In 1975, South Vietnam fell, and while many escaped, a lot of gear fell into the hands of the North Vietnamese. In fact, as late as 1987, FlightGlobal.com credited the Vietnamese People’s Air Force with as many as 50 F-5A/B/E variants in service, along with at least 25 A-37 Dragonfly counter-insurgency planes. Tigers might be next.
Presently, Vietnam has 40 Su-27/Su-30 “Flanker” fighters in its inventory, with six more on order, according to FlightGlobal.com. These planes are supplemented by 36 Su-22 “Fitter” ground-attack planes, similar to those targeted earlier this year in a Tomahawk strike on a Syrian air base. Vietnam retired its MiG-21 “Fishbed” fighters in 2015. Like the F-5, upgrade kits are available for the Fishbed.
The F-5E was a widely exported daytime fighter, capable of carrying up to 7,000 pounds of bombs, rockets, and AIM-9 Sidewinders. It has a top speed of 1,060 miles per hour, a range of 870 miles, and was first flown in 1972. It is equipped with a pair of M39A2 revolver cannon, each with 280 rounds.
US soldiers have started receiving pocket-sized drones that could be a game changer for troops on the battlefield.
Soldiers with the 3 rd Brigade Combat Team, 82 ndAirborne Division recently got their hands on FLIR Black Hornet personal reconnaissance drones, a part of the Army’s Soldier Borne Sensor (SBS) Program.
These drones, which are small enough to be carried on a soldier’s person, allow troops to see the field of battle more clearly without putting themselves in harms way.
A soldier with the 3rd Brigade Combat Team, 82nd Airborne Division trains with a personal drone at Fort Bragg, North Carolina.
(US Army photo by Patrick Ferraris)
The personal reconnaissance system includes two drones, one for day and one for night, as well as a base station, which connects to a handheld controller and a display.
These drones are small — only about 6 inches in length — and extremely lightweight, making it possible for soldiers to carry these tiny unmanned aerial vehicles on a utility belt.
Able to fly out to roughly one and a half miles, these little drones allow soldiers to assess the situation beyond them without abandoning their cover.
This technology, according to the Army’s PEO Soldier, “mitigates future losses of life and injuries by having a drone complete dangerous work that combat soldiers would usually perform on their own,” such as sending out a fire team to gather intel and conduct field reconnaissance.
One of the engineers involved in the project likened the new drones to flying binoculars that allow soldiers to see their surroundings like never before.
A personal reconnaissance drone flies in the sky at Ft. Bragg.
(US Army Photo by Patrick Ferraris)
The 3rd Brigade Combat Team, 82nd Airborne Division will take these drones with them on their upcoming deployment, which will be the first time these UAVs will be deployed at the squad level.
Soldiers trained for a week at Fort Bragg in North Carolina with the new drones, getting a feel for the possibilities provided by this technology.
“This system is something new that not a lot of Soldiers have touched or even seen before, so it’s cool to test it out and push it to its limits before we take it with us on our deployment,” Army Sgt. Dalton Kruse, one of the operators, said in a statement.
He further commented that most of the operators who were trained on this new system had never flown a drone before, but they were able to adapt to the technology quickly.
“It was easy to pick up and fly, very user-friendly, and I can already tell that this system will benefit my unit downrange,” Kruse explained.
A soldier with the 3rd BCT, 82nd Airborne Division gets his turn during the recent fielding at Fort Bragg.
(US Army Photo by Patrick Ferraris)
This is life-saving technology that helps reduce the risk soldiers face on the battlefield.
“This kind of technology will be a life-saver for us because it takes us out of harm’s way while enhancing our ability to execute whatever combat mission we’re on,” Sgt. Ryan Subers, another operator, said in a statement.
The Army plans to eventually equip every squad with its own personal reconnaissance drone.
“It is the start of an era where every squad will have vision beyond their line of sight,” Nathan Heslink, the Assistant Program Manager for SBS with PEO Soldier, explained. “This allows soldiers to detect threats earlier than ever, meaning it is more likely Soldiers won’t be harmed during their missions.”
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
According to the capabilities of a Finnish fire-suppression system, maybe so.
That system is called HI-FOG, developed by the Marioff Corporation. According to official handouts, the system doesn’t use halon gas, but instead uses water in a unique fashion to suppress fires. The system creates a fine mist of water, with droplets as small as 50 microns across.
