The C-17 Globemaster III is arguably the most capable transport in the Air Force inventory. This is understandable – according to an Air Force fact sheet, it can carry up to 171,000 tons of cargo, or 85.5 tons. It has a range of 2,400 nautical miles without aerial refueling, but it still has a receptacle for a boom from a tanker like the KC-46, KC-10, or KC-135. It has a top speed of 450 knots, almost three-fourths the speed of sound.
Not a bad plane at all. If you have $202.3 million, you can buy one from Boeing. But suppose you only had about $120 million. Well, you’re in luck, because Kawasaki has built a mini-C-17.
This is known as the Kawasaki C-2, and according to the Kawasaki web site, it’s equipped with a host of new systems. A handout distributed at Kawasaki’s booth at the AirSpaceCyber expo held at the Gaylord Convention Center in National Harbor Maryland noted that the C-2 is able to carry 66,000 pounds, has a range of 3,100 nautical miles without aerial refueling while carrying its maximum payload, and can cruise at Mach .8, or 529 knots.
Its cargo hold is 51.5 feet long, roughly 13 feet high, and 13 feet wide. While it is not able to carry main battle tanks or infantry fighting vehicles, it could carry JLTVs, HMMWVs, or other lighter vehicles. It is also capable of moving a H-60 series helicopter.
You can see a video of this plane’s first flight below.
The balloons can float as high as 65,000 feet, and are able to track vehicles day or night, regardless of the weather.
The goal of the balloons, according to the FCC filing, is: “To provide a persistent surveillance system to locate and deter narcotic trafficking and homeland security threats.”
The company named in the filing, Sierra Nevada Corporation, is working on behalf of the United States Department of Defense to test the balloons. The United States Southern Command (Southcom) commissioned the tests; the balloons are scheduled to begin flying in South Dakota and conclude in central Illinois.
An MQ-9 Reaper remotely piloted drone aircraft flies a combat mission.
(Photo by Lt. Col. Leslie Pratt)
Though the technology might sound strange, it’s not the first pairing of balloons with tech hardware to enable surveillance: The Israeli government has repeatedly used surveillance balloons with cameras attached in Israel.
The surveillance balloons in this case, however, are equipped with so-called “synthetic-aperture radar” devices from Artemis Networks — a tech company that makes wireless radar devices. Using an SAR device, users can create high-resolution images using radio pulses, which enables a much higher level of detail in surveillance use.
Neither the Department of Defense nor the Sierra Nevada Corporation responded to requests for comment as of publishing.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
According to DARPA researchers at the University of Maryland, funded by the agency’s Mathematics of Sensing, Exploitation and Execution (MSEE) program, recently developed a system that enabled robots to process visual data from a series of “how to” cooking videos on YouTube. “Based on what was shown on a video, robots were able to recognize, grab and manipulate the correct kitchen utensil or object and perform the demonstrated task with high accuracy – without additional human input or programming,” DARPA said.
These scientists throwing the calculus of “cooking is as much of an art as it is a science” way off. Perhaps one day having a personal robot chef will be as commonplace as having a toaster, microwave or blender.
“If we have robots that are humanoid and they have hands, that will be the next industrial revolution,” said Yiannis Aloimonos, University of Maryland computer scientist. “I am particularly very happy to be participating in this revolution because it will change fundamentally our societies.”
Still, it’s hard to imagine Chef Ramsay getting any satisfaction out of yelling at a robot on an episode of Hell’s Kitchen . . .
So you’re in the OP, and you’ve identified the supply route that Chinese troops are using to resupply and reinforce their frontline troops. But the enemy managed to cut off your own resupply two days ago when a platoon slipped by undetected and set up to your rear. Now, you need to get the intel back to base and try to squirt home, but your batteries are dead. It’s okay, though, because, in this new future, you can just piss into the battery.
Well, you could do that if you were using a hydrogen fuel cell battery and have a tablet of the new aluminum alloy powder developed by researchers working with the U.S. Army. Don’t pee onto your current batteries. That will not work.
At the end, the proton and electron recombine into hydrogen, combine with oxygen, and are disposed of as water in a low-temperature exhaust.
“This is on-demand hydrogen production,” said Dr. Anit Giri, a materials scientist at the U.S. Army Combat Capabilities Development Command Army Research Laboratory at Aberdeen Proving Ground, Maryland. “Utilizing hydrogen, you can generate power on-demand, which is very important for the Soldier.”
It’s all environmentally friendly, cheap, and—more importantly for troops—leaves no exhaust that could be easily detected by the enemy. Depending on the exact makeup of the equipment, troops could even drink their radio or vehicle exhaust if they were using hydrogen fuel cells.
