrior in an interview.
“The Navy will be making sure that the propulsion system works to create the power to drive the ship at the speeds it is supposed to go.”
Ship delivery follows extensive tests, trials and demonstrations of the ship’s Hull, Mechanical, and Electrical systems including the ship’s boat handling, anchor and mooring systems as well as major demonstrations of the damage control, ballasting, navigation and communications systems, Navy officials said.
The ship is slated to be commissioned in Baltimore, Maryland Oct. 15.
“Zumwalt’s crew has diligently trained for months in preparation of this day and they are ready and excited to take charge of this ship on behalf of the US Navy,” Capt. James Kirk, commanding officer of the future Zumwalt, said in a written statement.
DDG 1000 Weapons
The ship is engineered to fire Tomahawk missiles as well as torpedoes, Evolved Sea Sparrow Missile and a range of standard missiles such as the SM2, SM3 and SM6.
The ship also fires Vertical Launch Anti-Submarine Rockets, or ASROCs. ASROCs are 16-feet long with a 14-inch diameter; a rocket delivers the torpedo at very high speeds to a specific point in the water at which point it turns on its sensors and searches for an enemy submarine.
The first weapons to fire from the Mk 57 vertical launch tubes will be the ship defensive weapons called the Evolved Sea Sparrow Missile and the Standard Missile 2, or SM-2.
The ship is also built with Mk 57 a vertical launch tubes which are engineered into the hull near the perimeter of the ship.
Called Peripheral Vertical Launch System, the tubes are integrated with the hull around the ship’s periphery in order to ensure that weapons can keep firing in the event of damage. Instead of having all of the launch tubes in succession or near one another, the DDG 1000 has spread them out in order to mitigate risk in the event attack, developers said.
In total, there are 80 launch tubes built into the hull of the DDG 1000; the Peripheral Vertical Launch System involves a collaborative effort between Raytheon and BAE Systems.
Also, the launchers are especially designed with software such that it can accommodate a wide range of weapons; the launchers can house one SM-2, SM-3 or SM-6, ASROCs and up to four ESSMs due to the missile’s smaller diameter, Knudson added.
“It has a common launcher to you can change the adapter or computer function which connects the ship to the missile,” he said.
The ship also has a 155mm long range, precision-capable gun called the Advanced Gun System made by BAE Systems. The weapon can, among other things, fire a munition called the Long-Range Land Attack Projectile which can strike target at ranges out to 64 nautical miles.
Most deck mounted 5-inch guns currently on Navy ships are limited to firing roughly 8-to-10 miles at targets within the horizon or what’s called line of sight. The Advanced Gun System, however, fires GPS-guided precision 155m rounds beyond-the-horizon at targets more than three times that distance.
New Sonar, Power Systems, Radar Technology
The DDG 1000 is unique in that it uses what’s called a dual-band sonar system; this includes both medium and high frequency sonar designed to detect both submarines as well as mines and incoming enemy fire. Most ships have only longer-range, lower frequency medium frequency sonar which provides an ability to detect submarines at long distances. Higher frequency brings a much more precise degree of detection, Knudson explained.
Sonar works by sending out an acoustic “ping” and then analyzing the return signal to process information through a receiver designed to help determine the shape, distance, speed and dimensions of an object or threat.
“High frequency is better for detecting small objects. If you are only going after submarines, then medium frequency would be sufficient. You are going to find the submarine — then you would be able to fire one of the vertically launched ASROCs to engage that target,” Knudson said. “What makes this unique is that high-frequency enable mine detection and mine avoidance,” he added.
It makes sense that the DDG 1000 would be engineered detect mines because the destroyer is, in part, being developed for land-attack missions, an activity likely to bring the vessel closer to shore than previous destroyers might be prepared to sail. The ship is engineered with a more shallow-draft to better enable it to operate in shallower waters than most deep-water ships.
“It has a dome that is transparent to those acoustic waves. The acoustic signal detects sea life and submarines and then sends the signal back to the receiver which processes the information. Inside the bulb, ceramic tiles transmit the acoustic wave out through the water,” Knudson said.
The DDG 1000 is built with what’s called a total ship computing environment, meaning software and blade servers manage not just the weapons systems on the ship but also handle the radar and fire control software and various logistical items such as water, fuel, oil and power for the ship, Raytheon officials said.
The blade servers run seven million lines of code, officials explained.
Additionally, as a survivability enhancing measure, the total ship computing environment also ensures additional layers or redundancy to ensure that messages and information can be delivered across the ship in the event of attack, Raytheon officials said.
Many of the blade servers and other technical items are housed in structures called electronic modular enclosures, or EMEs. There are 16 EME’s built on each ship, each with more than 235 electronics cabinets. The structures are designed to safeguard much of the core electronics for the ship.
