The bullet can hit its intended target despite high winds, minimal visibility, or sniper experience. According to DARPA, the system works by combining a maneuverable bullet and a real-time guidance system to track and deliver the projectile to the target, allowing the bullet to change path during flight to compensate for any unexpected factors that may drive it off course.
In this video, a sniper rifle is intentionally aimed off target to demonstrate the ability of the EXACTO system. At 0:22, notice how it does more than a minor correction to hit the target.
Air Force Special Operations Command is taking the mantra of “you can never have too much firepower” to heart.
The AC-130 — a modified cargo plane-turned-close air support platform outfitted with a deadly array of weaponry — is about to get a big weapons upgrade, to include another 105mm cannon added to the rear of the plane.
“I want to have two guns,” AFSOC Commander Lt. Gen. Bradley Heithold said at a recent Air Force Association Air Warfare Symposium in Orlando, Fla, while also calling it “the ultimate battle plane,” according to the Air Force Times.
AFSOC plans to add a 105mm cannon to the rear of the plane. That is in addition to the weapons the aircraft is already slated to carry — dual electro-optical infrared sensors, a 30mm cannon, AGM-176A Griffin missiles, all-weather synthetic aperture radar and GBU-30 small diameter bombs. The package was developed to let the gunship identify friendlies and targets at night and in adverse weather.
The upgraded AC-130J “Ghostrider” is currently in the test phase and is slated to replace the AC-130H “Spectre,” AC-130U “Spooky,” and the AC-130W “Stinger II.”
With sophisticated sensors and electronics, the plane is a favorite among ground troops in need of close air support. The AC-130 was used extensively over the skies of Fallujah in 2004, where a reporter embedded with the Marines there remarked: “It’s the air power that really [tipped] the balance towards the Marines.”
Imagine an aircraft made of a single structure instead of components. The engine, cockpit, power storage, transmitters, sensors, and more are part of a seamless airframe. There are no wires to pass information through, no fuel containers, or large electronics.
Since 2010, Lockheed Martin’s Applied NanoStructured Solutions (ANS) division has been revolutionizing the way it makes ships, planes, and spacecraft. It created ANS to solve its materials problem, which are the key discriminators for everything the company builds affecting size, weight, speed, durability, and performance, according to Lockheed Martin.
These materials are not just for military jets and ships. The carbon nanomaterials ANS is responsible for developing and commercializing could also be used for detecting cancer, self-repairing buildings, filtering water, and more.
Here is just one example for what Lockheed Martin has in store for the materials made by its ANS subsidiary.
The photograph in this post shows a U.S. Navy Lockheed Martin F-35C Lightning II of Air Test and Evaluation Squadron 23 (VX-23) “Salty Dogs” during a test flight. Released by the Naval Air Warfare Center Aircraft Division, the image was taken as the stealth aircraft, carrying external AIM-9X Sidewinder AAMs (Air-to-Air Missiles), flies transonic: indeed, what makes the shot particularly interesting are the schlieren shock waves that flight test photographers captured as the JSF transitioned from sub-sonic to supersonic.
Schlieren imagery is a modern version of a 150-year-old German photography technique, used to visualize supersonic flow phenomena: a clear understanding of the location and strength of shock waves is essential for determining aerodynamic performance of aircraft flying at supersonic speed in different configurations, for improving performance as well as designing future jets.
“Schlieren imaging reveals shock waves due to air density gradient and the accompanying change in refractive index,” says the NASA website that published an extensive article about this particular kind of photography few years ago. “This typically requires the use of fairly complex optics and a bright light source, and until recently most of the available schlieren imagery of airplanes was obtained from scale model testing in wind tunnels. Acquiring schlieren images of an aircraft in flight is much more challenging. Ground-based systems, using the sun as a light source, have produced good results but because of the distances involved did not have the desired spatial resolution to resolve small-scale shock structures near the aircraft.”
This schlieren image of a VX-23 F-35C flying transonic shows the shock waves generated by the stealth aircraft.
(US Navy photo by Liz Wolter)
Noteworthy, while schlieren imaging dramatically displays the shock wave of a supersonic jet (image processing software removes the background then combines multiple frames to produce a clear picture of the shock waves) change in refractive index caused by shock waves can also become visible when aircraft move at speed much lowen than transonic, as shown in photographs taken in 2018.
A T-38C passing in front of the sun at supersonic speed, generating shockwaves.
Here what I wrote last year about a crazy cool image of an F-35 flying through the famous Star Wars canyon taken by photographer Jim Mumaw:
At speed lower than the transonic region, air flows smoothly around the airframe; in the transonic region, airflow begins to reach the speed of sound in localized areas on the aircraft, including the upper surface of the wing and the fuselage: shock waves, generated by pressure gradient resulting from the formation of supersonic flow regions, represent the location where the air moving at supersonic speed transitions to subsonic. When the density of the air changes (in this case as a consequence of shock waves) there is a change in its refractive index, resulting in light distortion.
Generally speaking, shock waves are generated by the interaction of two bodies of gas at different pressure, with a shock wave propagating into the lower pressure gas and an expansion wave propagating into the higher pressure gas: while the pressure gradient is significant in the transonic region, an aircraft maneuvering at high-speed through the air also creates a pressure gradient that generates shock waves at speed much lower than the speed of sound.
