South Korea is in the news for hosting the 2018 Winter Olympics in the mountain town of Pyeongchang. However, these Olympics are not the only area where South Korea is showcasing its remarkable progress as a country. The nation’s military aviation is making radical progress, demonstrated by their latest, potentially game-changing trainer.
As reported by MilitaryFactory.com, this plane was developed when South Korea was seeking to replace earlier trainers. However, in the process, South Korea developed a plane that was so good at training fighter pilots that it became a light multi-role fighter itself — a poor man’s Gripen.
How good is it for training pilots? According to the Lockheed website, a Republic of Korea Air Force trainee now needs only nine sorties in the KF-16 (the South Korean-produced F-16 Fighting Falcon) to fully qualify. This greatly reduces the number of flight hours put on F-16s – meaning those hours can be used for other missions, like combat training or keeping current pilots up to speed.
In fact, the T-50 is, in some ways, a hybrid between the T-38 Talon, the F-16, and the Northrop F-20 Tigershark. It has a single F404 engine, like the Tigershark. Its cockpit and canopy are much like the F-16’s and it is a two-seat trainer that goes supersonic, like the T-38. The FA-50 version is a true multi-role fighter that carries advanced radar and other electronic systems. The plane currently serves with Iraq, Indonesia, the Philippines, and Thailand.
The T-50/FA-50 has a top speed of 990 miles per hour, a maximum range of 1,150 miles, and can carry a wide variety of missiles, bombs, and rockets. It also has a three-barrel 20mm Gatling gun.
To see more about this plane, watch the video below.
The Defense Advanced Research Projects Agency is known for both world-changing programs, like the internet, and creepy ones, like synthetic blood. Although it draws flack for creating multiple types of terminators, the Department of Defense’s “mad scientist” laboratory is still cranking out insane inventions that will save the lives of war fighters and civilians.
Here are six of them:
A British poster advocating blood donation.
(Imperial War Museums)
We figured that intro may make some people curious, so we’ll talk about synthetic blood right up top. DARPA pushed the project in 2008 and the first batch of blood went to the FDA in 2010. Unfortunately, no synthetic blood has yet made it through FDA approval.
But DARPA backed the venture for a reason. The logistics chain to get blood from donors to patients, including those in war zones, can be insane. Blood shipments to Iraq and Afghanistan often end up being 21 days old when they arrive, meaning there’s only one more week to use it. Synthetic blood could be universal O-negative blood with zero chance of spreading infections and have a much longer shelf life.
So, sure, it’s creepy. But the lives of millions of disaster victims and thousands of troops are in the balance, so let’s press forward.
Yeah, we’re talking dudes with remotes controlling the bodies of other living animals. Sure, the organisms being controlled were beetles, not humans, but still, creepy.
But the cyborg insects worked, and could eventually see deployments around the world. The big benefit to using them? They were designed to carry chemical sensors into warzones to help identify IED and mine locations. The inventor who first got cyborg beetles into the air pointed to their potential for tracking conditions in disaster zones and even finding injured people in the rubble.
A schematic showing the physical nature of deep brain stimulation.
(University of Iowa)
The process of implanting electrodes into the brain is even worse then you’re probably imagining. Doctors can either jab a large electrode deep into the brain, or they can create a lattice and plant it against the side of the brain,allowingsome brain cells to grow into the lattice. Either way:metal inside your skull and brain.
A person shows off his tattoo with biostasis instructions. DARPA is looking at biostasis protocols that might work in emergencies.
(Photo by Steve Jurvetson)
You’ll see this fairly often on mystery and conspiracy websites, “DARPA wants frozen soldiers.” Those same websites sometimes also claim that the U.S. is going to unleash an army of White Walkers and Olafs over the ice caps to destroy Russia. Or they’ll have reports of immortal soldiers who will presumably suck the blood of the innocent and wax poetic about how hot Kristen Stewart is.
In actuality, DARPA just wants to put injured people in biostatis to give medical personnel more time to evacuate and treat them, potentially turning the “Golden Hour” of medevacs into the “Golden Couple of Days.” This could be done by rapidly lowering blood temperatures, something the medical community has looked at for heart attack victims. But DARPA’s program focuses on proteins and cellular processes, hopefully allowing for interventions at room temperature.
If it works, expect to see the process in use in a war with near peers who can force our medevac birds to stay on the ground, and expect to see it quickly copied to ambulance services around the world.
The schematic of a proposed nanorobot.
(Graphic by Waquarahmad)
Robot nano-doctors in our bodies
Imagine whole pharmacies inside every soldier, floating through their bloodstreams, ready to deliver drugs at any time. DARPA’s In Vivo Nanoplatforms program calls for persistent nanoparticles to be planted inside organisms, especially troops, but potentially also civilians in populations vulnerable to infection.
The idea is to have sensors inside people that can provide very early detection of disease or injury, especially infectious diseases that spread rapidly. That’s what they call, “in vivo diagnostics.” Other groups would also get “in vivo therapeutics,” additional nanoparticles that can provide extremely targeted drugs directly to the relevant infected or injured cells and tissues.
A SCHAFT robot competes in the DARPA robotics challenge it eventually won.
(Department of Defense)
DARPA didn’t directly call for sweating robots, but the winner of their robotics challenge was from SCHAFT. Their robot can “sweat” and outperformed all of the other competitors. So, what’s so great about giving robots the ability to stink up the showers with humans? Is it to allow them to evolve into Cylons and seduce us before killing us?
Nope, it’s for the same reason that humans sweat: Robots are getting more complex with more motors and computing units on board to do more complex tasks. But all of that tech generates a ton of heat. To dissipate this, SCHAFT tried pushing filtered water through the robot’s frame and allowing it to evaporate, cooling it. Spoiler: It worked. And robots that can better cool themselves can carry more powerful processors and motors, and therefore perform better in emergencies.
The sun was fading behind Afghanistan’s Hindu Kush mountains the evening of June 27, 2005, as a team of four U.S. Navy SEALs walked up the ramp and into the back of U.S. Army Captain Matt Brady’s MH-47 Chinook helicopter on Bagram Air Base.
Tasked with inserting the SEAL special reconnaissance (SR) team deep into enemy territory in unforgiving terrain, Brady knew the SEALs — Lieutenant Michael Murphy, Petty Officer 2nd Class Danny Dietz, Petty Officer 2nd Class Marcus Luttrell, and Petty Officer 2nd Class Matthew Axelson — had a difficult mission ahead. Marines in the area knew it was an extremely dangerous place filled with Taliban fighters.
Brady had no way of knowing at the time, but it would be the last time anyone at Bagram would ever see three of those four Americans alive.
The Afghanistan mountains and forest from the valley where soldiers searched for the remains of the three SEALs who were killed in action. Photo courtesy of Steven Smith.
The Army’s elite 160th Special Operations Aviation Regiment (SOAR) is known for having some of the most skilled aviators in the world, who fly the most elite special operators into some of the most austere environments on earth using the most advanced aircraft in the U.S. military inventory. They are famous for the roles they played in both the Battle of Mogadishu and the mission to kill Usama Bin Laden but are revered throughout the special operations community for acts of valor that often never see the light of day due to the classified nature of their work.
As a pilot in the 160th, Brady was the air mission commander for the operation. He and some of his fellow “Night Stalkers” felt the SEALs’ plan was too risky.
The mission was to capture or kill Ahmad Shah, a Taliban commander. The three-phase plan called for inserting a four-man SR team the first night, then inserting the second element of SEALs the following night to establish an isolation zone around Shah. Finally, 150 U.S. Marines would come in to establish blocking positions for the SEALs’ assault on Shah’s compound.
The Night Stalkers’ job was to insert the SEALs on a ridgeline where the terrain left few options for landing zones. The commandos would have to descend from a rope — fast-rope — while the helos hovered high above the trees. That meant if the SEALs got into trouble, extraction would potentially require the use of a hoist to pull the SEALs out, which was a time-consuming and dangerous option.
As he approached the insertion site, Brady could see lights dotting the mountains below through his night-vision goggles.
An MH-47 Chinook with 160th Special Operations Aviation Regiment and a KC-130J Super Hercules with Marine Aerial Refueler Transport Squadron 152 conduct aerial refueling during Exercise Yuma Horizon 19. Photo by Lance Cpl. Seth Rosenberg, courtesy of DVIDS.
“This was a desolate part of the Hindu Kush, and at night, you wouldn’t really expect to see much,” Brady told Coffee or Die. “Not really sure who they were, but there was more activity than I expected.”
As the pilots climbed the last 1,000 feet of elevation, the AC-130 crew providing overwatch on their destination radioed to say they had to leave their position due to a mechanical issue. Brady knew that surveillance aircraft going off station without backup was supposed to result in aborting the mission.