New Jersey Best Warrior Competition. That radio is not fueled by pee. Yet.
(New Jersey National Guard Master Sgt. Mark Olsen)
And hydrogen is very energy dense, having 200 times as much specific energy as lithium batteries. But the military has resisted using hydrogen fuel sources for the same reason that auto manufacturers and other industries have been slow to adopt it: transporting hydrogen is costly and challenging.
While hydrogen fuel cell cars can be refueled at any hydrogen filling station as quickly as their gas counterparts, they can go twice as far. But the streets have more electric and gasoline-powered vehicles because it’s way easier to recharge and refuel those vehicles than to find a hydrogen station.
But with the new powder, the Army might be able to generate hydrogen on demand at bases around the world. And the technology is so promising that civilian corporations are lining up to use the powder here in the states.
H2 Power is envisioning a future where existing gas stations can be easily converted into hydrogen fueling stations without the need for new pipelines or trucks to constantly ferry hydrogen to the station.
“The powder is safe to handle, is 100 percent environmentally friendly, and its residue can be recycled an unlimited number of times back into aluminum, for more powder. Recycling apart, only water and powder are necessary to recreate this renewable energy cycle, anywhere in the world,” H2 Power CEO Fabrice Bonvoisin said, according to a TechXplore article.
“For example, this technology enables us to transform existing gas stations into power stations where hydrogen and electricity can be produced on-demand for the benefit of the environment and the users of electric and hydrogen vehicles or equipment. We can’t wait to work with OEMs of all kind to unleash the genuine hydrogen economy that so many of us are waiting for,” he said.
The Army could pull this same trick at bases around the world. With a static supply of the aluminum powder, it could generate its own fuel from water and electricity. This would be good for bases around the world as it would reduce the cost to run fleets of vehicles, but it would be game-changing at remote bases where frontline commanders could create their own fuel, slashing their logistics support requirement.
They would need constant power generation, though, meaning the Army would need to invest more heavily in mobile solar or nuclear solutions to fully realize the advantages of their hydrogen breakthrough.
Second Lt. Ben Lacount knows that it’s never a good thing to run out of rounds during a firefight. And it’s certainly not a good thing to be surprised that you have.
That’s why he invented the “Lacounter” with help from Navy engineers and a 3D printer that allowed him to cut prototyping time down to a fraction. The device allows shooters to see how many rounds they’ve expended while pulling the trigger so that they’re not in a bind when they do.
The Lacounter even works with belt fed weapons like the M249 and M2 .50cal.
Lacount’s prototype takes advantage of a process known as “additive manufacturing,” and it’s one that could change the face of military logistics forever.
U.S. Marine 2nd Lt. Ben Lacount presents his winning entry from the Marine Corps Innovation Challenge during a showcase at Naval Surface Warfare Center, Carderock Division, in West Bethesda, Md., Aug. 15, 2017. Lacount created an expended rounds counter for the M16 rifle in the Manufacturing, Knowledge and Education Laboratory, Carderock™s additive manufacturing collaborative space. (U.S. Navy photo by Dustin Q. Diaz/Released)
Captain Kyle McCarley helped come up with a new way to carry the “Bangalore torpedo,” an explosive device used to blow up obstacles like barbed wire. While they are very useful, they are bulky, and take up space. But McCarley used a 3D printer to make a quiver-like pack with elastic straps for the devices that can attack to a normal assault pack.
Then there was Staff Sgt. Daniel Diep, an artilleryman. After noticing that the cable for the Chief of Section Display got damaged from debris that got stuck in the cable – something that took a week and $3,000 to fix – he designed a 3D-printed cable head that cost $10 to make.
“The neat thing about this cable cap is the cable heads themselves can be additively manufactured, and Marines like myself can take all the old cables, cut them down, and we can put new heads on them after 3-D printing,” Diep said.
But the neatest trick of all is getting the 3D printers closer to the grunts. Captain Tony Molnar and Master Sgt. Gage Conduto have worked that out – not only by bringing the printers to units at FOBs, but also a processing center to recycle plastic, like water bottles often delivered to troops on deployment. This will be a huge boon for explosive ordnance techs like Conduto.
“I can’t walk down to the Marine Corps machinist with a stinger missile in my hand and say, ‘I need a set of tools made, can you get these back to me next week?'” he said.
But the tech could go even further, than just helping come up with new tools. In fact, it could be a huge game-changer for any forward-deployed unit.