This article originally appeared on The Aviationist. Follow @theaviationist on Twitter.
The competition allowed Marines stationed in Japan to test and enhance their shooting abilities.
“The concept of every Marine a rifleman goes back to our basics,” said Sgt. Christian Lee Burdette, an ordinance maintenance chief with Marine Corps Installations Pacific. “We learn basic infantry skills before we learn our military occupational specialty. Every Marine in general has the capabilities to engage any threat with a weapon. With this training, it provides that confidence for a Marine to engage effectively.”
The first day of the competition included a brief morning class to brush the competitors up on their marksmanship knowledge followed by competitors zeroing their rifles. Zeroing is the process of calibrating the rifle combat optic, so the weapon is accurate to where the shooter is aiming. The shooters’ zero is essential, as a faulty zero can disrupt a shooters’ ability to hit their target.
The following week allowed the shooters to practice the various courses of fire. To complete certain courses, the shooters were forced to shoot with their off-hand and eye.
U.S. Marines competing in the Far East Marksmanship Competition engage targets at Range 18 on Camp Hansen, Okinawa, Japan Dec. 13, 2018.
(Photo by Pfc. Brennan Beauton)
“It puts you into unknown situations, instead of just shooting on a flat range and known distances,” said Sgt. Shane Holum, an emergency service crew chief with MCIPAC. “You have multiple targets and you are shooting and moving. You have to work through problems and malfunctions.”
The final week was for score. All of the shooters’ shots were marked and recorded. Marines were able to compete as an individual, a team, or both. Each shooter had to complete the standard Marine Corps rifle and pistol qualification course along with other courses. The additional courses required shooters to fire and maneuver obstacles, and switch weapons while engaging targets at different distances.
Sixteen teams competed on Dec. 13, 2018, in a rifle and pistol competition. To enter and compete as a team, each team must include four shooters. A team must have an officer and a first time shooter. The first time shooter must be at least a noncommissioned officer.
A U.S. Marine shooter and spotters assess the target in the Team Pistol Match finals at Range 1 on Camp Hansen, Okinawa, Japan Dec. 13, 2018.
(Photo by Pfc. Brennan Beauton)
“Any command that is stationed on Okinawa or mainland Japan can come out to the competition,” said Staff Sgt. Stephen Ferguson, an instructor and competitor for the Marine Corps Shooting Team. “You can bring as large as a team as you want, or bring a single shooter. Either way, you can come out and compete.”
The Marine Corps Base Camp Butler’s team won the team rifle competition. The Communication Strategy and Operations Company on Camp Hansen won the team pistol competition, the same day the unit became officially activated. On Dec. 14, 2018, the MCB rifle team was presented with the Calvin A. Lloyd Memorial Trophy, and the CommStrat pistol team was presented with the Shively Trophy.
“Annual qualification is once a year,” said Sgt. Cameron Patrick, an instructor and competitor for the Marine Corps Shooting Team. “Shooting is a very perishable skill so we want you to not just do the qualification, but to try and get out and practice on your own time. Actually refine your skills by yourself. Don’t wait for that one year to come around.”
The top 10 percent of shooters are invited to participate in the United States Marine Corps Marksmanship Championship Competition in Quantico, Virginia, in April 2019. From there they will be evaluated to see if the individual has the qualities of becoming a member of the Marine Corps Shooting Team, according to Patrick.
The Far East Competition is held annually on Okinawa. Marines that want to participate are encouraged to sign up early as slots fill up quickly.
A U.S. Air Force B-52H Stratofortress crew from the 20th Expeditionary Bomb Squadron, stationed at Barksdale Air Force Base, Louisiana, and deployed to Andersen Air Force Base in Guam are being hailed as heroes. The B-52H located the lost crew of an open ocean Polynesian-style canoe after they were missing at sea for six days.
The traditional Pacific Island-style canoe carrying six paddlers had become lost after sailing from nearby Piagailoe Atoll on June 19, 2018. The journey from the atoll to Guam was only supposed to take one day — meaning the paddlers, who had minimal supplies had been missing at sea for nearly a week.
Following the location of the canoers from the USAF B-52H, the six-member crew of the ocean-going canoe rendezvoused with a merchant vessel in the area that was directed to their location to effect rescue. The merchant vessel provided the canoers with water, food and navigational assistance so they could safely return to land.
The eight-engine, long range B-52H bomber joined the search when the crew from Barksdale Air Force Base, La., was on a routine flight during a deployment to Guam. The heavy bomber crew responded to a call from the Coast Guard for assistance in the search on June 25, 2018.
Crew members flying a B-52H Stratofortress assigned to the 20th Expeditionary Bomb Squadron, stationed at Barksdale Air Force Base, La., and deployed to Andersen AFB, Guam, successfully located six passengers who had been missing for six days and relayed their location to the U.S. Coast Guard.
“This was a unique situation for us,” Capt. Sean Simpson, one of the bomber’s crew, said in an Air Force statement. “It’s not every day the B-52 gets called for a search and rescue.”