He asked the AC-130 crew for one final report on the four potential landing zones the Night Stalkers had identified for the mission.
“We’ve got two military-aged males, possibly armed, on the northernmost LZ,” the crew reported. “Primary and secondary zones appear to be clear of potential threats.”
Believing the gunship could make it back on station in time for the insertion, Brady made the call to continue the mission.
From left, SGT Carlos Pacheco (3/160 medic, former 3/75), SFC Marcus V. Muralles (Legend – 3/160 medic), MAJ Sam Sauer (3/160 flight surgeon), SFC L.E. Shroades (medic R/160), SGT Dan Bell (E Co/160) during during the timeframe of Operation Red Wings. Photo courtesy of Daniel Bell.
Approaching the insertion point, the pilots flared the Chinook and came into a hover. As the lead aircraft descended, it became clear the LZ was on a steep slope of the mountain, making descent difficult due to the front rotors approaching the mountainside faster than the rear of the aircraft.
“Hold your right and left; hold your front and rear,” came the internal radio traffic from the flight engineer to Brady.
There were 100-foot-tall trees on all sides of the Chinook, and they were so close the pilots had no room to sway as they descended.
“When you hear all four directions, everyone gets pretty tense,” Brady said. “It means you can’t drift any direction without crashing.”
The pilots descended to the point where the Chinook’s front rotor was just a few feet away from the mountainside with tall trees all around the aircraft. The flight crew kicked out the ropes, and the SEALs fast-roped down.
When the crew chief tried to pull the rope up, they found it was entangled below. After several tense moments of struggling to bring in the rope, they decided to cut it loose. The odds of enemy fighters hearing the echo of the dual-rotor helicopter increased every second it remained in a hover. The SEALs did their best to hide the rope and keep their presence on the ridgeline hidden from enemy fighters.
It wasn’t an ideal insertion, but the Night Stalkers had accomplished their mission. They ascended and flew back to Jalalabad to link up with another group of SEALs and standby as a quick reaction force (QRF) in case the SR team was compromised.
At Jalalabad, Brady was approached by SEAL Commander Erik Kristensen in the command operations center. Kristensen confronted him about the decision to cut the rope at the LZ and asked if the Night Stalkers would go back and retrieve it.
A UH-60 Black Hawk helicopter from 1-228th Aviation Regiment conducting hoist operations. Photo by Spc. Steven K. Young, courtesy of DVIDS.
“We would have to drop a man down with a hoist in that hole of an LZ,” Brady explained. “Hoisting a man at that altitude on that kind of terrain at night is a dangerous operation. Once on the ground, they’d have to pick up the rope, hook it to themselves, and get hoisted back up. Hovering for that long over the same spot would burn the LZ and likely alert the enemy to the SR team’s presence.”
Kristensen agreed with Brady’s evaluation, and after the SR team radioed that they would be laying down for the day in their hide site, Brady and Kristensen called it a night.
Walking toward the flight line, the SEAL commander quipped, “What made you want to fly such ugly helicopters?”
“They’re not much to look at, but they get the job done,” Brady fired back. “Kind of like SEALs.”
They shared a laugh as they loaded up for the flight back to Bagram.
At the Bagram operations center, Major Stephen Reich approached Brady urgently, asking why he didn’t follow abort criteria and fly back with the SR team after the AC-130 had to leave the airspace.
Brady said he estimated the AC-130 would only be off station briefly and that the crew had reported no hostile activity on the LZ. He told Reich pushing the mission back would allow Shah to continue his terrorist activities, likely leading to the death of locals and U.S. military in the area.
“Good,” Brady recalled Reich saying. “I’m glad you’re a thinking air mission commander and not simply one that takes a black-and-white view of the situation.”
With that, they retired to their rooms to rest for phase two of the operation the following night.
Some of the Night Stalkers hanging out in the B huts they slept in, enjoying much needed down time. Photo courtesy of Matt Rogie.
As the Night Stalkers slept, the SR team was discovered by a numerically superior force of enemy fighters. They engaged in a fierce firefight, and at some point the task force lost contact with them.
Brady’s maintenance officer woke him and said the SR team was in trouble and the Night Stalkers had orders to spin up and pull the team out.
“That’s not possible,” Brady replied, confused at how quickly the SEALs had become compromised. “They’ve got their own quick reaction force. We’re completely separate commands. It doesn’t make sense.”
But he knew and lived by the Night Stalkers’ promise to every customer: “If we put you in, we’ll stop at nothing to get you out — even if it’s technically someone else’s job.”
Brady rushed to the operations center where Chief Warrant Officer 4 Chris Eicher was telling the task force commander that they should wait until dark before sending the QRF because going in during daylight would subject them to more danger. The 160th had only lost helicopters during daylight missions at that point — they’re called Night Stalkers for a reason.
The commander explained that the ground force commander had already rejected that plan and didn’t want to wait any longer.
Brady ran over to where his platoon sergeant, Sergeant First Class Mike Russell, was sleeping and updated him on what had unfolded.
“Are you serious?” Russell replied.
Russell went to work right away getting the crews together to prep the aircraft for the mission.
Three of the 160th’s MH-47D Chinooks on the flight line in Bagram, Afghanistan. Photo courtesy of Matt Rogie.
Back in the operations center, leaders were busy trying to figure out the SEALs’ last known location and calculating how many soldiers each helicopter could fly with. They finalized plans and sent the Night Stalkers on their way.
As Brady approached the Chinook he’d be flying, he noticed the tail number: 1-4-6. The bird’s call sign was Turbine 33. Kristensen and his SEALs were waiting on the ramp, standing in a circle.
“Our plan of action is for you to get us to the high ground as close to the troops in contact as you can, and we’re going to fight our way downhill,” Brady recalled Kristensen saying.
Since the SEALs weren’t sure where exactly the compromised team was located, Kristensen believed inserting at a position of tactical advantage was the best option.
“Drop us on the high ground, and we’ll make our way to our swim buddies,” Kristensen told Brady.
Navy SEALs operating in Afghanistan in support of Operation Enduring Freedom. From left to right, sonar technician (surface) Petty Officer 2nd Class Matthew G. Axelson, of Cupertino, California; Senior Chief information systems technician Daniel R. Healy, of Exeter, New Hampshire; quartermaster Petty Officer 2nd Class James Suh, of Deerfield Beach, Florida; hospital corpsman Petty Officer 2nd Class Marcus Luttrell; machinists mate Petty Officer 2nd Class Eric S. Patton, of Boulder City, Nevada; and Lt. Michael P. Murphy, of Patchogue, New York With the exception of Luttrell, all were killed June 28, 2005, by enemy forces while supporting Operation Red Wing. Photo courtesy of DVIDS.
As Brady climbed into Turbine 33 and started strapping in, Reich tapped his shoulder and asked what the plan was. Reich, who had been designated mission commander for phase two of the operation, felt the QRF was his responsibility.
“We argued for what seemed like 10 minutes but was actually about 30 seconds,” Brady recalled.
But Reich cut the debate short. “I don’t really care, Matt,” he told Brady, “just get your stuff and get off the airplane. This is my mission.”
Brady said he pleaded with Reich to at least let him come with and act as an extra gun and set of eyes.
“Nope, I want you to take my spot as the operations officer and monitor from here,” Reich replied.
Disappointed, Brady followed the order and got off the aircraft. As he watched the two Chinooks taxiing onto the runway, he locked eyes with Russell, his platoon sergeant.
“He had a look of competence and professionalism — like he was ready to live out the Night Stalker creed,” Brady said.
He walked back to the operations center to monitor the situation and provide support from Bagram.
Matt Rogie, left, and Matt Brady having jovial conversation in Bagram. Photo courtesy of Matt Rogie.
The two Chinooks — Turbine 33 and Turbine 34 — were packed with 16 SEALs each, plus the Night Stalker pilots and crewman. Flying toward Jalalabad en route to the last known position of the SEALs, they received word from Bagram on the number of men they could have on board each aircraft and still fly at the extreme elevation. They would have to offload eight SEALs from each helicopter before continuing.
“A lot of guys really wanted to stay on the mission,” recalled Chief Warrant Officer 3 Tim Graham, one of the pilots on Turbine 34.
The plan was for the SEALs to fast-rope onto the ridgeline above the original LZ. The Night Stalkers would then circle back and pick up the remaining SEALs who offloaded at Jalalabad.
During the flight, the Night Stalkers passed two Apache gunships whose pilots asked if they wanted to slow down so they could provide surveillance and support for the operation. Not wanting to burn valuable time waiting on approval from the task force commander for the audible, the Night Stalkers continued on without the Apaches.
