The LM002 was the third attempt by the supercar manufacturer to make an off-road vehicle. The first was the Cheetah in the 1970s with a rear-mounted Chrysler V8 engine. Next was the LM001 prototype, which also featured a rear-mounted V8 engine. However, both of these vehicles were scrapped because of weight balance problems, according to LamboCARS.
By 1982, Lamborghini finally got it right by installing the same V12 engine used in the Countach to the front of the vehicle, giving the LM002 450 horsepower and agile responsiveness. Finally the vehicle was ready for prime time, but the military never warmed up to it.
Since it couldn’t attract the military, Lamborghini did the next best thing by turning it into a luxury vehicle. The LM002 was made-to-order with fine leather, a blasting Alpine sound system, and air conditioning. Notable celebrity owners were Sylvester Stallone, Tina Turner, Eddie Van Halen, and Mike Tyson. Infamous owners included kingpin Pablo Escobar, Uday Hussein, and Muammar Gadafi, according to LamboCARS.
The LM002 was the last time Lamborghini had an SUV. Its latest concept – the URUS – was designed as a luxury SUV from inception, unlike the LM002.
Earlier this month, Lockheed Martin was promoting what they call the “DDG DE Laser Enhancement” at the Association of the United States Army expo in Washington, D.C. In essence, it would add at least two lasers to the five-inch gun, Mk 41 vertical-launch-systems (one with 32 cells, the other with 64 cells), a Mk 15 Phalanx close-in weapon system, and 324mm torpedo tubes. In addition to the Standard and Evolved Sea Sparrow missiles, the Mk 41 vertical-launch systems can also carry RUM-139 ASROC launchers and BGM-109 Tomahawk cruise missiles.
Lockheed has been testing laser weapon systems for a while. Last month, WATM reported on a test of the ATHENA laser, in which five MQM-170C Outlaw drones were shot down by the 30-kilowatt system. The test was conducted in conjunction with Army Space and Missile Defense Command. ATHENA was described as “ground mobile” in a Lockheed release about the tests.
The deployment of lasers could improve capabilities against enemy unmanned aerial vehicles, missiles, and even aircraft. The need for counter-drone weapons became very acute when the Islamic State of Iraq and Syria deployed UAVs against Coalition forces.
The Welrod was fielded heavily by allied clandestine and resistance forces during WWII. Designed by British Major Hugh Reeves at the legendary SOE Station IX, the gun was exceptionally quiet, developing just 73 dB when fired. Its low sound signature was due to its integral suppressor and manually cycled bolt. Chambered in .32 ACP and later 9x19mm Parabellum, the Welrod was extremely popular amongst irregular forces. For its use in covert and asymmetrical operations, it was nicknamed the assassin’s pistol. Approximately 2,800 of the pistols were made during the war, with more than 11,000 being made afterwards. Today, an original Welrod can fetch anywhere from $6,500 to $11,000 on the used market. However, for gun enthusiasts that want to live out their SOE or OSS fantasies, there is now an alternative.
B&T is a Swiss defense supplier famed for producing high-quality firearms and tactical components. Their APC9 was recently selected by the Army in its first submachine gun contract in over 50 years. Taking inspiration from the simple, quiet, and lethal Welrod, B&T developed the VP9 and released it 2014. Designed as a veterinary pistol, the VP9 retains the Welrod’s manual action and integral-suppressor in order to quietly and humanely put down sick and wounded animals. Its low sound signature allows vets to be more sensitive to other humans or animals nearby and its low muzzle velocity reduces the risk of ricochet. The VP9’s proprietary magazine integrated into the grip like the Welrod. However, its capacity was reduced from 6 to 5 rounds of 9x19mm. Realizing the potential for a more faithful Welrod reincarnation, B&T revamped the VP9 and released a new Welrod descendant in 2021.
Designed for shooters who want a modern Welrod experience, the B&T Station Six pays homage to the original Welrod and the famous SOE research bureau where it was developed. Giving shooters more options, the Station Six is chambered in both 9x19mm and .45 ACP. Regardless of caliber, the Station Six also utilizes 1911-pattern magazines for cross compatibility with existing firearms. Just like the Welrod and VP9, the Station Six features the famous manually cycled bolt. The lack of moving parts helps the Station Six stay as quiet as possible.
The Station Six will ship with its proprietary suppressor which is not integral. This means that it is user-serviceable when its baffles eventually wear out and its sound signature increases. B&T has also announced that a training suppressor will eventually be made available with the Station Six. Licensed B&T dealers in the U.S. are taking orders for delivery by the end of Q1. MSRP is reported to be around $2000.