Initially the crew of the B-52H was unfamiliar with the type of vessel they were searching for. Coast Guard personal compared the small, difficult to spot indigenous canoe with the boat from the Disney cartoon “Moana”. Capt. Simpson told media, “We asked for more details about the vessel and the dispatcher told us, ‘It’s just like the boat from [the Disney film] ‘Moana.'”
The B-52H crew were able to locate the canoe and its crew at sea only three hours after being called into the search and rescue operation.
“We spotted this vessel from about 19,000 feet,” 1st Lt. Jordan Allen told Air Force media in the statement. “It’s really a small miracle that we were able to see it, because there was quite a bit of clouds.”
The lost canoe was located by the crew from one of the B-52H after it was compared to a similar one that appeared in a Disney cartoon.
“Search and rescue isn’t something people typically think of when they talk about the B-52, but our training and adaptability really paid off,” Lt. Col. Jarred Prier, the bomb squadron’s director of operations, said in the statement. “Being a part of this successful search and rescue operation speaks to the diversity of our skill set and shows our importance here in the Pacific.”
While the 63-year old Boeing B-52 Stratofortress, first flown in 1952 and accepted into the Air Force in 1955, is oddly well suited for the maritime search and rescue role even though it was introduced as a global reach strategic nuclear bomber. The aircraft has an extremely long combat radius of 4,480 miles, meaning it can search out in a straight line 4,480 miles and return the same distance without refueling. Given midair refueling availability, the B-52’s endurance is limited mostly by its crew’s physical endurance.
In January 1957 three USAF B-52s set an endurance record by becoming the first jet aircraft to circle the earth on a non-stop flight. The early version B-52Bs flew continuously for 45 hours and 19 minutes. In total the planes flew 24,345 miles without landing.
This article originally appeared on The Aviationist. Follow @theaviationist on Twitter.
The venerable 1911 has been in military service for over a century now — in every branch, in every war America’s fought. Once the old Model 1873 Colts proved themselves in the Philippines and the results of the Thompson-Legarde tests became known, the transition to the .45 caliber round was set.
And so it was, as articulated in the recommendation passed on to the War Department.
“…a bullet, which will have a shock effect and stopping effect at short ranges necessary for a military pistol or revolver, should have a caliber not less than .45.”
Enter Saint Browning, hallowed patron of automatic fire; John M. Browning began testing his iconic semi-auto in 1910. It was formally adopted by the Army in 1911, and by the Navy and Marine Corps two years later.
It’s a badass and much beloved pistol, and rightly so — that is, no doubt, why so many manufacturers continue to build them today.
Some are, of course, some better than others. But here are three beautifully crafted and ridiculously rugged modern versions of St. Browning’s famous design.
1. STI International DVC Tactical 2011 – Texas Proud
That’s correct, they call it the 2011; it’s a 21st century weapon, hand crafted in Texas.
STI International says they designed the weapon with tactical shooters in mind, incorporating the most functional features of their competition guns to do so. It’s coated in a low visibility DLC (Diamond Like Coating) finish, and uses a TiAIN (Titanium Aluminum Nitride), copper-tinted barrel. (We’re not sure if the copper tint is anything more than an aesthetic feature, and we don’t care — these things are sexier than fifty panty-less Suicide Girls in a tight t-shirt).
The DVC Tactical 2011 features slide lightening cuts, a threaded barrel, accessory rail, an aggressively stippled grip, and undercut trigger guard. Sights are standard, so you’d have to change them out if you’re going to put a can on it. Sights are Tritium Fixed Ledge, Trigger is 3.5 lbs with an ambi safety, and it uses a Dawson Precision Tool-Less guide rod.
It’s available in either .45 or 9mm.
•BBL- 5.00 inch Threaded Bull Barrel, TiAIN coating
While you’re on their website, you might also check out their H.O.S.T. series gun, which are built to host sights with an RMR plate. H.O.S.T. stands for Holographic Optic Slide Top. It’s designed to, you guessed it, host a sight, light, and/or suppressors. The slide top is milled to accept a micro-red dot optic, comes with a removable cover plate and adapter plates for a wide variety of pistol optics.
2. Wilson Combat EDC 9 – Arkansas Goodness for Decades
The Wilson Combat EDC is designed for “…hard use and everyday concealed carry.” It’s built with what they call their Enhanced Reliability System, and like all their guns is built in their facility near a small town in NW Arkansas. Bill Wilson and his outfit have been building guns there since the ’70s.
It’s a compact, carbon steel frame with a 4-inch Tri-Top slide, 4-inch stainless cone barrel with flush cut reverse crown, a fluted chamber, and fluted barrel. The ERS portion of the EDC9’s features includes a spring-loaded extractor, match grade fluted (single lug) barrel, adjustable elevation sights, and…
Ah, to hell with it, we’ll just let them tell you . They’ll do it better.