The HI-FOG fire-suppression system creates a mist of water where the particles are as small as 50 microns.
This changes the game in a few important ways. Halon gas knocks out fires, but has been out of production since 1994. You see, halon is a chlorofluorocarbon, or CFC, and CFCs were banned to protect the ozone layer. That’s great news for the environment, but when people desperately need a non-toxic way to quickly snuff out a fire in a confined area (like a submarine), they’re mostly out of luck.
The fine water mist is designed to do the same thing as halon used to: knock out fires quickly. Using a mist of water brings about other benefits, namely the ability to replenish supply with seawater when necessary. The system also allows crews to stay in the compartment as the mist is dispensed to carry out damage control measures.
The system’s pumps can be operated by either a gas generator or electrical power. While we will never be able to know for sure whether this system could have saved the crew of ARA San Juan, it is safe to say it would have given them a fighting chance.
It’s a real submarine that’s in service right now, and it could annihilate American cities in a surprise attack.
Yuri Dolgoruky has 16 vertical launch silos for missiles and it can pack a single Bulava into each one with a range of almost 6,000 miles. That means it could surface west of Hawaii, fire east, and still hit New York City.
But that would force the Russians to fire their missiles past multiple American missile defenses. After all, some of America’s best missiles defenses are in Hawaii. So, it would be better for the subs to give up their range advantage by firing from a position with fewer defenses, like the Gulf of Mexico.
From there, the crew could still hit literally all U.S. states and most U.S. territories.
Eight warheads from a Peacekeeper missile hit targets during testing by the U.S. Navy. Russian MIRVs work in a similar way, allowing subs to hit multiple targets with one missile, but navies keep the potential spread of MIRV warheads secret.
And those missiles each carry 6 warheads with multiple independently targetable reentry vehicles, or MIRVs, meaning that each warhead can hit a different target. And, each of those warheads has an estimated yield of 100 kilotons. So, the total explosive power is 9,600 kilotons spread over up to 96 locations, like U.S. military installations and cities. And, to top it all of, it’s thought to be capable of firing all its missiles in just 1 minute.
So, what would happen if the Russians actually attacked the U.S. with this or similar submarines?
Well, first, the Yuri Dolgoruky is part of the Borei class of submarines, and its 100-kiloton warheads cannot penetrate the most hardened installations. So, an attack on Cheyenne Mountain might degrade NORAD’s communication capabilities, but the base would survive.
A missile equipped with warheads on MIRVs could likely hit multiple targets in the Washington, D.C. area.
At most of these locations, all 6 warheads from a missile would likely be set to hit nearby locations at a single target. Navies keep the details of their MIRV capabilities secret because, obviously, they don’t want an enemy commander to know exactly what spread they can create with their warheads. But it’s unlikely that a missile striking against King’s Bay would have another logical target within range of the MIRVs. So, the missiles would probably drop all six warheads on or near the naval base.
The exception would be a strike against the Pentagon. When hitting the Pentagon, warheads could almost certainly also reach the White House, the Capitol Building, and maybe even nearby Forts Meade and Detrick and the U.S. Marine Corps Base Quantico.
For people on the ground, the next few seconds and minutes are key to survival. If you’re at ground zero and the bomb goes off, you have little chance. Absent a true, robust bomb shelter, you’re either dying when the blast hits you or when the building collapses around you. Literally just the over-pressurization of the air can kill you. The heat and radiation are just gravy.
A nuclear missile targeting the King’s Bay Naval Base in Georgia might not have the ability to spread its warheads far enough to hit other military targets, so it might stack them all on top of the base to ensure all the submarine pens and naval headquarters are taken out.
But outside of that, there are still acute dangers. At 2 miles from a blast, you can survive the immediate explosion but still die within seconds. If you see the flash of the bomb and step toward the window to get a better look, the over-pressurization wave will hit the glass as you step toward the window, creating a shotgun burst of glass that would go right into your face and torso.
But even if you avoid the glass exploding, you need to deal with your own injuries from over-pressurization and radiation while also fighting fires in your local area and rendering medical aid. If you fail to do first aid on yourself and those around you, you’ll all likely die of wounds. And fires are a real possibility, especially if there are dark surfaces or flammable debris where you are.