U.S. Army uniform officials are working on a lightweight, modular ghillie suit for snipers to replace the current Flame Resistant Ghillie System, or FRGS, that’s known for being too heavy for hot environments.
Program Executive Office Soldier is developing the Improved Ghillie System, or IGS, a modular system that would be worn over the field uniform, Debbie Williams, a systems acquisition expert with Product Manager Soldier Clothing and Individual Equipment, said in a recent Army press release posted on PEO Soldier’s website.
The IGS will consist of components such as sleeves, leggings, veil, and cape that can be added or taken off as needed, Williams said.
It will also do away with the ghillie suit accessory kit, which is standard with the FRGS, she said, explaining that soldiers were not using most of the items in the kit.
A 1st Battalion, 175th Infantry, soldier practices camouflage, cover and concealment with the Flame Resistant Ghillie Suit, or FRGS, during training at Fort A.P. Hill, Va., in November 2012.
The Army issued a request for proposal for the IGS on Aug. 28, 2018, according to the release.
The IGS will feature a lighter, more breathable fabric than the material used in the FRGS, said Mary Armacost, a textile technologist with PM SCIE.
The material will offer some flame-resistance, but soldiers will receive most of their protection from their Flame Resistant Combat Uniform, worn underneath the IGS, Army officials said.
If all goes well, the Army plans to buy about 3,500 IGSs to outfit the approximately 3,300 snipers in the service, as well as Army snipers in U.S. Special Operations Command, the release states.
The Army intends to conduct tests that will evaluate the new IGS in both lab and field environments during day and night conditions. A limited user evaluation is being scheduled for next spring, involving instructors from the Sniper School at Fort Benning.
This article originally appeared on Military.com. Follow @militarydotcom on Twitter.
A sign hanging above the doors to the gas chamber reads, “Even the brave cry here.” A dozen at a time, Marines are ushered into a small, dark, brick room. A thick haze of o-Chlorobenzylidene Malononitrile, more commonly known as CS gas, fills the air.
Marines with Deployment Processing Command, Reserve Support Unit-East (DPC/RSU) and the 26th Marine Expeditionary Unit, conducted gas chamber training Nov. 8, 2019, on Marine Corps Base Camp Lejeune, North Carolina.
“During qualification, which can take about four to five hours, Marines are taught nuclear biological and chemical (NBC) threats, reactions to NBC attacks, how to take care of and use a gas mask, how to don Mission-Oriented Protective Posture gear, the process for decontamination, and other facts relating to NBC warfare,” said Cpl. Skyanne Gilmore, Chemical, Biological, Radiological and Nuclear (CBRN) specialist with the 26th MEU.
Cpl. Samual Parsons and Cpl. Isais Martinez Garza, Chemical, Biological, Radiological and Nuclear (CBRN) specialists, suit to Marines for gas chamber training at Camp Lejeune, North Carolina, Nov. 8, 2019.
(US Marine Corps/Cpl. Dominique Osthoff)
“The gas chamber training teaches Marines how to employ gas masks in toxic environments, and to instill confidence with their gear during CBRN training. Training in the gas chamber is essential because a service member can never know when they could be attacked,” Gilmore said.
According to Gunnery Sgt. James Kibler, Alpha Company operations chief with DPC/RSU, the unit conducts gas chamber training once a month due to the rotation of service members preparing for deployment.
The 26th MEU was training to complete Marine Corps Bulletin 1500, a biennial requirement for active-duty Marines.
A US Marine clears his gas mask during gas chamber training at Camp Lejeune, North Carolina, Nov. 8, 2019.
(US Marine Corps photo by Cpl. Dominique Osthoff)
A US Marine performs a canister swap on another Marine during gas chamber training at Camp Lejeune, North Carolina, Nov. 8, 2019.
(US Marine Corps photo by Cpl. Dominique Osthoff)
During the training, CBRN Marines monitor individuals who may be struggling in the gas chamber.
“We calmly talk to them, and we take them step by step of what to do,” Gilmore said. “If they’re freaking out, we have them look at us and breathe. If we have to, we pull them out of the gas chamber and let them take their mask off and get a few more breathes before we send them back in there so they can calm down and realize they’re breathing normally.”
A US Marine breaks the gas mask seal as instructed during gas chamber training at Camp Lejeune, North Carolina, Nov. 8, 2019.