The “ERS” includes: robust spring-loaded external extractor that improves extraction in all conditions with all types of ammunition; A match grade, fluted barrel with single lug geometry to reduce cycling friction, enhance slide velocity, and improve feed reliability; Removal of the frame rails around the mag opening to further reduce friction and promote function in adverse shooting environments; A low mass, Tri-Top slide profile for reduced muzzle flip and enhanced cycling and our Tactical Adjustable Battlesight (TAB) for easy point of impact elevation adjustment. Wilson Combat
3. The Dan Wesson Discretion – New York State of Style
This 1911 was purpose built for the ever-increasing number of people who enjoy shooting with suppressors. That’s why it comes with an extended, match-grade stainless barrel and high Tritium sights. A ported slide, serrated trigger and competition-worthy trigger (as they describe it) all contrive to make it a pleasure to shoot.
Available in .45 or 9mm, it also features a ball end mill cut, fairly aggressive checkering on both the front strap and mainspring housing, a long, slotted trigger with a serrated face, and a 1913 Pic rail. The square hammer and top rib running down the slide give it a unique appearance.
Riot police in the U.S. have long combated the challenge of containing large crowds by non-lethal means. Typically, these means are some assortment of rubber bullets, tear gas, riot shields, batons, and others. However, with the advent and rapid advancement of unmanned technology in the military—the new future of riot containment may be laser drones.
LAPD National Guard practices firing tear gas—is this soon to be a thing of the past?
That’s right—laser drones, and no, this isn’t some sci-fi renegade episode of Black Mirror or an excerpt from a long forgotten Arthur Clarke novel, this could genuinely be the next phase of riot control. The implication may seem like a scary one, but removing the human element in these situations may be a step in the right direction.
The tendency for riot situations to escalate leads the (sometimes undertrained and inexperienced) riot crews to make rash errors out of a flight or fight response. They may rely on more lethal attacks, as their non-lethal weapons could seem ineffective. However, if a robot is the one operating the non-lethal weapon, it has no regard for its own safety (and a lowered chance of human error), and it could safely utilize non-lethal means consistently, and more effectively, thus making riot situations safer for all involved.
A sneaky civilian drone
Enter: the ever-popular drone. But not just any drone, a drone equipped with an incapacitating laser and a stun gun. The drone is set to make a public debut on June 25 at the International Military-Techincal Forum (aka “Army Expo”) in Moscow, Russia. The Russian Scientific and Production Association of Special Materials Corporation will be unveiling the drone.
The unmanned drone features a laser that causes temporary blindness when directed toward a crowd. This turns the drone into a flying machine dropping less-severe flashbangs, dispersing crowds without doing any long-lasting physical harm. This is also mandatory for all laser weapons created after the 1995 Protocol on Blinding Laser Weapons. The protocol dictates that laser weapons can only do permanent harm to vehicles, weapons, or sensors but not damage to humans.
U.S. Marines with Special-Purpose Marine Air-Ground Task Force Crisis Response-Africa
(1st Lt. Danielle Dixon/ USMC)
There are additional attributes that make this drone a potential game-changing riot stopper. According to Samuel Bendett, an advisor at the Center for Naval Analysis, “This drone can be a disruptor without the need to employ larger technology like crowd-control trucks and maybe even without the need to utilize soldiers or police to disperse people — that is why this UAV can also be equipped with a loudspeaker, a siren, and a thermal imager…”
This, of course, would make it the perfect vessel for domestic riots. In addition, this type of unmanned aircraft could also have use in a military sense, as it could damage enemy sensors and jam some weapons without putting boots on the ground.
As of now, the minimum safety distance for the temporary blinding laser is 13 feet. Whether or not a human could operate the drone around that distance and still be precise and efficient is yet to be seen. However, even with that limitation, the idea of a drone that could safely disperse a crowd is an interesting notion that continues to inch closer to reality.
James Mitchell had a successful 22-year career in the U.S. Air Force — most notably as a top trainer at the Air Force’s survival school — before retiring as a lieutenant colonel.
And while he earned some awards and accolades for his service as a SERE leader, it was what he did as a contractor for the CIA after his retirement that truly marks his career.
See, Mitchell is the man who broke al Qaeda mastermind Khalid Sheikh Mohammed (often called “KSM”) and other high-ranking members of the terrorist group in the months and years after 9/11.
After the release of his new book about the interrogation program titled “Enhanced Interrogation: Inside the Minds and Motives of the Islamic Terrorists Trying To Destroy America,” Mitchell sat down for an interview with Marc Theissen, a Washington Post columnist and a fellow at the American Enterprise Institute.
During the 90-minute discussion, Mitchell both clarified details about the controversial “enhanced interrogation techniques” he used and provided insights into the minds of the terrorists.
First, Mitchell explained the difference between interrogation and what he describes as “how do you do” visits.
“These enhanced interrogations that I was part of really only dealt with about 14 of the top folks. I didn’t have anything to do with the mid-level or low-level folks at all,” Mitchell, who’s a licensed psychologist, said. “And most of these interrogations took place over a period of time of about two weeks. KSM’s took about three weeks. And then after that, there was no enhanced interrogations for KSM — you know, none at all.”
He later added, “[O]ur goal in doing enhanced interrogations was to get them to make some movement, to be willing to engage in the questions instead of rocking and chanting and doing the other sorts of things that they had previously been doing.”
Once they broke, it was all about “cigarettes and beer,” to borrow a quote from Defense Secretary nominee James Mattis.