Now, one good thing about a strike against U.S. military facilities is that many of America’s nuclear platforms were intentionally built far from population centers to reduce civilian casualties in a war. So, while D.C. is obviously a major city where hundreds of thousands would die in a strike, Kings Bay has about 60,000 people living on and near the base. Still a catastrophe, but at least a numerically smaller one.
Still, hundreds of thousands would die and dozens of U.S. nuclear bombers, submarines, and missiles would be wiped out, limiting our response capabilities. And all of that is with just one enemy submarine. Multiple submarines or submarines paired with jet or missile attacks would be even worse.
We would be devastated, for sure. But the reason that Russia would never even hope to conduct an attack like this is simple: Even if they were able to cripple the submarine base at King’s Bay, the Air Force bases in the Midwest, and the command and control at the Pentagon, America keeps nuclear submarines from King’s Bay on patrol. So, our response capability would be limited after an attack, but it’s nearly impossible to eliminate the capability all at once.
And those ballistic missile submarines are extremely resilient. If America were attacked, it would be the job of these submarines to retaliate, unleashing their own massive payloads of missiles against Russian targets with similar results. If four or five were on patrol, which is fairly standard, they could send dozens of nuclear missiles against Russian targets, causing even more devastation there than we suffered here.
While the nightmare can be scary (but also cathartic) to think about, it’s important to remember that it’s just a nightmare. The U.S. military maintains a robust nuclear deterrent to keep anyone from actually going through an attack like this. And our submarines, as well as the slightly less survivable bombers and missiles, ensure that no enemy could launch such an attack without losing their own country in the process.
As the Marine Corps continues its quest to get more capability from long-range precision fires, it’s asking industry for proposals on a portable system that can fire high-tech attack and reconnaissance drones on the go.
The service released a request for proposals April 23, 2018, describing a futuristic system unlike any of its existing precision-fires programs.
The theoretical weapons system, which the Corps is simply calling Organic Precision Fire, needs to be capable of providing fire support at distances of up to 60 kilometers, or more than 37 miles, according to the RFP document.
This range would exceed that of the M777 155mm howitzer, which can fire Excalibur rounds up to 40 kilometers, or around 25 miles.
(Photo by Gertrud Zach)
The system, which ideally would be light enough for just one Marine to carry, would launch loitering munitions from a canister or tube no larger than 10 inches across and eight feet long. The projectile would be able to loiter for up to two hours, according to the solicitation, while gathering data and acquiring a target
Loitering munitions, known informally as suicide or kamikaze drones, are unmanned aerial vehicles, typically containing warheads, designed to hover or loiter rather than traveling straight to a target. They’re becoming increasingly common on the battlefield.
The California-based company AeroVironment’s Switchblade loitering munition is now in use by the Marine Corps and Army. It is described as small enough to fit inside a Marine’s ALICE pack. The Blackwing UAV, also made by AeroVironment, is tube-launched, but designed to perform intelligence, surveillance and reconnaissance, rather than to attack.
The Marines want whoever can make the system they seek to give it the ability to communicate securely with a ground control system at a distance of up to 60 kilometers. It should also be advanced enough to perform positive identification on a target, and engage and attack a range of targets including personnel, vehicles and facilities.
Companies have until May 18, 2018, to submit proposals to the Marine Corps on such a system.
Service leaders have publicly said they’re planning to make big investments in the field of long-range precision fires as they prepare for future conflicts.
The commanding general of Marine Corps Combat Development Command, Lt. Gen. Robert Walsh, told Military.com in December 2017, that the service was making decisions to divest of certain less successful weapons systems in order to shift more resources to developing these capabilities. The service had already done so, he said, with its 120mm towed mortar system, the Expeditionary Fire Support System.
“We made that decision to divest of it, and we’re going to move that money into some other area, probably into the precision fires area,” Walsh told Military.com. “So programs that we see as not as viable, this [program objective memorandum] development that we’re doing right now is to really look at those areas critically and see what can we divest of to free money up to modernize.”
This article originally appeared on Military.com. Follow @military.com on Twitter.
Employees’ brain waves are reportedly being monitored in factories, state-owned enterprises, and the military across China.
The technology works by placing wireless sensors in employees’ caps or hats which, combined with artificial intelligence algorithms, spot incidents of workplace rage, anxiety, or sadness.
Employers use this “emotional surveillance technology” by then tweaking workflows, including employee placement and breaks, to increase productivity and profits.