(US Marine Corps photo by Cpl. Dominique Osthoff)
Having confidence in one’s gear and checking it over twice before going inside helps individuals from losing their composure in the gas chamber.
“Check the seal on your mask and the filters before going inside,” said Gilmore. “When you feel like freaking out, take a breath and realize that you’re not breathing in any CS gas. You should have confidence in yourself and your gear.”
US Marines perform a canister swap during gas chamber training at Camp Lejeune, North Carolina, Nov. 8, 2019.
(US Marine Corps photo by Cpl. Dominique Osthoff)
Due to the rise in chemical attacks, proper training in the gas chamber could save a service member’s life.
“Throughout Iraq, there have been pockets of mustard gas and a couple other CBRN-type gases that have been found, especially within underground systems,” Kibler said.
“I know that when I was there in 2008, a platoon got hit with mustard gas when they opened up a Conex box. The entire platoon was able to don their masks. Gas attacks are out there; it might not be bombs, but it’s out there somewhere.”
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
Off the East Coast this month, the Navy’s newest aircraft carrier, the first-in-class USS Gerald R. Ford, reached several major milestones in a matter of hours, marking the advancement of the carrier’s crew and its systems.
The Ford completed flight deck certification and carrier air-traffic control center certification on March 20, after it achieved Precision Approach Landing Systems certification and conducted two days of flight operations.
F/A-18E and F/A-18F Super Hornets from four squadrons assigned to Carrier Air Wing 8 conducted 123 daytime launches and landings and 42 nighttime launches and landings aboard the Ford over a two-day period, exceeding the minimum requirements for each by three and two, respectively.
“Our sailors performed at a level that was on par with a forward deployed aircraft carrier, and this was a direct result of the hardcore training and deployment-ready mentality we have pushed every day for the past year,” Capt. J. J. Cummings, the Ford’s commanding officer, said in a release. “Our team put their game faces on, stepped into the batter’s box and smashed line drives out of the park. It was fun to watch.”
The certifications, photos of which you can see below, are major achievements not only for the carrier but also for the Navy, as the Ford is now the only only carrier qualification asset — meaning it can conduct carrier qualifications for pilots and other support operations — that will be regularly available on the East Coast this year.
Aviation Boatswain’s Mate (Handling) 1st Class Jawann Murray, assigned to USS Gerald R. Ford’s air department, signals an F/A-18E Super Hornet on Ford’s flight deck during flight operations in the Atlantic, March 21, 2020.
Before flight deck and carrier air-traffic control certification, the Ford did Precision Approach Landing Systems certification. PALS is a requirement for flight operations. along with air-traffic controllers, it aids pilots in night or bad-weather landings and guides them to a good starting position for approaches.
The Ford is doing an 18-month post-delivery test and trials period, now in its fifth month.
The carrier finished aircraft compatibility testing at the end of January, successfully launching and landing five kinds of aircraft a total of 211 times.
After that 18-month period, it will likely return to the shipyard for any remaining work that couldn’t be done at sea.
Chief Aviation Boatswain’s Mate (Handling) Derrick Williams, USS Gerald R. Ford’s flight deck leading chief petty officer, goes over flight deck operations inside Ford’s flight deck control, prior to flight operations in the Atlantic, March 23, 2020.
The Ford’s carrier air-traffic control center team assisted the flight-deck certification and had to complete its own certification in concert with it. CATCC certification was the culmination of a process that started at the Naval Air Technical Training Center in Florida last year.
Since that process began in October 2019, instructors from the training center have been working with Ford sailors during every phase — testing the sailors’ practical knowledge, reviewing their checklists, and observing their recovery operations.
That training was vital to the Ford sailors’ success this month. “We had no rust to knock off,” said Chief Air Traffic Controller Lavese McCray. “We’ve tested and trained for so many operations that it made the [certification] scenarios look easy.”
Inspectors from Naval Air Forces Atlantic praised the carrier air-traffic control center sailors in their certification letter, according to the release.
“It was very apparent the entire CATCC team put forth a great deal of effort preparing for their CATCC certification,” the letter said. “All CATCC functional areas were outstanding. Additionally, the leadership and expertise exhibited by the Air Operations Officer and his staff were extremely evident throughout the course of the entire week.”
The certification process is meant to test pilots and crews on operations they’ll face when deployed. In one recovery scenario, aircraft were stacked behind the Ford in 2-mile increments, waiting to land every minute, which deployment-ready aircraft carriers are required to be able to do. The Ford landed aircraft 55 seconds apart.