“We switched to social influence stuff because we know that the real way that you get the cooperation that you want is not by trying to coerce it out of them,” Mitchell said. “It’s by getting them to provide the information in a way that they don’t feel particularly pressured to do it.”
Mitchell made it clear that after the terrorists broke, the nature of his visits were more along the lines of maintenance. During one of those visits, he described how the mastermind of 9/11 revealed that he had personally beheaded Wall Street Journal reporter Daniel Pearl.
“He describes cutting his head off and dismembering him and burying him in a hole. And [we] asked him, was that difficult for you to do, thinking emotionally this had to be hard to do,” Mitchell said. “And he said, ‘Oh, no. I had sharp knives. The toughest part was getting through the neck bone’ — just like that.”
Mitchell also described KSM’s shock at George W. Bush’s response to the 9/11 attacks, revealing that the terror leader thought the U.S. would treat the attack as a law enforcement problem and not go to war over it.
“And then he looks down and he goes, ‘How was I to know that cowboy George Bush would say he wanted us dead or alive and invade Afghanistan to get us?’ And he said it just about like that, like he was befuddled, like he couldn’t imagine it,” Mitchell said.
And Mitchell firmly denies that his EITs were torture.
“If it was torture, they wouldn’t have to pass a law in 2015 outlawing it because torture is already illegal, right?” Mitchell said. “The highest Justice Department in the land wouldn’t have opined five times that it wasn’t torture — one time after I personally waterboarded an assistant attorney general before he made that decision three or four days later, right?”
Mitchell’s book, “Enhanced Interrogation: Inside the Minds and Motives of the Islamic Terrorists Trying To Destroy America,” is published by Crown Forum and is available at Amazon.com.
Master Sergeant George Hand US Army (ret) was a member of the 1st Special Forces Operational Detachment-Delta, The Delta Force. He is now a master photographer, cartoonist, and storyteller.
Eyes roll at the sight of yet another transition story. We all get it; it’s hard to transition from military to civilian life. I have read many a story myself and note positively that everyone brings up a new eureka moment for me that I didn’t experience myself, but that I totally get. My transition story doesn’t boast any novel epiphany though it does come from the aspect of a career SMU pipe-hitter.
“You’re not on the pods anymore, Geo… you need to get off the pods and throttle back a bit. I mean not a bit but a whole, whole lot!” explained my boss, Conan, also from my same SMU in Fort Bragg, NC.
Pods refer to the two benches on the exterior of the MH-6 Little Bird helicopter on which two men on each side of the aircraft can ride into an assault scenario. To many of us, riding the pods into an assault objective hanging on with one arm and lighting up targets on the ground with the other arm was the penultimate of brash aggression and acute excitement of living life on the very edge.
(A complex brown-water insertion of a Klepper kayak. Photo courtesy of the author)
“SMUs will always be around, because no amount of technology will ever replace raw unadulterated aggression.” (SMU Squadron Commander)
I stood tall in my new office cubicle at my new job as a civilian, having just separated from the Service. My job/title was Project Manager. This was my new life, this square. “This is going to be great!” I pallidly promised my psyche. I fervently thanked the creator for the “shower door” on my cube that I could slide closed to prove to the world that I was not really there.
It was plastic, but it was translucent rather than transparent; that is, you could see through it, but only gross shapes rather than defined detail like… a shower door does. If a body were to remain very quiet and still, nobody could detect your presence in the cube. This thing I did fancy.
Carol from HR then stood in my open doorway in her blue office dress to welcome me and list the ground rules — the corporate culture of life in office cube city. She recited those edicts as they appeared chiseled in granite:
• “No, singing or playing of music;
• no cooking food;
• avoid speaker phones
• watch your voice volume
• deal with gas in the restroom
• always knock before entering a cubicle
• no “prairie-dogging”
In fact, whatever it is you find yourself doing in your cube for the moment just stop it!
“Er… no prairie-dogging? Yeah, so… what might prairie dogging be?” I posed.
“Well Mr. Hand, prairie dogging involves the poking of ones head over the top of one’s cubicle walls and… and looking around!” Blue-dressed Carol from HR became a blurred and indistinct pattern from the other side of my show door as I closed it in her incredulous face.
“Well, I never… I AM NOT FINISHED MR. HAND!”
I popped one’s head up over the top of one’s cubicle and explained: “Yes, yes you are finished, Ms. Carol from HR… and please watch your voice volume — TSK!”
Within the hour my shower door flew open and there stood Conan, face awash with concern.
“Woah, now that is a great, big, fat, bulbous-assed no-go here in cube city—entering without knocking… tremendous transgression, Conan!” I warned.
“There was a complaint about you from HR, geo…”
We talked. Conan was right, and there was no dispelling that. I apologized and thanked him. We shook hands as we always did when we parted or met. So with a crappy first morning behind me, I vowed to make the best of the rest. I headed to the break room for a cup of coffee to calm myself down.
(Low-profile office cubicles offer no substantial privacy)
I embraced the notion that there might be nobody in the break room, but my crest fell for there were a man and woman seated at a table enjoying lunch. The noon hour had crept up on me though I scarce remarked. I held my breath and went about for that cup of Joe.