At State Grid Zhejiang Electric Power in the southeast city of Hangzhou, company profits jumped by $315 million since the technology was introduced in 2014, an official told the South China Morning Post.
Cheng Jingzhou, the official who oversees the company’s program, said “there is no doubt about its effect,” and brain data helps the 40,000-strong firm work to higher standards.
According to the SCMP, more than a dozen businesses and China’s military have used a different programme developed by the government-funded brain surveillance project Neuro Cap, based out of Ningbo University.
“They thought we could read their mind. This caused some discomfort and resistance in the beginning,” Jin Jia, a professor of brain science at Ningbo University told the Post.
“After a while they got used to the device… They wore it all day at work.”
Jin also said that employees’ brainwaves can be enough for managers to send them home.
“When the system issues a warning, the manager asks the worker to take a day off or move to a less critical post. Some jobs require high concentration. There is no room for a mistake.”
Another type of sensor, built by technology company Deayea, is reportedly used in the caps of train drivers on the high-speed rail line between Beijing and Shanghai. The sensor can even trigger an alarm if a driver falls asleep.
The US Army is developing precision-guided 155mm rounds that are longer range than existing shells and able to conduct combat missions in a GPS-denied war environment.
The Precision Guidance Kit Modernization (PGK-M) is now being developed to replace the standard PGK rounds, which consist of an unguided 155 round with a GPS-fuse built into it; the concept with the original PGK, which first emerged roughly 10 years ago, was to bring a greater amount of precision to historically unguided artillery fire.
Now, Army developers with the Army’s Program Executive Office Ammunition at Picatinny Arsenal are taking the technology to a new level by improving upon the range, accuracy, and functionality of the weapon. Perhaps of greatest importance, the emerging PGK-M shell is engineered such that it can still fire with range and accuracy in a war environment where GPS guidance and navigation technology is compromised or destroyed.
The emerging ammunition will be able to fire from standard 155mm capable weapons such as an Army M777 lightweight towed howitzer and M109 howitzer.
“PGK-M will provide enhanced performance against a broad spectrum of threats. In addition, PGK-M will be interoperable with the Army’s new long-range artillery projectiles, which are currently in parallel development,” Audra Calloway, spokeswoman for the Army’s Picatinny Arsenal, told Warrior Maven.
BAE Systems is among several vendors currently developing PGK-M with the Army’s Defense Ordnance Technology Consortium. BAE developers say the kits enable munitions to make in-flight course corrections even in GPS-jammed environments.
(U.S. Army photo by Sgt. Jessica A. DuVernay)
“Our experience with munitions handling, gun launch shock, interior ballistics, and guidance and fire control uniquely positions us to integrate precision technology into the Army’s artillery platforms,” David Richards, Program Manager, Strategic Growth Initiatives for our Precision Guidance and Sensing Solutions group, BAE Systems, told Warrior Maven in a statement.
This technological step forward is quite significant for the Army, as it refines its attack technologies in a newly-emerging threat environment. The advent of vastly improved land-fired precision weaponry began about 10 years ago during the height of counterinsurgency warfare in Iraq and Afghanistan. GPS-guided 155m Excalibur rounds and the Army’s GPS and inertial measurement unit weapon, the Guided Multiple Launch Rocket System, burst onto the war scene as a way to give commanders more attack options.
Traditional suppressive fire, or “area weapons” as they have been historically thought of, were not particularly useful in combat against insurgents. Instead, since enemies were, by design, blended among civilians, Army attack options had little alternative but to place the highest possible premium upon precision guidance.
GMLRS, for example, was used to destroy Taliban leaders in Afghanistan, and Excalibur had its combat debut in the 2007, 2008 timeframe. With a CEP of roughly 1-meter Excalibur proved to be an invaluable attack mechanism against insurgents. Small groups of enemy fighters, when spotted by human intel or overhead ISR, could effectively be attack without hurting innocents or causing what military officials like to call “collateral damage.” PGK was initially envision as a less expensive, and also less precise, alternative to Excalibur.