Tim Graham standing by in Bagram. Photo courtesy of Matt Rogie.
Arriving at the insertion point on the ridgeline, Turbine 33 descended into a hover. Graham watched from Turbine 34 as Turbine 33’s ramp lowered and the crewman walked onto it to observe the landing zone below. Graham’s aircraft pulled off to the right to circle around and insert their payload of SEALs after Turbine 33 moved off to allow their entrance.
That’s when Staff Sergeant Steven Smith, the flight engineer in the rear of Turbine 34, saw a smoke trail emerge from the tree line directly toward Turbine 33. The projectile flew through the open ramp of the Chinook and exploded inside. Turbine 33’s nose dipped down, and the aircraft slid to the left, appearing to almost recover. Then the helo’s blades started hitting each other, and the aircraft rolled to the right before inverting as it descended to the mountainous terrain below.
Smith and the others in Turbine 34 watched helplessly as the Chinook full of their fellow aviators — their friends — crashed into the mountain and erupted in a ball of flames.
“Al and Kip were on the ramp when the RPG impacted,” Smith, who witnessed the horrific event, recalled. “They rode it all the way in that way.”
Soldiers sit on the rear deck of a CH-47 Chinook helicopter while flying over southern Afghanistan Oct. 19, 2010. Photo by Cpl. Robert Thaler, courtesy of DVIDS.
Graham and his co-pilot whipped their Chinook around to look for survivors. As they were turning around, Graham saw five Black hawks performing a star-cluster evasion. Turbine 34 started taking heavy gunfire from unseen fighters below. They broke off and flew out of reach of the enemy fire.
Graham reported the situation back to Bagram. Receiving the transmission, Brady couldn’t believe it. He would have been on that bird were it not for the last minute change. He asked Graham to repeat, unable to register what he had just heard.
One of Brady’s soldiers in the operations center was asking him a question, but Brady was momentarily frozen with shock. Then the realization hit: He was now in charge.
Brady told his operations NCO to give him a minute to gather more information to get the next plan of action in place. He walked out of the operations center and found Eicher.
“Chris, Turbine 33 has just been shot down,” he told Eicher, who earned the nickname “Iceman” for his always cool demeanor.
Eicher looked at Brady and said, “Nah, they probably put down for maintenance.”
Brady persisted with the details. He and Eicher hurried back to the operations center.
The two Apaches had arrived on station, drawing heavy gunfire, but nonetheless giving Turbine 34’s crew back in the operations center a good look at the crash site.
“It didn’t look like there was any way anybody could have survived,” Graham said. “You hope they could. It just didn’t look good.”
The crash site of Turbine 33. Photo courtesy of Steven Smith.
They ascended back into orbit and remained there for an hour until the task force commander ordered them back to Jalalabad. Not wanting to leave their brothers, the SEAL team commander hatched a plan with the Night Stalkers to insert higher up on the ridgeline and fight their way down to the crash site so Turbine 34 could fly back to Jalalabad, pick up as many SEALs as he could, and fly back to reinforce the eight SEALs. The task force commander denied the request and ordered Turbine 34 back to Jalalabad. Frustrated and angry, Graham followed the order.
Smith said everyone on the Chinook was angry. One of the SEALs even drew his pistol and attempted unsuccessfully to force the Chinook to land so they could try to save their friends.
Graham made a stop at a Forward Arming and Refueling Point (FARP) just outside of Jalalabad. After landing, Graham saw the same five Black Hawks that had peeled off earlier parked on the runway. He didn’t think much of it at the time, but many years later he found out a new platoon leader came into their company within the 160th and was responsible for those Black Hawks.
Each of the five Black Hawks was loaded with Marines and had flown out thinking they were the QRF for the SR team. When Turbine 33 was shot down, they received orders to fly back along with Turbine 34 and the Apache gunships until the next phase of the mission was developed.
Flight line view of U.S. Army UH-60L Black Hawk helicopters. Photo by Mark C. Olsen, courtesy of DVIDS.
After refueling, he continued on to Jalalabad and off-loaded.
“When I met him there on the ground in Jalalabad, Graham was fairly shaken to say the least,” Brady recalled.
The task force commander debriefed the men and then focused on planning their next steps.
Smith said he saw a line of armored vehicles full of troops.
“I could see a lot of vehicles with troops armed to the damn teeth,” Smith recalled. “They rolled out with a convoy and with some vengeance, and they fought their way up that mountainside, all the way up to the crash site.”
The remaining Night Stalkers prepared for a rescue operation. Navy SEALs, Army Rangers, and other Joint Special Operations Command (JSOC) personnel loaded onto five Chinooks. All the men were anxious, angry, and ready to retrieve their brothers in arms.
The Chinooks took off toward the mountains once again, but as they climbed in elevation, severe weather rolled in. Thunder boomed as lightning struck all around them.
“So the enemy is one factor, but the terrain and weather are now a huge factor, and they’re starting to overtake the enemy in terms of danger to the force,” Brady said.
He said visibility got so bad that he couldn’t see the heat glow of the engines from the Chinook in front of him. The order was given to again abort the mission and return to base. It was a gut-wrenching decision for everyone on the mission, as they knew the original SEALs on the SR team were fighting for their lives and one of their own aircraft and crew was burning on the side of a mountain.
Back at Jalalabad, the commanders decided they had no choice but to wait for better weather and try again the next night.
Troops searching for the KIA and survivors. Photo courtesy of Matt Rogie.
As the storm raged, the members of the task force — haunted with thoughts of their brothers on the mountain — tried to sleep.
As the next night approached, the task force went to work, planning another insertion onto the deadly ridgeline. The Night Stalkers again loaded their Chinooks with Rangers and SEALs and took off toward the mountains.
Arriving on site, the task force members fast-roped in. The extreme height of the trees made the full length of rope — approximately 90 feet — necessary. Many of the men suffered scorched hands from gripping the rope through gloves for such a long descent.
Once on the ground, they started their search for casualties, potential survivors, and sensitive equipment.
As the Night Stalkers flew back to Bagram, the JSOC ground force that had convoyed to the crash radioed to the task force that they had secured the site. There were no survivors.
The JSOC troops, along with their newly arrived reinforcements, went to work recovering those killed in action as well as sensitive equipment that could not fall into enemy hands. They then used explosives to clear out a large enough area for Chinooks to land when they came back.
Explosives were used to chop down trees due to width of the trees being too big for chainsaws. Photo courtesy of Steven Smith.
Chief Warrant Officer 4 Matt Rogie arrived in Bagram just before the Night Stalkers came back after dropping off the recovery force. Assigned to replace Eicher as senior flight lead, he was trying to learn as much as he could before hopping into an aircraft and joining the mission.
Rogie met Eicher on the flight line when he landed after returning from the mission.
“I’m glad you’re here because I am spent,” Eicher told him.
The Night Stalkers flew back to their newly forged landing zone the following night. The weather was turning bad again as they offloaded Marines to assist with security.
“I could see the grass being blown by the rotor wash and all the remains bags being lined up in a row — 16 of them,” Rogie recalled. “There was still some smoldering from the crash site, and I could see the glow from the heat through my night vision.”
Some of the fallen members of Turbine 33 prior to being flown out. Photo courtesy of Steven Smith.
One by one, the Rangers and SEALs loaded the fallen onto the Chinooks and headed back to Bagram with their brothers. The flight back was pure silence. The loss weighed heavy on the men.
As the Night Stalkers approached Bagram they could see what looked like everyone on base standing outside, showing their respect for the fallen.
“When we landed, we just saw a row of Night Stalkers and Rangers and SEALs for as far as I could see, lined up and ready to help transport the remains off and take them to the mortuary affairs section,” Brady recalled.
When the ramp lowered, the Night Stalkers on the Chinooks stood tall and proud for their fallen brethren as task force members boarded and began solemnly moving each remains bag to the mortuary affairs building.
“All of us were pretty broken up at that point,” Rogie said.
Pastors from the task force lead the caskets onto the C-17. Photo courtesy of Daniel Bell.
The C-17 sat on the runway with the ramp down, waiting to receive the 16 interment cases containing the fallen warriors. Brady stood next to a SEAL commander — both had to take command of their respective units when Reich and Kristensen were killed on Turbine 33. Their war-weary faces were chiseled stone as they watched the task force solemnly load 16 flag-draped internment cases into the C-17.
Brady said it seemed like the whole base turned out to give the fallen a proper sendoff. As the cases were being loaded, a SEAL ran up to the new SEAL commander and placed a written note in his hand. The note said that Marcus Luttrell was alive at a nearby village. The SEAL commander broke down and cried at the desperately needed positive news.