Men are great around just each other, but they get stupid and inclined to comport themselves like jackasses whenever a woman is around too. This fellow saw that I was engaged in an action that was somewhat contrary to break room policy, and he began:
“Excuuuuse me there, partner… but you’re not supposed to…”
“SHUT UP; SHUT THE PHUQ UP, PARTNER!!” I delivered to the man without even turning to look at him, not fully knowing from whence my outburst came.
“I’m screwed!” I thought, “I didn’t check the volume of my voice!” unable to sort through the gravity of which coffee offense I had committed just then. It was not the volume that was the greater offense, rather the content of my delivery.
The woman left the break room immediately at a cantor. Partner remained for the mandatory tough-guy extra seconds, me leaning against the counter, staring at him all the while sipping my incorrect procedurally-obtained break room coffee. He then sauntered out with backless bravado.
My shower door flew open without a knock. Once more, I reeled at Conan’s blatant disregard for cube rules. I endured the pod speech strewn with constant “I’m sorry, Conan” interrupts. This time his speech contained a threat annex to it. I needed to take that seriously. We two shook hands, as we always did when we parted or met.
A few months ago I was riding on the pods doing 90 MPH hanging on with one arm like a rodeo rider, spitting jacketed lead at targets on the ground, sprinting from the touched-down chopper at full speed smashing through doors and lighting up all contents… now I was born again into a world where the penultimate cringe comes from the shrimp platter at the buffet not being chilled down to the proper 54-degrees (Fahrenheit).
I had to turn this thing around, but wasn’t sure how. I accepted my plight with this eight-word phrase, one that I came to lean on in countless occasions: “We’ll just have to figure it out tomorrow.” And so it went for the next 16 years there at that same job.
I didn’t have to re-invent myself as I feared, but I did develop a set of guidelines that would steer my path over the next more than a decade and a half. There were the company rules, and then there were my rules. My rules were better than the company rules. They were simple. Though I never formally wrote them down, I can list them still for the most part:
1. Don’t ever tell anybody what the real rules are
2. Don’t ever hurt anybody in the company or customer base
3. Don’t ever damage any company or customer property
4. Don’t ever wear corduroy pants on a day you might have to run many miles.
5. Don’t ever allow yourself to be stuck in a position with a boss who sucks.
6. Don’t ever cheat entering time into your pay invoice
7. Never litter
8. Never threaten another employee within earshot of a witness
9. Remotely bury any items that could get you fired or that you just don’t want to deal with
10. Never reveal the locations of buried items
11. Eventually, return all clandestinely-acquired tools and equipment
12. (most important of all rules) ALWAYS WORK ALONE!
(The author on left and teammate on right, lift off with an MH-6 for more gun runs, not giving one-tenth of a rat’s ass about the temperature of the shrimp platter.
(Photo courtesy of SMU Operator MSG Gaetano Cutino, KIA)
The Marine Corps has, in recent months, started to shift its focus away from operations in the Middle East and begun to emphasize preparing to operate in extreme cold— like that found in northern Europe and northeast Asia.
US forces “haven’t been in the cold-weather business for a while,” Marine Corps Commandant Gen. Robert Neller said in January 2018. “Some of the risks and threats there, there is a possibility we are going to be there.”
That reorientation has placed new demands on Marines operating at northern latitudes in Europe and North America — and put new strains on their equipment.
The Corps has issued requests for information on a new cap and gloves for intense cold, and it plans to spend nearly $13 million on 2,648 sets of NATO’s ski system for scout snipers, reconnaissance Marines, and some infantrymen.
But the transition to new climates hasn’t gone totally smoothly. Marines in northern Norway in 2016 and early 2017 reported a number of problems with their gear. Zippers stuck; seams ripped; backpack frames snapped; and boots repeatedly pulled loose from skis or tore on the metal bindings.
(U.S. Marine Corps photo by Sgt. Brianna Gaudi)
Now the service is increasingly drawing on new technology to keep Marines equipped in harsh environments.
Marines at the Mountain Warfare Training Center, working with the Marine Corps System Command team focused on additive manufacturing, which is also known as 3D printing, have come up with a method for same-day printing of new snowshoe clips, which keep boots locked into show shoes.
“If a Marine is attacking a position in the snow while in combat, and the clip on their boot breaks, it makes it difficult for the Marine to run forward with a rifle uphill to complete the mission,” Capt. Matthew Friedell, AM project officer in MCSC’s Systems Engineering and Acquisition Logistics, said in a release. “If he or she has a 3D-printed clip in their pocket, they can quickly replace it and continue charging ahead.”
Th teams designed and printed the new clip, made of resin, within three business days of the request, and each clip costs just $0.05, the Marine Corps said in the release. The team has also 3D-printed an insulated cover for radio batteries that would otherwise quickly be depleted in cold weather.
“The capability that a 3D printer brings to us on scene saves the Marine Corps time and money by providing same-day replacements if needed,” said Capt. Jonathan Swafford, AM officer at MWTC. “It makes us faster than our peer adversaries because we can design whatever we need right when we need it, instead of ordering a replacement part and waiting for it to ship.”
(U.S. Marine Corps photo by Lance Cpl. Damion Hatch Jr.)