The rise of near peer threats, and newer technologies commensurate with larger budgets and fortified military modernization ambitions, have created an entirely new war environment confronting the Army of today and tomorrow. Principle among these circumstances is, for example, China’s rapid development of Anti-Satellite, or ASAT weapons.This ongoing development, which has both the watchful eye and concern of US military strategists and war planners, underscores a larger and much discussed phenomenon – that of the United States military being entirely too reliant upon GPS for combat ops. GPS, used in a ubiquitous way across the Army and other military services, spans small force-tracking devices to JDAMs dropped from the air, and much more, of course including the aforementioned land weapons.
(U.S. Navy photo by Mass Communication Specialist Seaman Apprentice Veronica Mammina)
Advanced jamming techniques, electronic warfare and sophisticated cyberattacks have radically altered the combat equation – making GPS signals vulnerable to enemy disruption. Accordingly, there is a broad consensus among military developers, and industry innovators that far too many necessary combat technologies are reliant upon GPS systems. Weapons targeting, ship navigation, and even small handheld solider force-tracking systems all rely upon GPS signals to operate.
Accordingly, the Army and other services are now accelerating a number of technical measures and emerging technologies designed to create what’s called Position, Navigation and Timing (PNT), or GPS-like guidance, navigation and targeting, without actually needing satellites. This includes ad hoc software programmable radio networks, various kinds of wave-relay connectivity technologies and navigational technology able to help soldiers operate without GPS-enabled force tracking systems.
At the same time, the Army is working with the Air Force on an integrated strategy to protect satellite comms, harden networks, and also better facilitate joint-interoperability in a GPS-denied environment.
The Air Force Space strategy, for instance, is currently pursuing a multi-fold satellite strategy to include “dispersion,” “disaggregation” and “redundancy.” At the same time, the service has also identified the need to successfully network the force in an environment without GPS. Naturally, this is massively interwoven with air-ground coordination. Fighters, bombers and even drones want to use a wide range of secure sensors to both go after targets and operate with ground forces.
The Air Force Research Laboratory (AFRL) is working with industry to test and refine an emerging radiofrequency force-tracking technology able to identify ground forces’ location without needing to rely upon GPS.
Given all this, it is by no means insignificant that the Army seeks guided rounds able to function without GPS. Should they engage in near-peer, force-on-force mechanized ground combat against a major, technologically advanced adversary, they may indeed need to launch precision attacks across wide swaths of terrain – without GPS.
Finally, by all expectations, modern warfare is expected to increasingly become more and more dispersed across wider swaths of terrain, while also more readily crossing domains, given rapid emergence of longer range weapons and sensors.
This circumstance inevitably creates the need for both precision and long-range strike. As one senior Army weapons developer with PEO Missiles and Space told Warrior Maven in an interview — Brig. Gen. Robert Rasch — …”it is about out-ranging the enemy.”
Emergency stroke care for veterans continues to improve thanks to the expansion of VA’s National Telestroke Program, one of the first nationwide telestroke programs in the world.
The program was launched in 2017 to improve veteran access to stroke specialists.
“In just two short years, the VA National Telestroke Program has grown to provide acute stroke services in over 30 VA medical centers from coast to coast,” said Dr. Glenn Graham, VHA Deputy National Director of Neurology. “We’ve built an extraordinary team of over 20 stroke neurologists across the United States, united in their passion to improve the care of veterans in the first hours after stroke.
“We’ve developed new technological tools dedicated to the task, such as the Code Stroke mobile app, and have improved the consistency and quality of stroke care in VHA nationally.”
Stroke is the fifth leading cause of death in the United States and the leading cause of serious long-term disability. When it comes to stroke, time is brain! During a stroke, 1.9 million brain cells die every minute. Delaying treatment one-hour ages the brain 10 years.
Telestroke go-live training at the Las Vegas VA Medical Center.
Treatment of stroke with a clot-busting drug reverses the effects of a stroke and reduces long-term disability. Having a stroke neurologist readily available to guide treatment improves outcomes for stroke patients. However, emergency access to a stroke neurologist 24/7/365 is often limited. Telestroke solves this problem by using technology to bring a stroke neurologist to a patient’s bedside anywhere in the country in seconds.
In minutes, stroke victim talking to neurologist via video
The VA program uses an innovative approach to providing services by using low-cost, highly-reliable commercial technology: iPads. When a patient has stroke symptoms, the telestroke neurologist initiates a FaceTime video call to the iPad at the patient’s bedside and has a live conversation with the patient, caregiver, and on-site providers. The neurologist examines the patient, reviews the medical record, and guides treatment.