The fallen Night Stalkers of the 160th SOAR included:
Staff Sergeant Shamus O. Goare
Chief Warrant Officer Corey J. Goodnature
Sergeant Kip A. Jacoby
Sergeant First Class Marcus V. Muralles
Major Stephen C. Reich
Sergeant First Class Michael L. Russell
Chief Warrant Officer Chris J. Scherkenbach
Master Sergeant James W. Ponder III
Soldiers and Sailors from the Task Force saying their final goodbyes. Photo courtesy of Daniel Bell.
The members of the task force said their final goodbyes. The C-17 closed its ramp and taxied down the runway and took flight. The fallen warriors were now on their way home.
The lone C-17 aircraft lumbered through the sky after departing Germany, a necessary stop on the way back to the United States. The back of the aircraft contained the flag-draped coffins of 16 great Americans: the fallen Night Stalkers and SEALs from Turbine 33.
Children of varying ages ran around the coffins, playing and yelling, not yet old enough to understand the sacrifices these warriors made. A Taliban high-value target (HVT) sat tucked into the corner away from them all, guarded by other soldiers.
Three war-weary escorts — one of them a SEAL and the other two Night Stalkers Daniel Bell and Chris Eicher — sat off to the sides, grimly staring off into space. They were exhausted and angry with the mistake the U.S. Air Force had made when they allowed Space-A seating to be filled on this leg of the flight home.
The men of the task force saying their final goodbyes to the fallen before they are flown home to their final resting place. Photo courtesy of Matt Rogie.
The rescue operation, known as Operation Red Wings II, continued for weeks. Almost every variety of special operations troops in the U.S. military inventory participated in a coordinated effort through some of Afghanistan’s most dangerous and austere terrain during the search for their brothers — both alive and fallen.
Navy SEAL Marcus Luttrell was the only survivor from the initial four-man SEAL reconnaissance element.
For the Night Stalkers of the famed 160th Special Operations Aviation Regiment, the war on terror continued.
The standard-issue combat boot that most soldiers wear today — the one most commonly worn in Iraq and Afghanistan — is great for sandy dunes, hot dry weather and asphalt. But it’s proven to be not so good in hot and wet environments.
So the Army has developed a new jungle boot that some soldiers will see this year.
In September, Army Chief of Staff Gen. Mark A. Milley directed the Army to come up with a plan to outfit two full brigade combat teams in Hawaii, part of the 25th Infantry Division there, with a jungle boot. The Army had already been testing commercial jungle boots at the time — with mixed results — but didn’t have a specialized jungle boot, so Program Executive Officer Soldier, headquartered at Fort Belvoir, Virginia, had to get a plan together to make it happen.
By October of last year, the Army had made a request to industry to find out what was possible, and by December, contracts were awarded to two U.S. boot manufacturers to build a little more than 36,700 jungle-ready combat boots — enough to outfit both full IBCTs in Hawaii.
“This is important to the Army, and important to soldiers in a hot, high-humidity, high-moisture area,” said Army Lt. Col. John Bryan, product manager for soldier clothing and individual equipment with PEO Soldier. “We are responding as quickly as we possibly can, with the best available, immediate capability, to get it on soldiers’ feet quickly, and then refine and improve as we go.”
Right now, the new jungle boot the Army developed will be for soldiers at the 25th ID in Hawaii — primarily because there are actually jungles in Hawaii that soldiers there must contend with. The new boots look remarkably similar to the current boots soldiers wear — they are the same color, for instance. And the boots, which Bryan said are called the “Army Jungle Combat Boot” or “JCB” for short, sport a variety of features drawn from both the legacy M1966 Vietnam-era jungle boot and modern technology.
The M1966 Jungle Boot — which featured a green cotton fabric upper with a black leather toe that could be polished — had a solid rubber sole that soldiers reportedly said had no shock-absorbing capability. The new boot uses a similar tread, or “outsole,” as the M1966 “Panama style” — to shed mud for instance and provide great traction, but the added midsole is what makes it more comfortable and shock absorbing, said Albert Adams, who works at the Army Natick Soldier Research, Development and Engineering Center in Massachusetts.
The outsole of the new boot is connected to the leather upper via “direct attach,” Adams said. That’s a process where a kind of liquid foam is poured between the rubber outsole and leather boot upper. It’s “a lot like an injection molding process,” he explained.
The foam layer between the rubber sole and the upper portion of the boot not only provides greater shock absorbing capability, but he said it also keeps out microbes in hot, wet environments that in the past have been shown to eat away at the glues that held older boots together. So the new boots won’t separate at the soles, he said. “It provides a high level of durability, and it also adds cushioning.”
Also part of the new boot is a textile layer that prevents foreign items from puncturing through the sole of the boot and hurting a soldier’s foot, Adams said. The M1966 boot accomplished that with a steel plate. The new boot has a ballistic fabric-like layer instead.
Army Staff Sgt. Joshua Morse, an instructor at the Jungle Operations Training Center in Hawaii, said the puncture resistance is welcome, noting that punji sticks, familiar to Vietnam War veterans, are still a problem for soldiers.
“They use these punji pits for hunting purposes,” he said. “In Brunei, you are literally in the middle of nowhere in this jungle, and there are natives that live in that area, and still hunt in that area, and it can be an issue.” And in mangrove swamps, he said, “you can’t see anything. You don’t know what’s under your feet at all. There are a lot of sharp objects in there as well.”
The new JCB also features a heel with a lower height than the M1966 model, to prevent snags on things like vines in a jungle environment. That prevents tripping and twisted ankles. Among other things, the boot also has additional drainage holes to let water out if it becomes completely soaked, speed laces so that soldiers can don and doff the boots more quickly, a redesigned upper to make the boots less tight when they are new, an insert that helps improve water drainage, and a lining that makes the boot breath better and dry faster than the old boot.
“You’re going to be stepping in mud up to your knees or higher, and going across rivers regularly,” Adams said. “So once the boot is soaked, we need it to be able to dry quickly as well.”
Morse has already been wearing and evaluating early versions of the JCB and said he thinks the efforts made by the Army toward providing him with better footwear are spot-on.
“The designs were conjured up in a lab somewhere, and they were brought out here, and the main focus was the field test with us,” Morse said. “A lot of us have worn these boots for a year now, different variants of the boots. And all the feedback that we’ve put into this, and given to the companies, they have come back and given us better products every single time.”
Morse said he hadn’t initially worn the new jungle boots that he had been asked to evaluate. On a trip to Brunei, he recalled, he went instead with what he was familiar with and what he trusted — a pair of boots he’d worn many times, the kind worn by soldiers in the deserts of Iraq and Afghanistan.
“I wore a pair of boots I’d had for a couple of years,” he said. “I wore them in Brunei and I had trench foot within a week. But then I thought — I have this brand new pair of test boots that they asked me to test; they are not broken in, but I’m going to give them a shot. I put them on. After 46 days soaking wet, nonstop, my feet were never completely dry. But I wore those boots, and I never had a problem again.”
The Army didn’t design the new JCB in a vacuum. Instead, it worked with solders like Morse to get the requirements and design just right — to meet the needs of soldiers, said Army Capt. Daniel Ferenczy, the assistant product manager for soldier clothing and individual equipment.
“We worked with soldiers to come up with this boot. We take what soldiers want and need, we boil that down to the salient characteristics, hand that over to our science and technology up at Natick; they work with us and industry, the manufacturing base, to come up with this product,” Ferenczy said. “This is a huge win, a great win story for the Army, because it was such a quick turnaround. Industry did a fantastic job. Our product engineers are also top of the line. And we had a ton of soldier feedback. … We really dealt very closely with what the soldier needs to get where we are.”
In March, the Army will begin fielding the current iteration of the JCB to soldiers in the first of two brigade combat teams in Hawaii. During that fielding, the boots will be available in sizes 7-12. In June, the Army will begin fielding the JCB to the second BCT — this time with a wider array of sizes available: sizes 3-16, in narrow, regular, wide and extra wide.
They will also go back and take care of those soldiers from the initial fielding who didn’t get boots due to their size not being available. A third fielding in September will ensure that all soldiers from the second fielding have boots. Each soldier will get two pairs of JCBs.
In all, for this initial fielding — meant to meet the requirement laid out in September by the Army’s chief of staff — more than 36,700 JCBs will be manufactured.
By December, the Army will return to Hawaii to ask soldiers how those new boots are working out for them.
“Al Adams will lead a small group and go back to 25th ID, to conduct focus groups with the soldiers who are wearing these boots and get their feedback — good and bad,” said Scott A. Fernald, an acquisition technician with PEO Soldier. “From there, the determination will be made, if we had a product we are satisfied with, or if we need to go back and do some tweaking.”