“This container will benefit the Marine expeditionary units and the Marine Corps and DOD because it can do two things: One, it enhances the expeditionary readiness of forward-deployed units by being able to print parts locally on site using recycled materials, and second, it helps those combat units forward by providing stuff that they can’t do, as well as printing stuff for the local populous during humanitarian disaster relief that we couldn’t normally do and that we’d have to pay someone to do,” Molnar told the Navy News Service.
Marine grunts getting inventive — that’s a very frightening thought … for America’s enemies.
Guam’s first line of defense from an incoming North Korean ballistic missile could very well be MQ-9 Reaper drones. This sounds very counter-intuitive, since ballistic missiles go very fast, and the normal cruising speed of the MQ-9 Reaper is 230 miles per hour.
But according to a report from DefenseOne.com, the secret was not in what the drones could shoot or drop, but instead in what the drones could see. In a June 2016 multi-lateral exercise involving Japan, the United States, and South Korea, two MQ-9 Reapers equipped with Raytheon Multi-Spectral Targeting System C were able to give Aegis ships armed with SM-3s more precise targeting data on the ballistic missile.
The Missile Defense Agency is hoping to reduce the number of drones needed by adding a targeting laser to the Reaper.
According to the Raytheon web site, the Multi-Spectral Targeting System, or MTS, is a combined electro-optical/infra-red system that also adds a laser designator. Various versions of the MTS have been used on platforms ranging from the C-130 Hercules cargo plane to the MQ-9 Reaper. The United States military has two general versions, the AN/AAS-52, or the MTS-A, and the AN/DAS-1, the MTS-B. The Air Force is also buying another Raytheon MTS system, designating it the AN/DAS-4.
One possibility to improve these airborne eyes could center around a jet-powered version of the Reaper called the Avenger. According to the General Atomics web site, the Avengr has a top speed of 400 nautical miles per hour, and can stay airborne for as many as 20 hours, depending on the version.
The Avenger could have the option of not just watching a launch, but maybe even hitting an enemy missile. According to a 2015 report from BreakingDefense.com, the Avenger could also carry the HELLADS, a high-energy laser system. Earlier this year, the Army tested a high-energy laser on the AH-64 Apache, combined with Raytheon’s MTS.
For the past few years, DARPA has been working on a system called ARGUS-IR, or Autonomous Real-Team Ground Ubiquitous Surveillance – Infrared, which can take video over an area that is so super high resolution — 1.8 gigapixels — it would take a fleet of 100 Predator drones to produce the same images.
A PBS documentary last year explored the program, which uses hundreds of cell phone cameras linked together into a sophisticated rig. Mounted underneath an RQ-4 Global Hawk for example, ARGUS could loiter over an area at 17,500 feet and capture images as small as six inches square on the ground, effectively being able to tell the color of the shirt you are wearing.
It’s pretty incredible — and somewhat scary — stuff.
Current infrared systems either have a narrow field of view, slow frame rates or are low resolution. DARPA’s Autonomous Real-Time Ground Ubiquitous Surveillance – Infrared (ARGUS-IR) program will break this paradigm by producing a wide-field-of-view IR imaging system with frame rates and resolution that are compatible with the tracking of dismounted personnel at night. ARGUS-IR will provide at least 130 independently steerable video streams to enable real-time tracking of individual targets throughout the field of view. The ARGUS-IR system will also provide continuous updates of the entire field of view for enhanced situational awareness.
In July, the Air Force made the first step toward making ARGUS a reality with the implementation of the Gorgon Stare Increment 2 pod on the MQ-9 Reaper.
Here’s the view from an ARGUS system from 17,500 feet. It can capture a very wide area.
When an operator wants to zoom in, the system places boxes over cars, people, and other objects and tracks them in real time.
Now check out the PBS Nova documentary on the project:
The US Army has barred its soldiers from using TikTok following mounting fears from US lawmakers that the Chinese tech company could pose a national security threat.
Military.com was the first to report the new policy decision, which is a reversal of the Army’s earlier stance on the popular short-form video app.
A spokeswoman told Military.com that the US Army had come to consider TikTok a “cyberthreat” and that “we do not allow it on government phones.” The US Navy took a similar decision to bar the app from government phones last month.
The makers of China’s new J-20 stealth fighter revealed the combat mission of the aircraft, and one of its key tasks would most likely see it getting shot down by decades-old US and European fighter jets.
The J-20 has impressed observers with its advanced design and formidable weapons, but the jet’s actual combat mission has remained somewhat of a mystery.
But Andreas Rupprecht, a German researcher focused on China’s air power, recently posted an informational brochure from the Aviation Industry Corporation of China, the J-20’s maker, laying out its mission.
It described the J-20 as a “heavy stealth” fighter that’s “renowned” for its dominance in medium- and long-range air combat and first lists “seizing maintaining air superiority” as its core missions.