In the first two years of operation, the program has conducted over 1,000 emergency consults and feedback has been overwhelmingly positive. “Specialty doctors, really good ones, are not able to be in every place at every time. We had a way to connect the doctor with me when I needed it,” said one veteran.
The program has attracted stroke neurologists from around the country. “It’s the ability to serve veterans in a new way and to serve veterans that otherwise wouldn’t get that care, bringing a new service to those areas. It’s been really gratifying,” said a VA telestroke neurologist.
VA doctor survives stroke with help of VA Telestroke program he helped put in place.
The reach of the program will extend beyond VA with the upcoming worldwide release of the Code Stroke App. The VA-developed app scheduled for release this summer will be free to users worldwide. The app is designed to be used during a stroke code to reduce time-to-treatment by providing real-time information to all team members regardless of location.
“The Code Stroke app focuses on accelerating the episode of acute care by organizing and managing the repetitive aspects of care while providing decision support, structured interaction between neurologist and ICU/ER staff, and automatic documentation,” said William Cerniuk, Director of VA’s Mobile Program.
Need for quick expert decision is critical
“While our initial focus was on small, rural VA medical centers with little or no specialty care in neurology, it is clear that even large, urban VA hospitals can benefit from participating in the VA Telestroke Program,” said Dr. Graham. “This is really no surprise, as with the increase in stroke treatment options, the need for expert decision making at the bedside and without delay is greater than ever. I can imagine a time when all VAs not having a resident or attending neurologists in the hospital at all times will use telestroke to fill these gaps. There is much exciting room for growth, and much important work to be done.”
Call 9-1-1 right away if you or someone you are with shows any signs of a stroke, such as the abrupt onset of weakness, numbness, vision loss, difficulty speaking or understanding, or loss of coordination. Act FAST!
This article originally appeared on VAntage Point. Follow @DeptVetAffairs on Twitter.
The Lenco BearCat (Ballistic Engineered Armored Response Counter Attack Truck) is one of the most versatile armored vehicles on the market. It’s size, armor, and various configurations make it perfect for hostile urban environments.
Case in point is the BearCat’s use to rescue victims from the ISIS-inspired terror attack at Pulse nightclub in Orlando, FL. — the deadliest mass shooting on U.S. soil. The vehicle was used as a battering ram to breach the side of the building to rescue patrons hiding in the bathroom, according to USA Today.
While its use during the Ferguson unrest was considered heavy-handed by many observers, the vehicle’s use in Orlando saved lives, rekindling the debate about whether or not police enforcement should have military grade gear in its arsenal.
Despite the excessive force debate, there’s no question about the BearCat’s effectiveness. It’s designed to withstand small arms, explosives, and IEDs. It’s primarily used to transport people to and from hostile situations and assist with the recovery and protection of victims during terrorist attacks, hostage situations, and riots.
The battering ram attachment is ideal for breaching walls.
But it could also be used to smoke out the bad guys from a building.
It can transport and protect up to ten people in the rear passenger bay.
It provides excellent fire cover.
In 2012, Jay Leno visited the LAPD S.W.A.T. office to film an episode of “Jay Leno’s Garage” featuring the Lenco BearCat. During the episode, Leno takes viewers inside and out of the revolving turret, under the hood, and a test ride.
Best attack helicopter in the world? America built the first dedicated attack helicopter, the AH-1, and variants of it are still flying. So maybe that one? Or perhaps the MH-47s from Vietnam, highly modified cargo helicopters loaded with guns? Or America’s premiere, the AH-64 Apache, which can be equipped with air-to-air missiles? They’re all great, but there’s a surprisingly strong case for Russia’s Ka-52.
The navalized Ka-52K has folding rotor blades and can carry an anti-ship missile capable of taking out tanker ships.
(Anna Zvereva, CC BY-SA 2.0)
The Ka-52, in a nutshell, is an attack helicopter with a top speed of 196 mph, an 18,000-foot ceiling, and a 683-mile range. It can carry a few kinds of anti-tank missiles, an anti-aircraft missile, 80mm unguided rockets, and a 30mm main gun. It can also carry a dedicated anti-ship missile, the Kh-35 in its Uran configuration.