Fernald said that sometime between April and June of 2018, a final purchase description for the JCB will be developed — based on feedback from soldiers who wore it. He said he expects that in fiscal year 2019, an indefinite delivery/indefinite quantity contract will be signed with multiple vendors to produce the final version of the JCB for the Army.
Bryan said the JCB, when it becomes widely available, will be wearable by all soldiers who want to wear it — even if they don’t work in a jungle.
“From the get-go we have worked… to make sure we all understood the Army wear standards for boots,” he said. “One of the pieces of feedback we have gotten from soldiers before they wear them is they look a lot like our current boots. That’s by design. These will be authorized to wear.”
While the JCB will be authorized for wear by any solider, Bryan made it clear that there will only be some soldiers in some units who have the JCB issued to them. And right now, those decisions have not been made. Soldiers who are not issued the JCB will need to find it and purchase it on their own if they want to wear it.
“We are not directing commercial industry to sell them,” Bryan said. “But if they build to the specification we’ve given them for our contract, they can sell them commercially and soldiers are authorized to wear them.”
The Black Death. The Monster. The Rifleman of the Sky.
The Apache is a lethal and feared military monstrosity that rakes its claws across the battlefield and leaves shattered bodies and buckets of gore in its wake. Here’s how it kills you — and anyone nearby. And anyone within a few miles.
An Apache sits on the airfield in Germany in 2018. The Apaches main armament in the U.S. consists of rockets, missiles, and a chain gun. The chain gun is visible under the cockpit. The missile racks are mounted on either side of the Apache body and the rocket pods are the pieces with the honeycomb pattern mounted on the outside of the wing stubs.
(U.S. Army Charles Rosemond)
First, lets take a look at the Apache armament. While it can be fitted with other missiles and guns, Apaches are usually deployed with three offensive weapons: Hellfire missiles, guided and unguided rockets, and a 30mm chain gun that’s often described as an automatic grenade launcher.
All three of them are highly capable, and all of them kill in their own special way.
First, the chain gun. It’s commonly loaded with M789 High-Explosive, dual-purpose ammunition. When this is fired at personnel on the ground, it does look a lot like they’re getting attacked by an automatic grenade launcher. The weapon is fired in bursts with over two rounds per second striking the ground, all of which explode soon after, shredding the bodies of those targeted.
A U.S. Army Apache helicopter fires its M203 chain gun during an exercise in Georgia in 2018.
(U.S. Army 1st Lt. Ellen Babo)
The chain gun ammunition is dual-purpose and is designed to penetrate armor at ranges of up to 3 kilometers. Against older tanks, these rounds pierce the hull and blow up inside or nearly pierce it and then explode, turning the remaining armor into shrapnel that flies through the crew compartment. The helicopters carries up to 1,200 of these rounds.
Most modern tanks can survive this onslaught, but they’ll likely lose any externally mounted equipment, potentially including their main gun. For these rugged targets, the Apache will typically turn to its Hellfire missiles.
There isn’t a known tank that the Hellfire missile can’t kill, and the Apache can carry up to 16 of these bad boys if it foregoes rockets. The Apache originally carried laser-guided Hellfires, but now it often carries radar-guided Longbow variants of the missile which the pilot can fire and forget about. It’ll get to the target on its own.
A U.S. Army Apache helicopter flies over Georgian tanks during a live-fire exercise in Georgia in 2018.
(U.S. Army 1st Lt. Ellen Babo)
While there are now air-to-air and surface-to-air versions of the Hellfire, the Apache is essentially always equipped with the air-to-ground version in the U.S. arsenal. It has a variety of available warheads, including thermobaric, tandem charges, shaped charges, and blast fragmentation.
That basically means that the Apache can use the missile against enclosed structures, any-and-all tanks, and soft vehicles and personnel, but it does have to decide what it will likely be attacking before departing the base.
An Army Apache helicopter fires rockets during a live-fire range in Korea in 2014.
(U.S. Army Sgt. 1st Class Vincent Abril)
Finally, the Apache carries rockets. Historically, this was the Hydra rocket, a 70mm unguided weapon. But then BAE Systems rolled out the Advanced Precision Kill Weapon System, a kit that gives guidance to dumb rockets. So now, the pilots can send their rockets with warheads between 8 and 15 pounds.
These rockets’ payloads can be high explosive, but they can also be filled with darts called flechettes that zip through human flesh and bones, shredding arteries, nerves, and other flesh, and quickly ending life. Occasionally, the rockets are used with parachuting illumination payloads or CS gas.
So, when Apaches are flying at you, they can choose to kill you with a chain gun, a warhead, or rockets, all of which can explode on impact or carry a variety of other payloads. But what really makes the Apache so dangerous is how far away it can kill you from.
A U.S. Army Apache helicopter returns from a maintenance test flight in 2018. The disc on top is a radar that allows to Apache to detect and engage targets from up to 3 miles away.
(U.S. Army Charles Rosemond)
The Apache has a super sensitive camera mounted under its nose and a variety of other sensors. One of the most powerful sensors is the radar mounted over the rotor blades.
These sensors and the on-board computers allow the helicopter to track up to 256 targets from up to 3 miles away. That’s further away than the sound of their rotor blades carries, especially if there is vegetation or uneven ground to break up the waves. So, for many people being hunted by an Apache, the first sign of trouble is the sudden sound of high-explosive chain gun rounds landing all around them.
This sound is quickly followed by the noise of the gun firing, since the rounds leave the gun at over Mach 2 at normal temperatures. Around the same time that the sound wave comes, the rounds begin exploding. You likely won’t hear anything else after that.
Unless you’re in a tank! But, then you likely wouldn’t hear any explosive rounds. Instead, you’d just take a Hellfire missile to the turret and be dead from the tandem warhead before you realize anything is wrong. Tandem warheads fire twice. The first explosive opens a gap in your reactive armor. The second pierces the remaining armor and sends you to your maker.
But it might hit you with rockets, shredding you with darts or destroying you with explosives and fragmentation.
So, uh, maybe don’t get caught burying an IED when any of these things are around. It’ll be a bad day.
The A-10 Thunderbolt II is a single-seat, twin turbofan-powered aircraft designed specifically for close air support and ground attack missions against armored vehicles.
The aircraft’s sub-sonic speed and large, straight-wing design allows for extreme maneuverability at low altitudes and extended time on target or to loiter above the battlefield.
The airframe was designed from the very start as a short takeoff and landing aerial platform for the 30mm GAU-8 Avenger rotary cannon, which can fire 3,900 depleted uranium shells per minute. When combined with the ability to carry the AGM-65 Maverick air-to-surface missile and laser-guided bombs, the A-10 can destroy enemy armor at close range or from a standoff position.
Redundant control surfaces and hydraulic systems combined with titanium armor protecting the pilot, control systems, and ammunition make the A-10 highly survivable in combat.
When performing forward air control missions, the A-10 changes its designation to OA-10, although it remains just as combat capable as the A-10.
Its lethal effect on the battlefield combined with the toughness to return its pilot to base even after suffering extensive damage has led pilots and crew to nickname the aircraft the “Warthog.”
Development and design
The A-10 was born of the Attack-Experimental (A-X) program office, which launched in 1966 to develop a ground-attack aircraft to replace the Douglas A-1 Skyraider.
In 1970, the threat posed by the Soviet Union’s overwhelming number of tanks along the borders of Western Europe led the Air Force to request contractor proposals for an airframe specifically designed to conduct the CAS mission and destroy enemy armor.
The call for designs stipulated a low-cost aerial weapons platform – less than $3 million per unit – capable of loitering above the battlefield and engaging enemy targets at low altitude and speed with a high-speed rotary cannon, while providing extreme crew and aircraft survivability.
Later, the requirements would be further specified to include a maximum speed of 450 mph and a normal operating speed of 300 mph in combat to enable easier engagement of slow-moving ground targets.
Furthermore, the new aircraft was required to take off in less than 4,000 feet, enabling operations from small airfields close to the front lines, carry an external load of 16,000 pounds, and have a mission radius of 285 miles, all for a final cost of $1.4 million per aircraft.
Of the six proposals submitted to the Air Force, Northrop and Fairchild Republic were selected to build prototypes.
In 1973, Fairchild Republic’s YF-10 was the winner of a fly-off against Northrup’s YF-9 and full production began in 1976, with the first A-10 being delivered to Air Force Tactical Air Command that March.
Features and deployment
Fairchild Republic’s WWII fighter, the P-47 Thunderbolt, had begun its service in Europe as fighter and bomber escort, but soon earned a reputation as a relentless and tough ground-attack aircraft that dispatched Nazi armor and artillery in close proximity to friendly troops, while creating havoc in enemy assembly areas and along rail and road supply routes. It was a natural choice for the company to name its new CAS-dedicated aircraft after its WWII-era forefather: “Thunderbolt II”.