“The human element critical to [flight deck certification] is the relationship between ship’s company and the air wing in the ‘black top ballet’ of flight deck operations,” the release said. “During hours-long evolutions, the teams work together to communicate pilots’ status, their requirements, and provide them services.”
The March 20 certifications came a day after the Ford’s 1,000 recovery of a fixed-wing aircraft using its Advanced Arresting Gear on March 19 at 5:13 p.m. Moments later, the ship had its 1,000 launch with its Electromagnetic Aircraft Launch System.
The Ford’s first fixed-wing recovery and launch using AAG and EMALS were on July 28, 2017.
AAG and EMALS have been two of the most nettlesome of the Ford’s many new technologies, exceeded in their growing pains perhaps only by the Advanced Weapons Elevators, which are still not finished.
The Ford has the first new carrier design since the 1960s, which added to the difficulty of its construction. AAG and EMALS are both meant to support the greater energy requirements of future air wings and operate more safely than similar gear on older Nimitz-class carriers.
The Ford’s accomplishments come as the Navy grapples with a fleet-wide challenge in the coronavirus. The service’s first case came on March 13, when a sailor on the USS Boxer, in port in San Diego, tested positive. The first underway case came on Tuesday on the carrier USS Theodore Roosevelt.
Acting Secretary of the Navy Thomas Modly said Tuesday that three cases were detected on the Theodore Roosevelt. He said those were the first cases on a deployed ship and that the affected personnel were awaiting transfer off the carrier.
The “Big Stick,” which carries some 5,000 crew, visited Vietnam earlier this month. The Navy’s top uniformed officer said Tuesday that it wasn’t clear if the cases stemmed from that visit.
“Whenever we have a positive on any ship … we’re doing the forensics on each one of those cases to try and understand what kind of best practices, or the do’s and the don’ts, that we can quickly promulgate fleet-wide,” Chief of Naval Operations Adm. Michael Gilday said at the Pentagon.
Asked about specific policy changes, Gilday said, “we’re on it” but “no specifics yet.”
Aviation Boatswain’s Mate (Handling) Airman Christopher Nardelli, assigned to USS Gerald R. Ford’s air department, arranges the “ouija board” in Ford’s flight deck control, during flight operations in the Atlantic, March 22, 2020.
There are no reported cases on the Ford, which Gilday said Tuesday was also carrying “a couple of hundred shipyard workers” who were “working on many of her systems to continue to keep her at pace and on schedule” for deployment.
“We’re very proud of the fact that they are out there at sea with us and that they’re so committed to the Navy,” Gilday said of the shipyard workers.
But the Navy secretary said Tuesday that the service was in touch with industry partners to let them know it was aware of the challenge posed by the coronavirus.
“We rely particularly on our shipyards and our depots … We need them to continue to operate because you can’t lose those skills. We have to keep them maintained. So we’ve been very clear and very consistent in talking to our commercial partners,” Modly said.
“We are also concerned about the health of their people. We don’t want them putting them at risk either,” Modly added. “But we just need to be aware of what they’re doing in that regard, so that we can adjust our expectations about what they can deliver and when they can deliver.”
India has the second-largest military in the world with about 1,444,000 active personnel. By comparison, the United States is the third-largest with about 1,400,000. The nation with the largest military in the world, and a not-so-friendly neighbor to India, is China at 2,183,000. In recent years and months, skirmishes along the border with China have prompted modernization efforts throughout India’s military forces.
Since 1998, the standard-issue infantry rifle of the Indian Army has been the domestically produced Indian Small Arms System rifle. The INSAS is chambered in 5.56x45mm NATO like the M4/M16 family and includes carbine and light machine gun variants. However, the INSAS received poor reviews from Indian and Nepali soldiers. In battle, the weapon was prone to jams, the magazines were prone to cracking, and the 5.56x45mm NATO round lacked stopping power.
In March 2019, the Indian military announced that the INSAS family would be retired. The light machine gun variants were replaced by the Negev Ng7 produced by Israel Weapon Industries. Conversely, the rifles would be replaced by the domestically-manufactured AK-203. Chambered in the venerable 7.62x39mm and based on the AK-74M, the AK-203 was designed in Russia and produced at the Amethi ordnance factory in India under license.
The same year, India announced a deal with Sig Sauer to purchase 72,400 rifles chambered in 7.62x51mm NATO. “We are very proud, and honored that the SIG716 was chosen for use by the fighting forces of the Indian Army, and we are looking forward to developing a strong partnership with India’s Ministry of Defence,” said Ron Cohen, President and CEO of Sig Sauer. The New Hampshire-based company is hot on government contracts as it continues to supply the U.S. military with its new sidearm, the M17/M18 pistol. Sig Sauer also recently won a contract to provide the U.S. Army with a new combat rifle optic.