The ship’s integrated power system, which includes its electric propulsion, helps generate up to 78 megawatts of on-board electrical power, something seen as key to the future when it comes to ship technologies and the application of anticipated future weapons systems such as laser weapons and rail guns. The ship’s electric drive uses two main turbine generations with two auxiliary turbine generators which power up two 35-megawatt advanced induction motors, Knudson explained.
“The induction motors drive the propellers,” Knudson added.
The speed of the propellers is run through the total computing environment as part of the ship’s controls.
The DDG 1000 also has an AN/SPY-3 X-band multi-function radar which is described as volume-search capable, meaning it can detect threats at higher volumes than other comparable radar systems, Raytheon officials added. The volume search capability, which can be added through software upgrades, enables the radar to detect a wider range of missile flight profiles, he added.
The ship will employ active and passive sensors along with its Multi-Function Radar capable of conducting area air surveillance, including over-land, throughout the extremely difficult and cluttered sea-land interface, Navy officials said.
As the first Zumwalt-class destroyer is delivered to the Navy, construction of the second is already underway at Bath Iron Works, Portland, Maine. The DDG 1001, the Michael Monsoor, is already more than 75-percent complete and fabrication of DDG 1002, the future Lyndon B. Johnson, is already underway, Navy officials said.
From a video game standpoint, it makes sense: A weapon that racks up in-game kills without the hassle of managing a frag grenade bouncing all over the place. Even in Saving Private Ryan, quickly improvising a sticky bomb to take out a tank proved how smart Tom Hank’s Captain Miller was in battle.
In actuality, sticky grenades did exist, but were far more headache than help. Meet the British Anti-tank No. 74.
They weren’t used against infantrymen like video games would have you believe, though. Packing 1.25 lbs of nitroglycerine along with another pound of plastic and glass meant that the boom from real-life sticky grenades would only destroy things that are stuck to it.
As such, the British No. 74 was designed as an anti-tank weapon that troops would break out of its casing, throw (or, more likely, just walk up and plant), and, five seconds after the lever is released from the handle, boom!
As for the “epic sticky grenade throws” you see in Call of Duty — still no. The most common concern with the No. 74 was that once you take it out of the protective casing that conceals the stickiness, you’ve armed it. Everything that it sticks to is now going to be destroyed. Meaning that if it stuck to your clothes or anything around you, you need to remove whatever it’s stuck to without letting go of the lever. If the lever was released… you’d better get as far away from it as you can in five seconds or else… boom!
To make matters worse, they traveled terribly. The inside was made of glass, so if it cracked in transit, the explosive would leak. If the leaked explosive got just a tiny amount of friction… you guessed it: boom!
Even if the handling, arming, and tossing of the grenade all went perfectly, it still may not work as intended. If the Brit managed to get close enough to toss the 2.25 lbs grenade at the German armor, which was usually surrounded by ground troops, tanks were always covered in things that the grenade had trouble sticking on: Wet surfaces and dirt.
Despite being having over 2.5 million sticky grenades produced, it rarely saw as much use as it does in pop culture.
To see the No. 74 in use, watch the old training video below:
Air Force Global Strike Command has acquired its first ever aircraft, the MH-139A Grey Wolf, the command’s first major acquisition in its 10-year history. The Grey Wolf will replace the UH-1N Huey, which entered the operational Air Force during the Vietnam War in 1970. The purchase is also unique as it’s an “off the shelf” purchase of an existing airframe modified to meet military requirements.
The acquisition was contracted through Boeing during a full and open competition at a cost of .38 billion — id=”listicle-2645128599″.7 billion under budget.
Gen. Timothy Ray, AFGSC commander, named the helicopter “Grey Wolf” during a naming and unveiling ceremony at Duke Field, Florida, Dec. 19, 2019, comparing the helicopter to the wild animal that bears the same name.
The name Grey Wolf is derived from the wild species that roams the northern tier of North America, which also encompasses the intercontinental ballistic missile bases in AFGSC.
“It strikes fear in the hearts of many,” Ray said. “Its range is absolutely inherent to the ICBM fields we have.”
“As they hunt as a pack, they attack as one, they bring the force of many,” he continued. “That’s exactly how you need to approach the nuclear security mission.”
The helicopters will provide security and support for the nation’s ICBM fields which span Wyoming, Montana, North Dakota, Colorado and Nebraska in support of U.S. Strategic Command’s nuclear deterrence operations aligned with the National Defense Strategy.
Members of the 54th Helicopter Squadron fly near a missile alert facility near Minot Air Force Base, North Dakota, July 26, 2018. The 54th HS members provide swift transportation for 91st Security Forces Group defenders whenever the time arrives.