The entire design of the aircraft revolved around the high-speed 30mm Avenger cannon. The weapon gives the A-10 its up-close tank-busting capabilities announced by the long “buuuuurp” sound that has saved and encouraged many an infantryman in dire straits on the battlefield.
Although developed initially to provide an aerial counterpunch to the mass of Soviet tanks poised along the borders of Western Europe, the A-10 did not see combat until the Gulf War in 1991.
There, the “Warthog” earned its nickname, getting pilots back to base despite heavy damage from ground fire while destroying 900 Iraqi tanks, 2,000 armored vehicles and trucks, and over 1,200 artillery pieces. Just four A-10s were lost to Iraqi surface-to-air missiles in over 8,000 sorties.
The A-10 next saw combat and search and rescue missions in the Balkans in 1994-95 and again in 1999, before being deployed to Afghanistan in 2002 and participating in the entirety of Operation Iraqi Freedom.
It still currently conducts operations against ISIS targets.
Did you know?
Many of the A-10’s parts, such as engines, main landing gear, and vertical stabilizers are interchangeable on both sides of the aircraft, greatly increasing ease of maintenance and decreasing operational and maintenance costs.
The A-10’s ailerons constitute nearly 50 percent of the total wing surface, giving it an astonishing rate of roll and maneuverability at low altitudes and speeds.
If the redundant hydraulic systems and backup mechanical system are all disabled, the pilot can still lock landing gear into place using a combination of gravity and aerodynamic drag. The main gear does not fully retract leaving the wheels exposed decreasing damage in an emergency belly landing.
The A-10 gained its first air-to-air victory during the Gulf War in 1991 when Capt. Robert Swain shot down an Iraqi helicopter with 30mm cannon fire.
In 2010, the A-10 was the first Air Force aircraft to fly powered by biofuels.
Fact Sheet: A-10 Thunderbolt II
Primary function: close air support, airborne forward air control, combat search and rescue
Contractor: Fairchild Republic Co.
Power plant: two General Electric TF34-GE-100 turbofans
Thrust: 9,065 pounds each engine
Wingspan: 57 feet, 6 inches (17.42 meters)
Length: 53 feet, 4 inches (16.16 meters)
Height: 14 feet, 8 inches (4.42 meters)
Weight: 29,000 pounds (13,154 kilograms)
Maximum Takeoff Weight: 51,000 pounds (22,950 kilograms)
Fuel Capacity: 11,000 pounds (7,257 kilograms)
Payload: 16,000 pounds (7,257 kilograms)
Speed: 450 nautical miles per hour (Mach 0.75)
Range: 2580 miles (2240 nautical miles)
Ceiling: 45,000 feet (13,636 meters)
Armament: one 30 mm GAU-8/A seven-barrel Gatling gun; up to 16,000 pounds (7,200 kilograms) of mixed ordnance on eight under-wing and three under-fuselage pylon stations, including 500 pound (225 kilograms) Mk-82 and 2,000 pounds (900 kilograms) Mk-84 series low/high drag bombs, incendiary cluster bombs, combined effects munitions, mine dispensing munitions, AGM-65 Maverick missiles and laser-guided/electro-optically guided bombs; infrared countermeasure flares; electronic countermeasure chaff; jammer pods; 2.75-inch (6.99 centimeters) rockets; illumination flares and AIM-9 Sidewinder missiles.
While Americans are familiar with the M1126 Stryker infantry combat vehicle and the M2 Bradley infantry fighting vehicle, they may not know that the latter was designed to counter a type of Russian vehicle that had been around for decades.
In the 1980s, when the Bradley was coming online, its counterpart was entering service for the Soviets and Warsaw Pact nations. That counterpart was the BMP-2. BMP is short for Boyevaya Mashina Pekhoty. It first became operational in 1982, and was much improved over the original vehicle in the series, the groundbreaking BMP-1.
While the BMP-1’s main weapon was a 73mm gun backed by an AT-3 Sagger anti-tank missile, the BMP-2 replaced that with a 30mm autocannon with an AT-5 Spandrel. Combat experience gained in Arab-Israeli wars had shown that the 73mm gun wasn’t very accurate. Worse, the AT-3’s guidance method required the operator to remain exposed. The change in armaments addressed both of those issues.
The BMP-2 also made major adjustments to the internal arrangements. Turns out that some of the design elements of the BMP-1 made driving a Ford Pinto seem safe. Notably, infantrymen sat back-to-back with the fuel tank between them. Ammo for the main gun was stored about the BMP-1 and exposed. The grunts liked the firepower, and the 73mm gun could help keep enemies’ heads down, but these drawbacks were killers.
The BMP-2 saw action in the Iran-Iraq War, the Soviet-Afghan War, Desert Storm, the Russo-Georgia War, the fighting in Chechnya, and in Operation Iraqi Freedom, among others. During Desert Storm and Iraqi Freedom, it came out second-best when rated against the Bradley. In response, the Russians began development of the BMP-3, which replaced the wire-guided missiles with a 100mm gun.
Learn more about this vehicle in the video below. Which BMP do you think is best?
What do snipers think about before they pull the trigger? There are dozens of possible considerations that go into a sniper’s shot, everything from wind to an escape plan should things suddenly go sideways, current and former US military sniper instructors told Insider.
A sniper must be able to put accurate and effective fire on targets that may be moving at distances far beyond the range of regular infantry, which are trained to shoot at targets out to a few hundred meters. Snipers are trained to shoot targets possibly thousands of meters away.
To shoot at those greater distances, which sometimes requires pushing a weapon beyond its limits, snipers have to consider things like target selection and priority, size, distance to target, whether or not the bullet is lethal at that range, and, if the target is moving, target speed and direction.
‘We know what a bullet does’
There are also the ballistics — anything that affects the flight path of the bullet that could cause the sniper to miss.
Extensive ballistics knowledge is one of several key differentiators between snipers — expert marksmen — and other troops who are simply good shots, according to a former instructor.
There are both internal and external ballistics, he said.
Internal is everything happening inside the rifle and includes things like bullet size and weight, which affect to what degree a bullet will be impacted by the various external factors, and the barrel twist, which affects the spin drift of the round at greater distances.
External ballistics are everything happening to the bullet once it exits the barrel. Among the external factors that can affect the bullet’s flight path are atmospherics like wind, humidity, temperature, barometric pressure, and air density.
Wind speed and direction, which can change suddenly and inexplicably, are particularly important because they account for most missed shots, US Marine Corps Scout Sniper instructor Staff Sgt. Joshua Coulter told Insider.
Snipers need to know wind at not only their position, but also at various points along the bullet’s path and at the target. To get a wind reading for the distant points, the sniper looks for makeshift wind indicators like trash, clothes on a clothesline, smoke, or really anything that might be blowing in the wind.
Snipers have to take most, if not all, of these factors into account and correct before they fire a shot to hit a distant target — with the knowledge that their first shot is likely to be their best chance at striking it.
There are electronic tools that snipers can use to simplify the process to determine things like range, gather atmospheric data, and generate a firing solution. Snipers try not to rely on these though, but if they do use them, they verify the data.
The much more important tool snipers have is their collection data on previous engagements, which contains detailed information on how the sniper, the rifle, and the bullet performed in certain conditions in the real, not digital, world.
“At the end of the day, the bullet is not going to lie to you,” US Army sniper instructor Sgt. 1st Class Joshua Jones told Insider.
“We really don’t need a lot of technology to be able to operate,” he said, explaining that “given a weapon system with an optic and data on previous engagements, we are pretty effective at doing our job as far as engaging targets goes.”
‘That is when you want to fire the weapon’
There are also marksmanship fundamentals like shooting position, trigger control, and breathing that the sniper has to take into consideration. Through training, many of these things will become second nature for a sniper.
“Out in the real world, you’re shooting over a Humvee, shooting out of a window, on a rooftop, on a knee, standing, standing while moving,” he said. “There are so many alternate shooting techniques we run through because of the realities of the battlefield.”
A proper shooting position improves recoil management, preventing the explosion that violently forces the bullet out of the rifle from disturbing the sight picture and complicating follow-on shots.
For similar reasons, it is also important that snipers have good control of the trigger, applying pressure smoothly when firing, and have relaxed, natural breathing.
“You want to breathe as natural as possible,” Jones said, explaining that snipers wait for a “natural pause” in ther breathing. “That is when you want to fire the weapon,” he said.
Snipers also have to think about mission-specific considerations such as muzzle flash, lens glare on the scope if the sniper is shooting into the sun, and barrel blast that can blow out vegetation or kick up dust. Any of these things can affect concealment and give away a shooter’s position.