Although, the exact specifications of the Indian SIG716 rifles was not released, the weapon does appear to differ slightly from the off-the-shelf variant. Though the rifle is offered in direct-impingement and short-stroke piston gas systems, the Indian model appears to use the former. Additionally, the Indian model features 1913 rails on the 12 and 6 o’clock of the handguard, a feature not found on commercial variants of the SIG716. The rifle uses standard AR-15 controls like the charging handle, bolt catch/release, and magazine release. It features an ambidextrous selector switch and accepts AR10/SR25-style magazines. The rifles purchased by India also include a full-auto fire mode, although the practicality of an automatic infantry rifle chambered in 7.62x51mm NATO is up for debate.
The first shipments of the SIG716 have already been issued to the troops of the Indian Army’s Northern Command. Moreover, in July 2020, India doubled down on their purchase. “We are going to place an order for 72,000 more of these rifles under the financial powers granted to the armed forces,” Defence sources told Asian News International. The exact reason for the return purchase is unknown. However, slow production of the Russian-licensed AK-203s may be to blame. Whatever the reason, India has seen a need to equip more soldiers with better rifles, and fast.
During his trip to India in February 2020, President Trump addressed a crowd in Ahmedabad at the world’s largest cricket stadium on the economic partnership between India and the United States. “India is now a major market for American exports,” the President said, “and the United States is India’s largest export market.” With over 140,000 rifles on order to India and an indefinite quantity contract with the U.S. military for the M17/M18 pistol, the folks in Sig Sauer’s defense contracting department are surely due for a hefty Christmas bonus this year.
If you’ve seen the blockbuster movies The Longest Day (currently on Netflix) or Saving Private Ryan, a big part of the story is how infantry fought through the obstacles on Omaha Beach (the wisdom of sending two divisions into that meat-grinder can be debated at another time).
But the lack of tank support wasn’t part of the plan. In fact, it was one hell of an instance where that notorious and unwelcome Murphy’s Law put in an appearance, costing the infantry some much-needed support. It would have been their secret weapon: the Dual-Drive, or DD, tank.
The DD tank was a modified M4 Sherman that had a large canvas screen and propellers to enable it to swim in to shore from a distance. Tanks-Encyclopedia.com notes that the M4 had some good firepower for busting up fortifications — a 75mm gun with 90 rounds. At close range, that gun would more than do against the Nazi fortifications.
This is how the DD tank was supposed to work. Note the calm seas. On D-Day, they seas were rough. (YouTube screenshot)
There’s just one problem: the DD tanks weren’t tested in rough seas. Almost all of them ended up sinking when eight-foot-tall waves swamped them. And a tank on the bottom of the channel can’t provide support for the grunts. In short, the grunts had to do the hard by themselves.
So, take a look at this History Channel video, and a piece of D-Day history some folks would like to forget.
The U.S. Army‘s chief of staff said on Oct. 8, 2018, that its 6.8mm, next-generation weapons, slated to replace the M249 squad automatic weapon and the M4A1 carbine, will be able to penetrate any body armor on the battlefield.
“It will fire at speeds that far exceed the velocity of bullets today, and it will penetrate any existing or known … body armor that’s out there,” Gen. Mark Milley told Military.com at the 2018 Association of the United States Army’s Annual Meeting and Exposition. “What I have seen so far from the engineers and the folks that put these things together, this is entirely technologically possible. … It’s a very good weapon.”
Milley’s comments come on the heels of an Oct. 4, 2018 draft solicitation announcing the Army’s plans to “award up to three prototype Other Transaction Agreements … with each offeror developing two weapon variants and a common cartridge for both weapons, utilizing government-provided 6.8 millimeter projectiles,” according to the solicitation posted on the federal contracting website FedBizzOpps.”The weapons include the Next Generation Squad Weapon-Rifle (NGSW-R) and the Next Generation Squad Weapon-Automatic Rifle (NGSW-AR).”
The Army also intends to make follow-on production awards for “250,000 total weapons system(s) (NGSW-R, NGSW-AR, or both), 150,000,000 rounds of ammunition, spare parts, tools/gauges/accessories, and engineering support,” the solicitation states.