The new helicopter closes the capability gaps of the UH-1N Huey in the areas of speed, range, endurance, payload and survivability in support of the command’s ICBM missions. Other mission capabilities include civil search and rescue, airlift support, National Capital Region missions, as well as survival school and test support.
The Air Force will procure up to 84 MH-139A Grey Wolf helicopters, training devices and associated support equipment from Boeing.
According to Boeing, Grey Wolf is 50% faster than the Huey helicopters currently serving Air Force security forces. It can also fly 50% farther and carry 5,000 more pounds of cargo. Boeing says that Grey Wolf will save up to id=”listicle-2645128599″ billion in life cycle costs.
“When I think about the issue in front of us, about moving forward in nuclear deterrence, when I stare down a wave of acquisition for essentially everything we do, I hope this particular program is a harbinger of very successful stories to follow not just for our command but for the good of the nation and for the good of our allies and partners,” Ray said.
Two UH-1N Twin Hueys from the 1st Helicopter Squadron fly by the Washington Memorial, Washington D.C., Aug. 28, 2015. The helicopters flew for the Vietnam Helicopter Crew Members Association Memorial Service Flyover.
The MH-139A Grey Wolf will provide vertical airlift and support the requirements of five Air Force major commands and operating agencies: AFGSC, Air Force District of Washington, Air Education and Training Command, Air Force Materiel Command and Pacific Air Forces. AFGSC is the lead command and operational capability requirements sponsor.
AFGSC stood up Detachment 7 at Duke Field, to support testing and evaluation of the MH-139A.
Maj. Zach Roycroft, of the 413th Flight Test Squadron, climbs into the cockpit of a UH-1N helicopter in preparation for a test flight at Duke Field near Eglin Air Force Base, Fla., Sep. 16, 2019. The squadron received its first MH-139 helicopters, which will replace the UH-1N, for flight test in Dec. 2019.
Lt. Col. Mary Clark assumed command of the detachment with Brig. Gen. Andrew Gebara, AFGSC A5/8 director, presiding over the ceremony.
“I’m here to tell you, this is a big deal,” Gebara said during the ceremony. “It is hard to overstate just how much blood sweat and tears have gone into getting this helicopter into our United States Air Force (and) standing up this detachment. We are very excited in Air Force Global Strike Command. We cannot wait to get this out to the missile fields and the National Capital Region where it needs to be.”
The MH-139A Grey Wolf lands at Duke Field, Fla., Dec. 19, 2019, before its unveiling and naming ceremony. The aircraft is set to replace the Air Force’s fleet of UH-1N Huey aircraft and has capability improvements related to speed, range, endurance and payload.
The detachment received the first MH-139A helicopter during a naming and unveiling ceremony.
The detachment will work in conjunction with the 96th Test Wing’s 413th Flight Test Squadron, the Air Force’s only dedicated rotary test unit. Detachment 7 brings vital aircrew manning to the test effort and is comprised of pilots and special mission aviators.
From right, test pilots Maj. Zach Roycroft and Tony Arrington, of the 413th Flight Test Squadron, and their flight crew pose in front of a UH-1N helicopter on the Duke Field flightline near Eglin Air Force Base, Fla., after a test flight, Sep. 16, 2019. The squadron received its first MH-139 helicopters, which will replace the UH-1N, for flight test in Dec. 2019.
Currently, the unit resides in temporary administrative and hangar facilities on Duke Field. The detachment will eventually move to Malmstrom Air Force Base, Montana, to perform additional testing and evaluation of the aircraft.
“I want you all to know you are special,” Clark said, speaking to those Airmen under her charge during the ceremony. “You were selected to fly, test and field this aircraft, literally writing the book on this helicopter for aviators that will follow us for 50 years or more.”
Detachment 7 will manage four helicopters. The second aircraft is due to arrive mid-January 2020, while the third and fourth aircraft are scheduled to arrive in February.
“We’re going to put this helicopter through its paces,” Gebara said.
The UH-1Ns will continue to support five commands and numerous missions, including operational support airlift, test support and intercontinental ballistic missile security support, until the replacements are ready.
When it comes to capabilities, no two states are alike — we ranked the top six, measuring everything from sheer size of force to whether the state has special forces, strike, and a brigade combat team. Overall, we found Texas has the most capable National Guard.
Texas Army National Guard soldiers from the 143rd Infantry Regiment conduct a live fire exercise at Fort Hood, Texas in October 2018.
(Texas National Guard photo by Sgt. Kyle Burns)
Don’t mess with Texas’ National Guard.
Texas has a number of capabilities that elevate the Lone Star State to the #1 position.
Its sheer size is a significant factor — the Texas National Guard is host to nearly 21,000 troops, including its army and air components.
Texas is also home to two companies of the 19th Special Forces Group and Air Guard fighter and attack wings that provide strike and drone capabilities.