The Marines aren’t the only ones working on 3D printing. The Navy is using it to make submersibles, and Air Mobility Command chief Gen. Carlton Everhart said in mid-2017 that the Air Force was looking at 3D printing to produce replacement parts.
But the Marine Corps has expressed particular interest in the technology.
A September 2016 message gave Marine unit commands broad permission to use 3D printing to build parts for their equipment. The force now relies on it to make products that are too small for the conventional supply chain, like specialized tools, radio components, or items that would otherwise require larger, much more expensive repairs to replace.
In June 2017, Marine Lt. Col. Howard Marotto, the Corps’ lead for additive manufacturing and 3D printing, told Military.com that Marines were the first to deploy the machines to combat zones with conventional forces.
Marotto said several of the desktop-computer-size machines had been deployed with the Marine Corps crisis-response task force in the Middle East.
(U.S. Marine Corps photo by Kaitlin Kelly)
The Corps is developing the X-FAB, a self-contained, transportable 3D-printing facility contained within a 20-foot-by-20-foot box, meant to support maintenance, supply, logistics, and engineer units in the field. The service also said it wants to 3D-print mini drones for use by infantry units.
Marine officials have attributed much of the Corps’ progress with 3D printing to its younger personnel, many of whom have taken initiative and found ways to incorporate the new technology.
“My eyes are watering with what our young people can do right now,” Marine Corps Assistant Commandant Gen. Glenn Walters said at a conference in March 2018, adding that 69 of the devices had been deployed across the force. “I have an engineering background, but I’m telling you, some of these 21- and 22-year-olds are well ahead of me.”
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
HMS Victorious in 1959 after her refit. (U.S. Navy photo)
Beginning on June 30, 1943, American soldiers, marines and sailors would endure three months of hard fighting to retake the New Georgia Islands from the Japanese in the Pacific. While the ground troops slugged their way through the thick jungles, the pilots above provided air support and tangled with Japanese fighters, keeping them at bay.
Beginning two days earlier and 300 miles offshore in the Coral Sea, carrier-based fighter planes flew combat air patrols from the USS Robin in order to intercept any Japanese carrier groups that might oppose the landings. After 28 days of constant air operations, launching 614 sorties and steaming 12,233 miles at an average of 18.1 knots, Robin returned to port to rest her crew and resupply—a record for a Royal Navy carrier.
After the Battle of the Santa Cruz Islands, the U.S. Navy was in a poor fighting state. USS Wasp had been sunk earlier at Guadalcanal and at Santa Cruz, USS Hornet was sunk and USS Enterprise was taken out of action to repair the damage she sustained during the battle. This left USS Saratoga as the only operational carrier to keep the Japanese and their four carriers at bay in the Pacific. In order to augment their strength, the U.S. Navy received a loan from Great Britain. In December 1942, at the highest possible level of negotiation, an agreement was made between Prime Minister Winston Churchill and President Franklin Roosevelt. To bolster their ally, the British Admiralty would loan the aircraft carrier HMS Victorious to the U.S. Navy to operate in the Pacific.
USS Wasp burns and lists after being torpedoed. (U.S. Navy photo)
Victorious arrived at the Norfolk Naval Shipyard in January 1943 and was refitted for service with the U.S. Navy and operations in the Pacific theater. Now under American control, she was given the codename USS Robin. In dry dock, she was given new communications systems, surface and air radars, and an aircraft homing system to allow interoperability with the U.S. fleet. Her stern was also extended by 10 feet with an added gallery of twenty 20mm anti-aircraft guns to better counter the threat of Japanese air attack.
The Fleet Air Arm Fairey Albacore Torpedo-Bombers that she carried were replaced with TBM Avengers. The new planes were registered as American and bore U.S. Navy markings—however, they were crewed by Brits. Her Grumman Martlets (the British name for the F4F Wildcat) were also given U.S. Navy markings. The U.S. Navy sent aviators to train the British pilots on American procedures and tactics, and even sent American uniforms (though the crew is still pictured wearing their Royal Navy tropical uniform shorts).
USS Robin crewed by British sailors carrying USN Avengers. (U.S. Navy photo edited by Joseph Tremain/Pulled from ArmchairGeneral.com)
After transiting the Panama Canal on February 14, Robin joined the U.S. Pacific Fleet and arrived at Pearl Harbor in March 1943. She underwent shakedown operations which revealed that her arrestor wires were not sufficient to stop the heavy Avengers. Heavier arrestor wires were fitted along with even more AA guns. At Pearl, she was also repainted in U.S. Navy blue grey to further disguise the British involvement with the U.S. Navy from the Axis Powers and prevent her from being mistaken as a Japanese ship. On May 8, she departed Pearl Harbor and sailed for the South Pacific where she joined up with USS Saratoga and formed Carrier Division 1 on May 17.