Pfc. Tyler Kramer, a mechanic with I Company, 3rd Combined Arms Battalion, 15th Infantry Regiment, 2nd Armored Brigade Combat Team, 3rd Infantry Division qualifies on an M249 Squad Automatic Weapon during a range Feb. 1, 2018, at Fort Stewart, Ga.
(U.S. Army photo by Sgt. Ian Thompson)
The awards could be worth ” million the first year and 0 million per year at the higher production rates,” it adds.
The contracts were the result of a prototype opportunities notice the Army posted in March 2018 for the small-arms industry to submit ideas for the NGSW-AR, an effort to replace the M249 squad automatic rifle, made by FN America.
Milley would not comment on the recent prototype contracts, but said that there were “several prototypes that were advanced forward.”
He added that the Army will likely not “speak too much about its technical capabilities because our adversaries watch these things very closely.”
“It’s a very sophisticated weapon, a very capable weapon. It’s got an integrated sight system to it, and it also integrates into the soldier’s gear and other equipment that we are fielding,” Milley said. “And not surprisingly with a weapon like that, it’s probably pretty expensive. We expect it to be expensive so we are probably not going to field the entire Army with this weapon.”
He explained the service will likely field these cutting-edge weapons to infantry and other close-combat forces.
“The bottom line is we are committed to a new rifle and a new squad automatic weapon,” Milley said. “We hope to be able to shoot it on ranges down at Fort Benning, [Georgia], hopefully … maybe sometime next year late summer.”
This article originally appeared on Military.com. Follow @militarydotcom on Twitter.
The SR-71 Blackbird is the fastest and highest-flying production aircraft ever to exist. It holds all of the world’s airspeed and altitude records, even after its retirement from the Air Force in the late 1990s.
It’s an incredible accomplishment considering the spy plane was developed during the 1950s and 60s without the help of computers.
The long-range, supersonic Blackbird was capable of flying at Mach 3 for more than an hour unlike its closest competitor, the Russian-made MiG-25 Foxbat, which could do it for a few minutes, according to the TechLaboratories video below.
The SR-71 was only about 45 feet shorter than the Boeing 727 passenger airliner. From nose to tail, the sleek jet measured 107.4 feet long, had a wingspan of 55.6 feet, stood 18.5 feet high and weighed about 140,000 pounds — including a fuel weight of 80,000 pounds.
Remarkably, the Blackbird had better gas mileage traveling at three times the speed of sound than at slower speeds. But it was still extremely expensive to operate, which is why Congress finally decommissioned the bird in 1998.
From its engines to its airframe, this TechLaboratories video explains the incredible engineering magic behind the SR-71 Blackbird:
Just like every other aircraft, parts on a B-52H Stratofortress age, get damaged and become unserviceable.
One detachment at Barksdale Air Force Base has developed a way to take those unusable parts and create hands-on training opportunities for maintainers.
“Normally, we have to coordinate with the maintenance squadron to find an aircraft that’s not being flown or worked on and ask if we can get a block of time to go out and perform training tasks,” said Master Sgt. Michael Farrar, 372nd Training Squadron Field Training Detachment 5 superintendent. “Training is important and everyone understands that, but you have actual missions being completed out there on the flight line. So, there is always a chance for us to be in the way or even not being able to get the aircraft to do our training and that is where the unserviceable parts come in.”
By utilizing aged or operationally condemned parts, the Air Education Training Command detachment assembles trainers that allow for a safe and focused environment for their airmen to learn in.
For example, the detachment has a functioning landing gear trainer, which allows them to show maintainers step-by-step how to complete tasks such as replacing hydraulic fluid or change a tire without the worries of damaging operational aircraft, outside distractions or the fast-paced actions being conducted on the flight line.
Tech. Sgt. Dylan Drake (left), 372nd Training Squadron Field Training Detachment 5 crew chief instructor, speaks to his students during a course at Barksdale Air Force Base, La., June 4, 2019.
(U.S. Air Force photo by Senior Airman Tessa B. Corrick)
“We want to provide effective training, so if using an operational aircraft is better, we would certainly like to do that over a trainer,” said Tech. Sgt. Dylan Drake, 372nd TRS FTD 5 crew chief instructor. “However, having the trainers here is certainly more convenient and gives us the ability to do it over and over if we need to.”
Currently, the detachment is trying to get a section of a B-52H tail from the boneyard to use for drag chute training, which will alleviate one of their most difficult training scenarios to set up.
“The reason the training is problematic to organize is because the chutes are only deployed after a flight, so trying to coordinate a time where we have the students and also have an aircraft land can sometimes be tough between the communication and timing,” Drake explained. “Having that tail section here that we can load whenever we need to would be a great addition to our capabilities.”