But the J-20s purported air-superiority role is likely to raise more eyebrows.
J-20 stealth fighter jet.
(Flickr photo by emperornie)
J-20 loses the old-fashioned fight for the skies
Justin Bronk, an aerial-combat expert at the Royal United Services Institute, told Business Insider that for the J-20, fighting US or European jets for control of the skies represents a losing battle.
The J-20 is “certainly likely to be more capable as an air-superiority platform than anything else the People’s Liberation Army Air Force” — China’s air force’s official name — “is currently operating,” Bronk said.
“With a powerful radar and multiple internal air-to-air missiles as well as long range, it certainly shouldn’t be dismissed as an air-superiority machine,” he continued.
But just because it’s China’s best doesn’t mean it can hold a candle to Europe’s Typhoon fighter or even the US’s F-15, which first flew in 1972.
“In terms of thrust to weight, maneuverability, and high-altitude performance, it is unlikely to match up to the US or European air-superiority fighters,” Bronk said.
China’s J-20 made a solid entry into the world of stealth fighter aircraft and became the only non-US stealth jet in the world. It’s designed to significantly limit the ability of US radar to spot and track the large fighter, but the stealth mainly works on the front end, while the J-20 is flying straight toward the radar.
Tactically, experts have told Business Insider, the J-20 poses a serious threat in the interception and maritime-strike roles with its stealth design, but so far the jet has yet to deliver.
China has suffered embarrassing setbacks in domestically building jet engines that would give the J-20 true fifth-generation performance on par with the F-35 or the F-22.
Bronk said China still appears years away from crossing this important threshold that would increase the range and performance of the jets.
“The engines are a significant limiting factor” in that they require inefficient use of afterburners and limit high-altitude performance, Bronk said.
An F-15C Eagle preparing to refuel with a KC-135R Stratotanker.
(US Air Force photo)
What air superiority looks like
As it stands, the J-20 couldn’t match the F-15 or the Eurofighter Typhoon, or even get close to an F-22, Bronk said.
“Against the F-15C and Typhoon, the J-20 has a lower radar cross section but worse performance, and its air-to-air missiles are unlikely to yet match the latest [US] series and certainly not the new European Meteor,” Bronk said.
Bronk said that China had made great strides in air-to-air missile development and was testing at an “extremely high” pace, so the capability gap could close in a few short years.
But how does the J-20 stack up to the greatest air-superiority plane on the planet today, the F-22?
“The F-22 likely significantly outperforms the J-20 in almost every aspect of combat capability except for combat radius,” Bronk said, referring to the farthest distance a loaded plane can travel without refueling.
Undoubtedly, the J-20 represents a significant leap in Chinese might and poses a serious and potentially critical threat to US air power in its ability to intercept and launch deep strikes.
But in the narrow role of air superiority — beating the best fighters the other side can offer to gain control of the sky — the US and Europe could most likely beat down China’s J-20 without much trouble.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
This is often done by the 53rd Weather Reconnaissance Squadron, attached to the 403rd Wing, based out of Keesler Air Force Base near Biloxi Mississippi.
According to a release by the 403rd Wing, WC-130J Super Hercules weather reconnaissance planes have already made 10 flights into Hurricane Harvey, presently a Category 2 storm slated to reach Category 3 when it makes landfall in Texas.
Each plane has a crew of five: a pilot, co-pilot, a weather reconnaissance officer, a navigator, and a loadmaster.
During the flights through Harvey, the Airmen made dozens of passes through the eye of the hurricane, braving the strong winds in the center of the storm. On each pass, a device known as a “dropsonde” is released, providing data on dew point, pressure, temperature, and of course, wind speed and direction.
That data is sent out immediately to the National Hurricane Center.
“As the Hurricane Hunters, our data is time sensitive and critical for the [National Hurricane Center],” Maj. Kendall Dunn, 53rd WRS pilot explained. “This storm is rapidly intensifying.”
You’d think these pilots would be full-time Air Force, but you’d be way off. These gutsy crews who brave the wrath of nature are with the Air Force Reserve – meaning that many of them are taking time off from their regular lives to serve their country. You can see them in action monitoring Hurricane Harvey in the video below.
Watch the video in the tweet below. Are you experiencing both amazement and fear? You’re not alone.
This video has been making the rounds on Twitter recently, but it was actually filmed a little over a year ago. According to Gizmodo, an electric-power maintenance company in Xiangyang, China, had been using these flame-throwing drones to burn off garbage and debris from electrical wires.