And a few of those stats make the Ka-52 seem way better than the Apache or other attack helicopters on paper. For one, the Ka-52’s anti-tank missiles can penetrate slightly deeper than the Apache’s Hellfire missile. Missiles are generally measured these days by how much armor they can pierce after getting past the explosive armor on an enemy tank.
The Hellfire can pierce a reported 800mm of armor by that measurement. But the Ka-52’s ATAKA can tear through 950mm, and the Vikhr can pierce 1,000mm of armor. But the Ka-52’s engines and wing mounts are limited, and so it can carry only 12 missiles against the Apache’s 16.
But the Hellfire’s penetration is still enough to pierce most any tank the Army is going to fly against, and its almost 5-mile range is much better than the ATAKA can do, but admittedly a little shorter than Vikhr which can fly almost 7.5 miles, reportedly.
An armament diagram shows the weapons the Ka-52 can carry. Those last two diagrams under the center hardpoints of each wing are the missile racks. The helicopter can carry up to six anti-tank missiles from each of the two center hardpoints for a total of 12.
(KPoJluK2008, CC BY-SA 3.0)
So the anti-tank situation is basically a wash. Ka-52 has the edge if you need to penetrate some seriously hardened structures like good bunkers or kill stuff from further away, but the Apache can kill 33 percent more stuff with its missile armament than the Ka-52 can.
The Ka-52 does have one clear missile advantage in that it can carry a dedicated anti-ship missile, the KH-35. The Hellfire and its 16-pound warhead can be pressed into anti-ship service, but the Kh-35 has a much larger warhead at 320 pounds and an obscenely longer range at 80 miles. Basically, the Hellfire can take out small craft at short ranges, but a Kh-35 launched from Richmond, Virginia, can take out a tanker floating in Norfolk’s harbor.
Another small point in the Ka-52’s favor is that its rockets are a bit larger at 80mm instead of 70mm.
So you can give an armament edge to the Ka-52, and it is slightly faster at 186 mph instead of 173. But the Apache can fly 1,180 miles in straight and level flight against a mere 683 for the Ka-52. And it can fly higher, reaching 21,000 feet while the Ka-52 runs out of air at just over 18,000 feet.
And that 3,000-foot change can make a big difference in places like Afghanistan, but it also means that Apaches could protect American soldiers on Russia’s Mount Elbrus while the Ka-52 flitted uselessly well below.
So, yeah, the Ka-52 is a great helicopter. It can carry a wide range of weapons, it’s fast, and it has a decent range and flight ceiling. And if you ever have to fly against it or fight under it, watch out. Especially if you’re on a boat within 80 miles. It’s easy to see why the Ka-52 takes the top spot in a lot of lists.
But in most missions most of the time, the Apache is better. Oh, and the newest Apaches can bring drone sidekicks to the fight, something Russia’s bird can’t do. So expect it to climb to most people’s top spots over the next few years.
And that’s without addressing the potential for an armed version of the SB-1 Defiant or V-280 Valor emerging from the Army’s Future Vertical Lift Program. If either of those gets armed in the coming decades, expect them to carry more weight, fly at higher altitudes, and faster speeds than any other attack helicopter in the world, with a flight range that’s equal to or better than what’s out there now.
Usually as planes get older, they become less capable. The Boeing B-52 Stratofortress has been a decided exception to that rule.
In fact, as it gets older it get even more deadly.
Part of this venerable bomber’s ascent to a new level of combat capability is new electronics. The short version: The B-52 is becoming “smarter” through the addition of the Combat Network Communication Technology package, or CONECT.
According to a 2014 Boeing release, CONECT allows a B-52 to use intelligence in real time on moving map displays, the re-targeting of weapons in flight, and also gives the BUFF a state-of-the-art computing network. This makes the B-52 a much more flexible asset, meaning ordnance doesn’t have to be brought back if the target is gone for one reason or another.
In 1965, the Air Force modified most of the B-52D versions of the Stratofortress to carry a lot of conventional bombs. The modifications increased the number of bombs from 27 to either 84 Mk 82 500-pound bombs or 42 750-pound M117 bombs. These bombers proved effective, first in the bombing missions in support of ground troops, then during Operation Linebacker II.
When the modification program is complete, the B-52H bombers in service will be able to carry a dozen missiles like the AGM-158 Joint Air-to-Surface Standoff Missile on the wing pylons and eight in the bomb bay. In essence, each B-52 will be able to carry 20 weapons, as opposed to 12 — that’s a 66 percent increase in targeting capability.