Airman 1st Class Tyler Hall (left), and Airman 1st Class Chase Guggenbuehl (right), both 372nd Training Squadron Field Training Detachment 5 students, place a tire dolly on a landing gear trainer during a crew chief class at Barksdale Air Force Base, Louisiana, June 4, 2019.
(U.S. Air Force photo by Senior Airman Tessa B. Corrick)
This hands-on experience has proven to be effective to students when it comes to absorbing the information.
“This form of instruction is a lot better because when you’re actually doing it yourself, it’s a lot easier to retain,” said Airman 1st Class Chase Guggenbuehl, a student at the detachment and 11th Aircraft Maintenance Unit crew chief. “It makes you want to pay attention. It’s not just words on a screen. The actual tools and parts of the jet are right in front of you to help you see how it actually works.”
Unserviceable parts sit on a table at the 372nd Training Squadron Field Training Detachment 5 at Barksdale Air Force Base, Louisiana, June 4, 2019.
(U.S. Air Force photo by Senior Airman Tessa B. Corrick)
The feedback from the courses at Barksdale AFB and Minot AFB, North Dakota, have been so positive that it is now being used as a model for maintenance field training across the Air Force.
“It’s awesome to be a part of this capability and help other maintainers get the training they need to be effective and ultimately getting the aircraft off the ground and completing the mission,” Farrar said. “That is only possible when you have a team who is dedicated to what they do, care about their students and who are always looking for ways to be more impactful.”
It’s been years since knights were last sent into battle wearing insanely heavy and uncomfortable metal suits for protection against swords and arrows.
But as it turns out, while knights are now a thing of the past, their armor is still in use today with at least one special operations police unit in Germany. That’s right… Germany’s elite “SEK” Spezialeinsatzkommandos (Special Deployment Commandos in English) are sometimes sent into sticky situations wearing chain mail suits of armor.
Though they’ve traded in long swords and sabers years ago for Heckler Koch submachine guns and Sig pistols, these German cops still utilize chain mail armor to protect themselves in close quarters missions against terrorists, hostage takers, or even just your run-of-the-mill deranged knife-wielder.
While chain mail armor isn’t enough to stop bullets or anything that can penetrate at high velocities, it’s still pretty effective against close-in attacks using blades or sharp objects. Mail consists of small metal ringlets woven together to form a mesh-like sheet. These sheets are then fashioned into wearable coats and pants which still allow the wearer a fair degree of movement.
Last year, SEK operatives were spotted wearing chain mail while responding to a mentally-disturbed 21 year-old threatening to kill randomly with a pruning saw. Later on, images began surfacing of commandos donning mail shirts and hoods in urban settings, wearing a weird blend of modern tactical gear and the ancient mesh armor.
These German commandos have been known to wear their mail suits above or beneath their gear, depending on the scenario they face and their role in resolving it. Hostage or suicide negotiations would generally prompt the wearing of the armor above a Kevlar bulletproof vest and radio, for example.
According to Stefan Schubert in his book, “Inside Police: The Unknown Side of Everyday Police,” the SEK are easily some of the most high-speed special operations police units in the world, having been formed in the 1970s in West Germany to tackle hostage situations, provide protection for dignitaries, and rapid armed response to terrorist threats.
Around the same time, a similar East German police force known as Service Unit 9 was also established. Both were merged under the SEK name and mission after the fall of the Berlin Wall and the reunification of Germany at the end of the Cold War.
SEK teams are more like highly-developed SWAT teams in the US, attached to German state police agencies across the country. Their federal counterpart is the legendary GSG 9 of the Bundespolizei, home to some of the best counterterrorist operatives today.
An SEK commando covering an assault during a demonstration in Dortmund, circa 2013 (Photo Wikimedia Commons)
The recruitment process to join an SEK team is extremely strenuous, and the ensuing selection phase has a high attrition rate. Candidates typically face between 6 to 8 months of physical, tactical and environment-specific training before being declared operational. Additional training includes skiing, snowmobiling and scuba diving.
When placed on active status, an SEK commando can choose virtually any tactical loadout that fits their preferences and mission. Operatives are also given a lot of leeway in uniforms, often choosing to be in plainclothes in order to blend into crowds and work unnoticed.
However, when on mission, you can generally tell an SEK commando apart from a regular police officer by the fact that they always cover their faces with balaclavas to protect their identities — standard procedure for all SEK teams throughout Germany.