The solid paint scheme of USS Robin (top and center) versus the disruptive camouflage of HMS Victorious (bottom) (Illustration from British and Commonwealth Warship Camouflage of WWII, Volume 2, Battleships and Aircraft Carriers by Malcolm Wright)
While conducting air operations in the Coral Sea in support of the New Georgia campaign, it was noticed that Robin handled her fighter wings well, but still had issues with the heavier Avengers. Commanding the carrier division, Rear Admiral DeWitt Ramsey transferred the Avengers of 832 Squadron FAA to the Saratoga and the F4F Wildcats of U.S. Carrier Air Group 3 to Robin. Neither carrier saw any engagement with the Japanese and the division returned to Nouméa on July 25. With the two newest Essex-class carriers, USS Essex and USS Lexington, arriving in Pearl Harbor and the Japanese withholding their carriers, Robin was returned to British control and recalled home.
USS Robin carrying FAA Avengers, FAA Martlets, and USN Wildcats all bearing USN markings but different paint schemes. (U.S. Navy photo)
She left her Avengers in Nouméa as replacements for the Saratoga and departed for Pearl Harbor on July 31. She sailed with the battleship USS Indiana and carried aboard a handful of U.S. pilots who had finished their tours and two Japanese POWs. Victorious made a brief stop in San Diego and sailed through the Panama Canal on August 26. She arrived in Norfolk on September 1 where her specialized U.S. equipment was removed. On September 26, she arrived at Greenock, Scotland and began refit for her return to Royal Navy service.
USN Wildcat pilots of VF-3 pose aboard USS Robin. (U.S. Navy photo)
Victorious would finish the rest of the war with the Royal Navy. She participated in an attack on the German battleship Tirpitz, sister ship to the infamous Bismarck, with the British Home Fleet. In June 1944, she joined the Eastern Fleet and attacked Japanese installations in Sumatra. Victorious continued to conduct air operations in the Indian Ocean until February 1945 when she joined Task Force 113 at Sydney in preparation for the invasion of Okinawa.
TF113 joined the U.S. 5th Fleet at Ulithi in the Caroline Islands on March 25 as Task Force 57. Victorious conducted airstrikes against Japanese airfields on the Sakishima Islands and Formosa in support of the invasion until May 25. During these operations, she was hit by two kamikaze planes. However, unlike the wooden decks of her American counterparts, Victorious‘ armored flight deck resisted the worst of the impacts. She would go on to attack Japanese shipping and even seriously damaged the Japanese escort carrier Kaiyo before the end of the war.
FAA Avenger pilots pose aboard USS Saratoga. (U.S. Navy photo)
After the war, Victorious was refitted and modernized with an angled flight deck. She continued her service in the Royal Navy until a fire broke out aboard in 1967. Although the damage was minor, the Defense Ministry was cutting its budget and the Royal Navy was facing a shortage of manpower, and Victorious would not be recommissioned. She was sold for scrap in 1969.
Though her time with the U.S. Navy saw no action, Victorious played an important role in bolstering the American air arm in the Pacific. Her sailors and airmen showed their American counterparts that they could do their job just as well and filled a critical shortage at a crucial point of the war.
The Lockheed F-35 Lightning has been drawing a lot of press – and orders from across the world. According to a Lockheed website, 14 countries either have orders in or are looking at buying the Lightning. But another cheaper jet is making waves.
The Saab JAS 39 Gripen is part of a long line of Swedish jets, to include the Draken and Viggen. According to MilitaryFactory.com, the Gripen has a top speed of 1,370 miles per hour, and a maximum range of 1,988 miles. The plane is armed with a 27mm cannon and can carry a wide variety of air-to-air and air-to-surface ordnance. It is a very advanced fourth-generation fighter (arguably falling in the Generation 4.5 category with the Eurofighter Typhoon and the Dassault Rafale).
The F-35, on the other hand, offers stealth technology and very advanced avionics, making it a fifth-generation fighter. MilitaryFactory.com reports it has a top speed of 1,199 miles per hour and a maximum range of 1,379 miles. It also has a wide variety of air-to-air and air-to-surface ordnance, and comes with a GAU-22 25mm cannon.
The F-35B Lightning II is a fifth-generation fighter, which is the world’s first operational supersonic short takeoff and vertical landing aircraft. The F-35B brings strategic agility, operational flexibility and tactical supremacy to III MEF with a mission radius greater than that of the F/A-18 Hornet and AV-8B Harrier II in support of the U.S. – Japan alliance. (USMC photo)
So, why would a country want the Gripen? Two words: Math and money. The F-35 comes in at anywhere from $94 million to $122 million, depending on the variant, according to Lockheed. Now, this price may go down, but it’s still pretty steep. According to GlobalSecurity.org, South Africa paid roughly $1.5 billion for 28 Gripen, which comes to about $53.5 million per jet. That’s a $40 million savings, and you get everything the F-35 can do but stealth.
The F-35C Lightning II — a next generation single-seat, single-engine strike fighter that incorporates stealth technologies, defensive avionics, internal and external weapons, and a revolutionary sensor fusion capability — is designed as the U.S. Navy’s first-day-of-war, survivable strike fighter. (U.S. Navy photo by Andy Wolfe)
But which plane can win in a fight? The Gripen has high performance, but the F-35 can see it easily. The F-35, on the other hand, is much harder for the Gripen to see. Fighter pilots have a saying, “Lose the sight, lose the fight.” That means the Gripen, as impressive as it is, would come out second-best in a fight with the F-35.
Still, it’s better than relying on a MiG or Sukhoi.