Stealth and concealment, though they are crucial sniper skills, are not necessarily required for every mission, but when they are, snipers have to be prepared for the possibility that their position is compromised by their shot.
It is critical that snipers have an escape plan, “a tenable egress route and sourced contingency assets and fire support agencies in the event their position is compromised post-shot,” Coulter said.
‘Somebody that can get the job done’
“There are a million things that go into being a sniper, and you have to be good at all of them,” an Army sniper previously told Insider. That said, when it comes to the shot process, “everybody is going to have their checklist” that they run through, Jones said.
And in many, but not necessarily all, cases, there is also planning before the mission.
Coulter said that ideally a sniper’s “ability to conduct a mission analysis prior to crossing the line of departure or taking the shot will allow them to occupy a brief position of advantage when relatively compared to the enemy, the terrain and current weather.”
Doing so increases “the odds of mission success,” he said.
And with practice comes experience, reducing the time it takes to run through the process. A trained sniper can put accurate fire on at least 10 targets in about 10 minutes. It is actually something Army snipers have to do to graduate from the program.
For the extreme long-range shots, the shot process can still take some time, as well as some math. A Marine Corps sniper previously told Insider about a shot he took in training that involved putting a bullet in a target 2,300 meters away. It took him roughly 20 to 25 minutes to plan the shot.
Although shooting is a very important part of what snipers do, it is only a part. Snipers also gather intelligence and provide overwatch on the battlefield. The role requires professionalism, reliability, capability, and maturity.
“Just because you can shoot doesn’t mean you can be a sniper,” Walding said, adding that “You’ve got to have somebody that can get the job done, and not every marksman can.”
Soldiers of the 773rd Civil Support Team took their survey robot to Sembach Middle School in Germany to help the Girl Scouts earn their robotics patch.
Sembach Juniors Troop 991 hosted the Army Reserve soldiers for the afternoon. The three-person team demonstrated the capabilities and the functions of the Talon IV robot, nicknamed “Veronica” by the survey team.
“I think they enjoyed everything about the robot, seeing it move, being able to touch it,” said Staff Sgt. Patrick McNeely, survey team member with the 773rd CST. “I think they were just thoroughly excited about the whole idea of seeing a robot.”
The 18 fourth- and fifth-graders not only got to see the robot in action, climbing stairs and opening a door, but also were able to ask the soldiers questions about how the robot worked.
Sgt. 1st Class Yuolanda Carey, the survey team chief, and Spc. Jonathan Boyden answered the questions and showed the girls all the things Veronica can do.
“Today we experienced a mechanical robot,” said Gabrielle Shields, a fifth grader at Sembach Middle School and member of the troop. “It can detect smoke bombs and it can smell and sense stuff … and it goes on missions and it can go under water and it can move up and down stairs.”
The robot can do amazing things, said Madison Perkins, another fifth-grader.
“I loved that it could climb stairs and that it has a laser and it had some cool lights on it,” she said.
The 773rd CST soldiers stayed for the rest of the Monday afternoon meeting and helped the juniors to plan and build their robots.
Here are a few photos from the day:
Sembach Girl Scouts Juniors Troop 991 examine the 773rd Civil Support Team’s Talon IV surveying robot Monday, Dec. 4, 2017 at Sembach Middle School. The Juniors were earning the robotics patch, and the 773rd CST brought the robot for the meeting.
Spc. Jonathan Boyden, 773rd Civil Support Team, shows Sembach Girl Scouts Juniors Troop 991 how the Talon IV surveying robot can open a door Monday, Dec. 4, 2017 at Sembach Middle School.
Spc. Jonathan Boyden, 773rd Civil Support Team, demonstrates the Talon IV surveying robot to the Sembach Girl Scouts Juniors Troop 991 Monday, Dec. 4, 2017 at Sembach Middle School.
Sembach Girl Scouts Juniors Troop 991 react to the 773rd Civil Support Team’s Talon IV surveying robot Monday, Dec. 4, 2017 at Sembach Middle School.
Sgt. 1st Class Yuolanda Carey, 773rd Civil Support Team survey team chief, talks to Sembach Girl Scouts Juniors Troop 991 as her team prepares to demonstrate the Talon IV surveying robot Monday, Dec. 4, 2017 at Sembach Middle School.
Sembach Girl Scouts Juniors Troop 991 pose with Soldiers from the 773rd Civil Support Team Monday, Dec. 4, 2017 at Sembach Middle School.
Ask most people about ducks, and they think of the birds that you’d feed in a park or what they would go hunting out with some buddies in the spring or fall. Others may think of it as the middle bird in a turducken. But World War II veterans will think of a very different thing – a truck that was a very crucial piece to victory in that conflict.
Well, the truck wasn’t officially called a duck. It wasn’t even officially called the DUKW. That name came about from General Motors, which had an in-house designation system (many companies that build fighters do the same thing). According to Olive-Drab.com, D stood for a vehicle that first began production in 1942. The U stood for a utility vehicle. The K meant that it was an all-wheel drive vehicle, and the W signified a dual-rear axle arrangement.
It was a modified two and a half ton truck, intended to be able to operate on water as well as on the land. The amphibious capability came from adding a boat hull and a propeller to the standard truck then in service.
The DUKW was used to haul troops and cargo through water, to the beach, and then inland.
(Photo by U.S. Army)
The DUKW first rolled off the assembly line in June, 1942, just as the United States Navy won the Battle of Midway. Production was well underway by later that year, which meant this vehicle missed Operation Torch, the invasion of North Africa.
The DUKW could haul troops or cargo over most terrain. Here, one is being loaded with cans of fuel.
(Photo by U.S. Army)
But when it came time to storm Sicily, the DUKW was ready, and proved to be very valuable. MilitaryFactory.com notes that the DUKW had a top speed of 50 miles per hour, could go 398 miles on a tank of gas, and had a crew of two. Over 21,000 ducks were built, and some of them continued in military service until 2012 – seventy years after the first one was made!
Many DUKWs that are still operating in the civilian world carry out “Duck tours” in cities across the world.
(Photo by Arnold Reinhold)
Today, most “ducks” still in service are with civilians owners and operators, some of which appear in “duck tours,” one of which was featured on the TV series Undercover Boss. Learn more about this troop and cargo-hauling duck in the video below.
So, what was the Massachusetts State Police doing with a robot dog?
The loan agreement between Boston Dynamics and Massachusetts State Police explains it’s being used, “For the purpose of evaluating the robot’s capabilities in law enforcement applications, particularly remote inspection of potentially dangerous environments which may contain suspects and ordinances.”
Videos of Spot in action depict the dog-like robot opening doors and performing surveillance — it was used by the Bomb Squad and only the Bomb Squad, according to the lease agreement.
Though Spot was loaned to the Massachusetts State Police for testing, a representative told WBUR that Spot was deployed in two “incidents” without specifying details.
Both Boston Dynamics and the Massachusetts State Police say that the agreement didn’t allow robots to physically harm or threaten anyone.
A fleet of Boston Dynamics’ SpotMini pull a Boston Dynamics truck.
“Part of our early evaluation process with customers is making sure that we’re on the same page for the usage of the robot,” Boston Dynamics VP of business development Michael Perry told WBUR. “So upfront, we’re very clear with our customers that we don’t want the robot being used in a way that can physically harm somebody.”
State police spokesman David Procopio echoed that sentiment. “Robot technology is a valuable tool for law enforcement because of its ability to provide situational awareness of potentially dangerous environments.”
Moreover, that’s how Boston Dynamics is handling the first commercial sales of Spot.
“As a part of our lease agreement, for people who enter our early adopter program, we have a clause that says you cannot use a robot in a way that physically harms or intimidates people,” Perry told Business Insider in a phone call on Nov. 25, 2019.
Boston Dynamics announced earlier this year that Spot would be its first robot to go on sale to the public.
Those sales have already begun through the company’s “Early Adopter Program,” which offers leases to customers with certain requirements. If a customer violates that agreement, Boston Dynamics can terminate the relationship and reclaim its robot — it also allows the company to repair and replace the Spot robots it sells.
Perry said the Massachusetts State Police is the only law enforcement or military organization that Boston Dynamics is working with currently.
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Throughout the Pacific Theater, US military units must overcome jungle terrain riddled with cliffs, poisonous creatures, dense foliage yielding mere yards of visibility, and muddy slopes that threaten to launch anyone down 30-foot ravines of twisted roots and jagged rocks.
Welcome to the jungle.
US Army Green Berets from 1st Battalion, 1st Special Forces Group (Airborne), invited Team Kadena airmen to train with them at the US Marine Corps Jungle Warfare Training Center (JWTC) at Camp Gonsalves, Okinawa, Japan.