But if ever the balaclava isn’t enough to give away their presence, just look for the guy toting a tricked-out carbine wearing Medieval armor and tennis shoes.
After a little more than a year of research and more than 20 attempts to get the right materials, an Air Force Academy cadet and professor have developed a kind of goo that can be used to enhance existing types of body armor.
As part of a chemistry class project in 2014, Cadet 1st Class Hayley Weir was assigned epoxy, Kevlar, and carbon fiber to use to create a material that could stop a bullet.
The project grabbed Weir’s interest.
“Like Under Armour, for real,” she said.
The materials reminded her of Oobleck, a non-Newtonian fluid — which thickens when force is applied — made of cornstarch and water and named after a substance from a Dr. Seuss book, and she became interested in producing a material that would stop bullets without shattering. An adviser suggested swapping a thickening fluid for the epoxy, which hardened when it dried.
“Up to that point, it was the coolest thing I’d done as a cadet,” Weir, set to graduate this spring, told Air Force Times.
But soon after, she had to switch majors from materials chemistry to military strategies. That presented a challenge in continuing the research, but she teamed up with Ryan Burke, a military and strategic studies professor at the academy.
Burke, a former Marine, was familiar with the cumbersome nature of current body armor, and he was enthused about Weir’s project.
“When she came to me with this idea, I said, ‘Let’s do it,'” he said. “Even if it is a miserable failure, I was interested in trying.”
The science behind the material is not new, and Burke expected that the vast defense industry had pursued such a substance already. But a search of studies found no such work, and researchers and chemists at the Air Force Civil Engineer Center said the idea was worth looking into.
They began work during the latter half of 2016 using the academy’s firing range, weapons, and a high-speed camera. Burke got in touch with Marine Corps contacts who provided testing materials.
In the lab, Weir would make the substance using a KitchenAid mixer and plastic utensils. It was then placed in vacuum-sealed bags, flattened into quarter-inch layers, and inserted into a swatch of Kevlar.
At first, during tests with a 9 mm pistol, they made little headway.
“Bullets kept going straight through the material with little sign of stopping,” Weir told Air Force Times. After revisiting their work and redoing the layering pattern, they returned to the firing range on December 9.
Apprehensive, Weir fired on the material.
“Hayley, I think it stopped it,” Burke said after reviewing the video. It was the first time their material had stopped a bullet.
This year, they traveled to the Air Force Civil Engineer Center to present their work and up the ante on their tests.
Weir’s material was able to stop a 9 mm round, a .40 Smith Wesson round, and a .44 Magnum round — all fired at close range.
During the tests, 9 mm rounds went through most of the material’s layers before getting caught in the fiber backing. The .40 caliber round was stopped by the third layer, while the .44 Magnum round was stopped by the first layer.
The round from the .44 Magnum, which has been used to hunt elephants, is “a gigantic bullet,” Weir told Air Force Times. “This is the highest-caliber we have stopped so far.”
Because it could stop that round, the material could be certified as type 3 body armor, which is usually worn by Air Force security personnel.
The harder the bullet’s impact, the more the molecules in the material responded, yielding better resistance. “The greater the force, the greater the hardening or thickening effect,” Burke said.
“We’re very pleased,” said Jeff Owens, a senior research chemist with the Air Force Civil Engineer Center’s requirements, research, and development division. “We now understand more about what the important variables are, so now we’re going to go back and pick all the variables apart, optimize each one, and see if we can get up to a higher level of protection.”
The model Weir and Burke created uses 75% less fabric than standard military-style body armor.
It also has the potential for use as a protective lining on vehicles and aircraft and in tents to protect their occupants from shrapnel or gunfire.
“It’s going to make a difference for Marines in the field,” Burke said.
On the civilian side, the material could aid emergency responders in active-shooter situations.
“I don’t think it has actually set in how big this can get,” Weir said in early May. “I think this is going to take off and it’s going to be really awesome.”
While the ultimate use of the material is unclear, the US Army and Marine Corps are reportedly looking for ways lighten the body armor their personnel use.
A study by the Government Accountability Office, cited by Army Times, highlighted joint efforts to lower the weight of current body armor, which is 27 pounds on average. Including body armor, the average total weight carried by Marines is 117 pounds, while soldiers are saddled with 119 pounds, according to the report.
The Army and Marines have looked into several ways to redistribute the weight soldiers and Marines carry, including new ways to transport their gear on and around the battlefield. The GAO report also said each branch had updated its soft armor, in some cases cutting 6 to 7 pounds.