Is any of this safe? Who knows. But after watching this video, hopefully you’ve gained a new appreciation and/or fear of flying robots and what they’re capable of.
A top U.S. Army Futures Command leader told Congress recently that the service will field its new, binocular-style night-vision goggles, one year after the previously announced fielding date.
“In six months, we will be putting in the hands of soldiers a night-vision goggle that is 5X,” said Lt. Gen. James Richardson, deputy commander of Army Futures Command, describing the improvement of the Enhanced Night Vision Goggle-B over the night-vision gear soldiers currently carry.
The new ENVG-B — which features a dual-tube technology that equips soldiers with infrared and thermal capability — is scheduled to go to an armored brigade combat team in October before the unit leaves for a rotation to South Korea, Army modernization officials told members of the Senate Armed Services Committee’s Airland subcommittee on April 16, 2019.
The Army first announced in February 2018 that it had funded the ENVG effort in the fiscal 2019 budget to give infantry and other close-combat soldiers greater depth perception than the current monocular-styled ENVGs and AN/PVS-14s.
Richardson did not mention that the proposed ENVG-B fielding had been delayed by a year.
Military.com reached out to Army Futures Command for an explanation of the delay but did not receive a response by press time.
Richardson praised the new ENVG-B’s ability to project the soldier’s sight reticle in front of the firing eye, day or night — a feature that has vastly improved marksmanship, he said.
“I have used the goggle. I have shot with the goggle, and it is better than anything I have experienced in my Army career,” he said.
Subcommittee chairman Sen. Tom Cotton, R-Arkansas, said most civilians think that the Army’s night-vision goggles are the “size and probably the weight of a quarter, maybe a silver dollar.”
“Could you explain to us the difference of weight and shape of this next generation of night-vision goggles versus what our troops have been using?” he asked.
Richardson said the new ENVG-B is “lighter than the goggles that we have today, even though it is dual-tubed versus monocular.”
(U.S. Army photo)
Currently, most soldiers still use the AN/PVS-14. The Army began fielding the first generation of the Enhanced Night Vision Goggle in 2009. The ENVG technology consists of a traditional infrared image intensifier, similar to the PVS-14, and a thermal camera. The system fuses the IR with the thermal capability into one display.
IVAS is meant to replace the service’s Heads-Up Display 3.0 effort to develop a high-tech digital system designed to let soldiers view their weapon sight reticle and other key tactical information through a pair of protective glasses, rather than goggles.
“You are able to train and rehearse that mission with a set of glasses,” Richardson said. “The tubes have gone away; it’s embedded in the glasses, which will significantly reduce the weight of where we are going.
“We believe in the next two years we will put the IVAS system on soldiers, beginning in the fourth quarter of 2022,” he said.
This article originally appeared on Military.com. Follow @militarydotcom on Twitter.
The company that makes the Army’s new handgun is in hot water over concerns that the pistol the new M17 is based on has a potentially serious safety flaw.
About a week ago, news trickled out that the Dallas Police Department had banned its officers from carrying the Sig Sauer P320 pistol after one of them had discharged a shot after it was dropped. Other reports disputed that claim, suggesting the department banned the P320 for carry because of a legal disclaimer in the user manual that stated a discharge could happen if the gun is dropped in extreme situations — a legal ass covering common to most handgun user manuals.
A photo taken by Soldier Systems Daily at a recent briefing by Sig officials on the -30 degree drop tests. (Photo linked from SSD)
The P320 is Sig’s first so-called “striker-fired” handgun, which uses an internal firing pin to impact a round rather than an external hammer. Various internal safeties are supposed to keep this type of handgun “drop safe,” making it suitable for duty carry where an officer or service member might accidentally fumble it out of a holster or during a shot.
While at first Sig denied it had a safety problem, later tests showed some of the company’s P320s could discharge a round when dropped at a -30 degree angle from a certain height onto concrete. The company says such a condition is extremely rare and that under typical U.S. government standards, the P320 will not discharge if dropped.
“Recent events indicate that dropping the P320 beyond US standards for safety may cause an unintentional discharge,” Sig said in a statement. “As a result of input from law enforcement, government and military customers, SIG has developed a number of enhancements in function, reliability, and overall safety including drop performance.”
Sig said the version of the P320 that’s being deployed with the Army and other U.S. troops has a new trigger assembly that make discharges from a drop at any height and angle impossible.
That’s why the company is issuing a “voluntary” upgrade of some of its P320s to install the so-called “enhanced trigger” that comes directly from the Army’s new M17 handgun.
“The M17 variant of the P320, selected by the U.S. government as the U.S. Army’s Modular Handgun System, is not affected by the voluntary upgrade,” Sig said.