“The Special Forces detachment incorporated airmen from around Okinawa to attend a training exercise to bridge the gap in small unit tactics, communication techniques, and patient extraction procedures between our airmen and the Green Berets,” said US Air Force Staff Sgt. Michael Triana, an independent duty medical technician paramedic (IDMT-P) from the 67th Fighter Squadron.
“Each airman is trained in a different specialty providing various perspectives to achieve the tactical objectives presented by the detachment in the jungle.”
A US Army Green Beret and Air Force Staff Sgt. Mike Triana establish a security perimeter during a small unit tactics exercise, at the Jungle Warfare Training Center, Camp Gonsalves, Japan, Aug. 21, 2019.
(US Air Force photo by Staff Sgt. Peter Reft)
The Kadena airmen’s familiarity and experience with deployments to countries such the Philippines and Thailand enabled them to withstand the Green Berets’ jungle training program. The training enabled Triana and other airmen to expand their deployment skillsets in a severely restrictive jungle environment.
“As an IDMT-P the didactic aspect of the training improved our capabilities to deliver immediate medical care at the point of injury,” said Triana. “Learning patient extraction techniques provides the capability to safely gain access to an injured patient and remove them from an adverse situation such as a cliff or ravine.”
(US Air Force photo by Staff Sgt. Peter Reft)
This integration enabled the airmen to train in basic US Army Infantry squad and platoon tactics for the first time while simultaneously allowing the Special Forces detachment to hone its combat lethality and readiness posture for high intensity conflict against a near-peer adversary, according to a 1-1 SFG (A) command vision document.
“Small unit tactics and patient extraction training provided the skills necessary to perform the duties required in a tactical element or combat scenario,” said Triana. “This training opportunity has enhanced our readiness to respond to humanitarian relief efforts and deploy to a declared theater of armed conflict.”
Team Kadena airmen receive weapon familiarization training from a US Army Green Beret after a land-navigation course at the Jungle Warfare Training Center, Camp Gonsalves, Japan, Aug. 20, 2019.
(US Air Force photo by Staff Sgt. Peter Reft)
US Air Force Master Sgt. Thomas Donahue establishes a security perimeter during a small unit tactics exercise at the Jungle Warfare Training Center, Camp Gonsalves, Japan, Aug. 21, 2019.
(US Air Force photo by Staff Sgt. Peter Reft)
They are capable of conducting the full spectrum of special operations to identify and target threats to US national interests.
“We deploy to countries throughout the INDOPACOM area of responsibility to bilaterally train with partner nations. This partnership enhances capabilities to combat internal threats from violent extremist organizations or other hostile actors,” said a Special Forces detachment commander.
“This enables us to enhance not only our readiness and lethality to respond to a contingency or crises scenario, but also provides our foreign counterparts the skills they need to protect their sovereignty.”
(US Air Force photo by Staff Sgt. Peter Reft)
The Special Forces detachment is optimizing the joint training opportunities present on Okinawa, Japan. Working with adjacent military units from the Air Force, Marine Corps, and Army allows the detachment to enhance its advisory capacity and maintain readiness before deploying to a foreign country.
“Training with these airmen opens different channels in terms of capabilities, resources, and training value,” said a Special Forces medical sergeant.
“For our Air Force counterparts, it provides a valuable opportunity for them to learn tactical skills they may never have been taught. For us, seeing them motivated, aggressively engaging in these drills, and advancing in their understanding of small unit tactics is valuable feedback for an instructor and adviser on our skills.”
US Army, Marine Corps, and Air Force service members conduct intravenous hydration during a multi-day training event at the Jungle Warfare Training Center, Camp Gonsalves, Japan, Aug. 22, 2019.
(US Army/1st Battalion, 1st Special Forces Group)
The Marine Corps JWTC further enhances the Green Berets’ mission capabilities, offering a low cost, highly versatile training platform across more than 8,700 acres of heavily vegetated, mountainous terrain, according to the JWTC cadre.
“In preparation for high-intensity conflict against a near-peer adversary, our training methodology must adapt from our experiences conducting counter terrorism and counter insurgency in Iraq and Afghanistan,” said the Special Forces detachment company commander.
“The opportunity to enhance our relationship with the Marine cadre at the JWTC has enabled my teams to train in the jungle, reinforcing the skills we require for this near-peer high intensity conflict.”
US Air Force Staff Sgt. Nathan Shelton guards his fire team’s retreat during a break-contact combat exercise as part of a multi-day training event at the Jungle Warfare Training Center at Camp Gonsalves, Japan, Aug. 22, 2019.
(US Air Force photo by Staff Sgt. Peter Reft)
A US Army Green Beret coordinates fire-team movements during a break-contact combat exercise as part of a multi-day training event at the Jungle Warfare Training Center, Camp Gonsalves, Japan, Aug. 22, 2019.
(US Air Force photo by Staff Sgt. Peter Reft)
US Army Green Berets conduct a multi-day field training event with Team Kadena airmen at the Jungle Warfare Training Center, Camp Gonsalves, Japan, Aug. 21, 2019.
(US Air Force photo by Staff Sgt. Peter Reft)
“Every country we operate in, we enhance our partnerships and alliances with our foreign counterparts,” said the SF detachment commander.
“When it comes to security, we are the preferred partner choice that shares their values and principles. The US is ready to assist them in preserving their sovereignty, and will maintain the rules-based free and open Indo-Pacific that has assured an unparalleled prosperity in the last 30 years,” the commander said.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
The skill and agility of airmen from Moody Air Force Base, Georgia, were on full display at MacDill Air Force Base, Florida, Nov. 19-Nov. 22, 2019, during exercise Mobil Tiger.
The asymmetric advantage of US combat troops is greatly increased by the venerable A-10 Thunderbolt II aircraft. Commonly known as the “Warthog,” this staple of combat air support depends greatly upon the expertise of airmen who operate and sustain them.
“Mobil Tiger is an agile combat deployment exercise,” said Air Force Major Zachary Krueger, an A-10 pilot assigned to the 23rd Wing Exercises and Plans office at Moody AFB. “The intent was to provide close air support and recover to an austere field, using only weapons and fuel we had available ourselves.”
US Air Force Staff Sgt. Aaron Edmonds, an A-10 Thunderbolt II crew chief, coordinates maintenance operations for exercise Mobil Tiger, at MacDill Air Force Base in Florida.
(US Air Force photo by Staff Sgt. Brad Tipton)
During the exercise, US Air Force HC-130J Combat King II aircraft assigned to the 71st Rescue Squadron, Moody AFB, dropped off maintenance and security forces personnel along with their equipment and supplies on a remote corner of the MacDill AFB flight line to begin operations.
Security forces established a security perimeter while maintainers pulled their tools, set up chalks and placed munitions stands. They were swiftly joined by 74th Fighter Squadron A-10s, ready to be configured for combat.
Weapons load crew members remove flares from an A-10 Thunderbolt II at MacDill Air Force Base, Florida.
(US Air Force photo by Staff Sgt. Brad Tipton)
“I was part of the first crew to hit the ground on MacDill where we quickly began finding ways to improve our time and efficiency,” said Senior Airman Dylan Holton, 23rd Aircraft Maintenance Squadron weapons load crewmember.
Deriving no support from MacDill AFB other than a slab of concrete on which to operate, the 23rd AMXS Airmen reconfigured weapons on the A-10s, quickly unloading one aircraft, guiding the next into position and arming them prior to take-off.
Weapons load crew members remove flares from an A-10 Thunderbolt II at at MacDill Air Force Base, Florida.
(US Air Force photo by Staff Sgt. Brad Tipton)
“It was my first time to experience an exercise like this and be at the center of all the action,” said Holton. “We moved as quickly and safely as possible to get the mission done.”
Joining the A-10s on the ramp were HH-60Gs from the 41st Rescue Squadron, which received fully stocked ammunition cans for their .50 caliber guns from the maintainers on the ground.
Elsewhere on the ramp, crews transferred fuel from the HC-130J aircraft to the A-10s and the HH-60Gs, thereby extending their range and operations.
Airmen load munitions on an A-10 Thunderbolt II aircraft during exercise Mobil Tiger on MacDill Air Force Base in Florida, Nov. 20, 2019.
(US Air Force/Staff Sgt. Brad Tipton)
“It’s awe inspiring seeing them execute to such a high level, learn lessons and show everyone else around them so that if and when we execute this mission downrange, we’re able to be effective and bring the whole weight of the 23rd Wing’s combat power to the combatant commander,” added Krueger.
Mobil Tiger serves as proof that the US Air Force can project lethal force at any chosen time and place.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.