A California National Guard soldier from the 19th Special Forces Group descends for a landing during a high altitude, high opening training near Los Alamitos, California in February 2018.
(Air National Guard photo by Senior Airman Crystal Housman)
California’s National Guard forces nearly equal those found in Texas, including Green Berets in the 19th Special Forces Group.
But because the nation’s most populous state only yields roughly 18,000 troops, they fall in at #2.
A Pennsylvania National Guard soldier looks out the side of a UH-60 Black Hawk helicopter near Nichols, South Carolina, in September 2018.
(Pennsylvania National Guard photo by Capt. Travis Mueller)
Pennsylvania hosts more guardsmen than California, with a force almost 18,500 members strong.
But because the state does not have Special Forces troops — the most elite forces in the Army, who are called upon for the most dangerous missions — it slid back to take the #3 spot.
F-16 Fighting Falcons assigned to the Ohio Air National Guard’s 180th Fighter Wing, sit on the flight line at Patrick Air Force Base in Florida, where they fly to conduct training and maintain readiness during winter months.
(Air National Guard photo by Senior Airman Hope Geiger)
Though small in geographical size, census data shows Ohio to be the 7th most populated state in the US, so it’s no surprise that it has a highly capable National Guard.
Its 16,500 guard members include Green Berets, jet pilots, and an infantry brigade combat team that has deployed to Afghanistan.
Soldiers assigned to the 101st Cavalry Regiment of the New York Army National Guard off load from a CH-47 Chinook during cold weather training in January 2019.
(Air National Guard photo by Tech. Sgt. Ryan Campbell)
5. New York
Although New York does not have Special Forces, its force is sizable at 15,500 strong.
It hosts not one but two air attack wings — who fly MQ-9 Reaper drones — and an infantry brigade combat team.
Georgia Army National Guard helicopters fly over the Georgia State Capitol during the inauguration of Governor Brian Kemp on Jan. 14, 2019.
(Army National Guard photo by Spc. Tori Miller)
Georgia may not have Special Forces, but it hosts the sixth-largest National Guard in the US, with roughly 14,000 troops including an infantry brigade combat team.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
On February 3rd, a 70-year-old veteran will be taking the stairs — 1,576 of them.
Jerry Augustine of Middletown, Connecticut is set to participate in the Empire State Building Run-Up, the world’s oldest and most famous tower race. He will join an elite group of runners selected from thousands who vied for a spot in the event.
This will be the ninth time the Vietnam vet has run up the iconic New York City landmark’s 86 flights of stairs. He is running for Team Red White and Blue, a not-for-profit with the mission to enrich the lives of America’s veterans by connecting them to their community through physical and social activity.
The former Army Spec. was tasked with search and destroy missions, recovering bodies, and ambush patrols during his 1966-1967 deployment to Vietnam. The Hartford Courant recently detailed one of his more harrowing missions:
One day, while performing this duty, Augustine fell into a human trap known as punji pit, a camouflaged hole with sharpened bamboo stakes at the bottom. The stakes might be tipped with excrement to cause infection. Augustine was lucky. He said the pit was old and the stakes had rotted and merely collapsed under his weight.
Augustine said another close call came when he was “point man” on ambush patrol. Approaching a clearing, he said, he was spotted by a guerrilla fighter who fired an RPG. The mortar round struck a tree a few feet away. “It bounced off and landed right next to my boot,” Augustine said. He dove for cover, but the round failed to detonate.
“I still think about how close I was to death,” he said. “When, you’re young you don’t think about, but it hits me now.”
He said one of the worst experiences was when his company was sent to recover the bodies of fallen comrades in the aftermath of a three-day battle in fall 1966. “My platoon had the duty of carrying 30 bodies to the choppers to be put into body bags and sent back to friendly lines,” Augustine said. “It was just horrible.”
After the war he struggled with what is now known as ‘post traumatic stress.’ In 1992, his doctor prescribed Prozac, but it made him lethargic. A friend suggested he drop the meds and hit the pavement.
“My son had a paper route on a bicycle at the time, so I started running along with him delivering papers, a couple of miles a day,” Augustine told The Hartford Courant. “Pretty soon I was entering races, and doing pretty well. I became one of the best in my age group. Running made me feel great.”
Augustine won the ESB Run-Up race in the 50s division in 2001. His last race was 2007.
“When I turned 70 this year, I wanted to see if I could still do it,” he told the Courant. “I’d be really happy to get a time of 20 minutes this time. Maybe even 25 minutes. It’s a lot harder now.”
If you would like to get into ‘run-up-the-stairs-of-a-102-floor-building-in-25-minutes-or-less’ shape, here is Jerry’s simple routine:
Sprint up the stairs of a 12 story building: 3 times in a row, 3 times a week.