It means fewer sorties, and less strain on a force that has just turned 65 years old.
That’s not a bad thing. You can see a video about the upgrades to the B-52 below.
The Marine Corps released a request for information for industry input that identifies potential sources for a suite of hearing enhancement devices. The devices will protect Marines’ hearing while increasing their situational awareness in a variety of training and combat environments.
Marine Corps Systems Command will assess the systems to ensure they are compatible with Marine Corps radios and the Marine Corps Enhanced Combat Helmet, or ECH. Systems can be circumaural or intra-aural but must include versions that are both communications enabled and versions that are not communications enabled. Program Manager Infantry Combat Equipment at MCSC is considering options to purchase between 7,000 and 65,000 hearing enhancement devices within the next three years to be used in addition with the current Combat Arms Earplugs Marines wear.
“Marines have the earplugs and they do provide protection, but sometimes they choose not to wear them because they want to be aware of their surroundings at all times,” said Steven Fontenot, project officer for Hearing, Eye Protection and Loadbearing Equipment in PM ICE at MCSC. “The new headset we want to acquire will allow Marines to wear hearing protection, yet still provide the opportunity to communicate and understand what is going on around them.”
In February 2018, MCSC issued a sample of headsets to 220 infantry, artillery, reconnaissance and combat engineer Marines to ask their opinions on fit, form, function and comfort. Testing was conducted at the Air Force Research Laboratory and during live fire exercises with the Infantry Training Exercise 2018. Recon Marines also took headsets to Norway to conduct cold weather training and were pleased with the performance, Fontenot said.
Marines assigned to the 31st Marine Expeditionary Unit (31st MEU), Maritime Raid Force, check their weapons during a call-away drill in the hangar bay of the forward-deployed amphibious assault ship USS Essex (LHD 2).
(U.S. Navy photo by Mass Communication Specialist 3rd Class Adam M. Bennett)
“Marines wore the headsets throughout their regular training cycle to assess comfort and how well they integrated with the ECH,” said Fontenot. “We want to make sure the headset we acquire is rugged and capable of operating in a wide range of environments a Marine might encounter, from cold weather to extreme heat.”
In the future, MCSC will release new weapon systems that could potentially cause a greater risk to Marines’ hearing. To be prepared, PM ICE wants to ensure Marines ears are protected in advance.
“Most of the systems we’ve researched amplify the verbal and softer noises around the Marine, so they know what is going on while protecting against loud noises that could damage the ear,” said Nick Pierce, Individual Armor Team lead, PM ICE. “Although we conducted an initial evaluation, the latest technologies could yield something better in 2020, and there are always things we can improve upon from the systems that were tested, such as comfort and the ability to clearly pinpoint which direction sound is coming from.”
After industry information is gathered, MCSC’s PM ICE will conduct a larger evaluation with the hearing devices to test their compatibility with the ECH. MCSC could purchase quantities of hearing enhancement devices as early as fiscal year 2020.
Believe it or not, there is one gun very notable for having been taken by the United States Air Force to other planets. That said, it was only on TV.
The “Stargate” TV franchise — based on the 1994 movie featuring Kurt Russell — starred Richard Dean Anderson of “MacGyver” for its first eight seasons. The series was notable in having two separate Air Force Chiefs of Staff cameo as themselves, Gen. Michael Ryan in “Prodigy” and Gen. John Jumper in “Lost City, Part Two.”
The central premise around the series was that the Air Force had acquired a “stargate” that was set up in Cheyenne Mountain. The team led by Anderson’s character, SG-1, was pretty much carrying out a mission similar to of the Army Special Forces: building alliances with native populations.
The adventures eventually took SG-1 all the way across the galaxy and beyond, where they not only faced off against hostile nations, but also made contact with friendly aliens and acquired new technology.
And as is the case with special operations forces, SG-1 had gear that average grunts didn’t get their hands on — usually. In addition to all the alien tech, they did get some earth weapons, too. Notable among them was the P90 personal defense weapon from FN Herstal.
The P90 is a select-fire weapon that fires the 5.7x28m cartridge. It is a compact weapon with a 50-round magazine. The gun made its combat debut during Operation Desert Storm with Belgian special operations troops.
You can see a video about this PDW that has gone to other worlds below.