An animated video claiming to be a new U.S. military weapon concept to target T-90 and T-14 Armata tanks has gotten a lot of attention on the Internet. The video titled “US Military SNEAKY SURPRISE for T-90 Armata Tanks” was published on December 10, 2015, and has more than 1.2 million views on the popular YouTube channel ArmedForcesUpdate.
While cool in concept, we were more surprised by the video’s creators, RT News—Russia Today—who’s logo and spinning globe appear at 3:16 of the video. The video’s animation, music and naming convention is also strikingly similar to the Russian transformer video WATM published in November 2015 called “Russian military NASTY SURPRISE in a box for US Military.” RT is a Russian government-funded television network directed to audiences outside of its federation. The network is based out of Moscow and broadcasts around-the-clock programming in different languages across the world.
It’s unclear why would Russian state media make a video destroying its new main battle tank. In the meantime, check out the video. (Russia paid good money for it.)
The first all-electric configuration of NASA’s X-57 Maxwell now is at the agency’s Armstrong Flight Research Center in Edwards, California.
The X-57, NASA’s first all-electric experimental aircraft, or X-plane – and the first crewed X-plane in two decades – was delivered by Empirical Systems Aerospace (ESAero) of San Luis Obispo, California on Wednesday, Oct. 2, 2019, in the first of three configurations as an all-electric aircraft, known as Modification II, or Mod II.
The X-57’s Mod II vehicle features the replacement of traditional combustion engines on a baseline Tecnam P2006T aircraft, with electric cruise motors. The delivery is a major milestone for the project, allowing NASA engineers to begin putting the aircraft through ground tests, to be followed by taxi tests and eventually, flight tests.
“The X-57 Mod II aircraft delivery to NASA is a significant event, marking the beginning of a new phase in this exciting electric X-plane project,” said X-57 Project Manager Tom Rigney. “With the aircraft in our possession, the X-57 team will soon conduct extensive ground testing of the integrated electric propulsion system to ensure the aircraft is airworthy. We plan to rapidly share valuable lessons learned along the way as we progress toward flight testing, helping to inform the growing electric aircraft market.“
While X-57’s Mod II vehicle begins systems validation testing on the ground, efforts in preparation for the project’s following phases, Mods III and IV, are already well underway, with the recent successful completion of loads testing on a new, high-aspect ratio wing at NASA Armstrong’s Flight Loads Laboratory. Following completion of tests, the wing, which will be featured on Mods III and IV configurations, will undergo fit checks on a fuselage at ESAero, ensuring timely transition from the project’s Mod II phase to Mod III.
“ESAero is thrilled to be delivering the MOD II X-57 Maxwell to NASA AFRC,” said ESAero President and CEO Andrew Gibson. “In this revolutionary time, the experience and lessons learned, from early requirements to current standards development, has the X-57 paving the way. This milestone, along with receiving the successfully load-tested MOD III wing back, will enable NASA, ESAero and the small business team to accelerate and lead electric air vehicle distributed propulsion development on the MOD III and MOD IV configurations with integration at our facilities in San Luis Obispo.”
Artist’s concept of NASA’s X-57 Maxwell aircraft.
A goal of the X-57 project is to help develop certification standards for emerging electric aircraft markets, including urban air mobility vehicles, which also rely on complex distributed electric propulsion systems. NASA will share the aircraft’s electric-propulsion-focused design and airworthiness process with regulators and industry, which will advance certification approaches for aircraft utilizing distributed electric propulsion.
The X-57 team is using a “design driver” as a technical challenge, to drive lessons learned and best practices. This design driver includes a 500% increase in high-speed cruise efficiency, zero in-flight carbon emissions, and flight that is much quieter for communities on the ground.
The X-57 project operates under the Integrated Aviation Systems Program’s Flight Demonstrations and Capabilities project, within NASA’s Aeronautics Research Mission Directorate.
This article originally appeared on NASA. Follow @NASA on Twitter.
According to a report by the New York Post, the troops have taken to calling their new helmets “Boba Fett” helmets, after the famous bounty hunter who first appeared in “The Empire Strikes Back” in 1980. The helmets are already used by special operations personnel in the United States, including Navy SEALs and Delta Force.
The new helmets feature protection against a number of small arms rounds (up to Dirty Harry’s favorite, the .44 Magnum), infra-red goggles for night operations, communications technology, and a GPS system that can project a map for the operator.
However, the helmets in question aren’t new — or at least, they had been widely used in a very different sector than the military. According to PopularAirsoft.com, the Ronin had been a highly sought-after mask used by people involved in Airsoft, an action sport in which participants use guns that fire 6mm BBs made of hard plastic at speed of 350 to 500 feet per second. The guns in question are replicas of actual firearms like the M9 pistol and M4 carbine.
Best left unsaid is just what happened to Boba Fett in “Return of the Jedi.” Hopefully, special operations troops will fare better than the most famous bounty hunter in the Star Wars movies. I mean, taken out by a blind guy is a pretty embarrassing way to go.
Air Force experts and researchers now argue that, when it comes to the prospect of major power warfare, the service will need higher-tech, more flexible and more powerful bombs to destroy well fortified Russian and Chinese facilities.
“There is now a shift in emphasis away from minimizing to maximizing effects in a high-end fight. Requirements from our missions directorate say we continue to have to deal with the whole spectrum of threats as we shift to more of a near-peer threat focus. We are looking at larger munitions with bigger effects,” Dr. John S. Wilcox, Director of Munitions for the Air Force Research Laboratory (AFRL), said recently at the Air Force Association Annual Conference.
While the Air Force is now moving quickly to engineer new bombs across a wide range of “adjustable” blast effects to include smaller, more targeted explosions, exploring 2,000-pound bomb options engineered for larger attack impacts are a key part of the equation.
The principle concept informing the argument, according to Air Force weapons experts, is that variable yield munitions, and certain high-yield bombs in particular, are greatly needed to address a fast-changing global threat calculus.
While Wilcox did not specify a particular country presenting advanced threats, as is often the case with Air Force weapons developers, several senior former service officers cited particular Russian and Chinese concerns in a recent study from The Mitchell Institute.
“The Russians and Chinese, in particular, have observed American warfighting strategies over the last several decades and have sought to make their valued military facilities especially difficult to destroy. US commanders involved in future scenarios with these two potential adversaries may find themselves requiring exceedingly powerful munitions to eliminate these types of targets,” the study, called “The Munitions Effects Revolution,” writes.
(U.S. Air Force photo by Senior Airman Brett Clashman)
Developers make the point that fast-changeable effects need to present Air Force attackers with a “sniper-like” precision air attack as well as massive attacks with expanded “energetics” and more destructive power. To reinforce this point, Wilcox explained that counterterrorism, counterinsurgency or pinpointed attack requirements — and “high-yield” warzone weapons — will all be essential moving forward.
“We will continue to deal with violent extremist organizations,” Wilcox said.
Dialable Effects Munitions
The technical foundation for this need for more “variable yield” effects is lodged within the widely-discussed fact that bomb-body advances have not kept pace with targeting technology or large platform modernization.
“The bomb body, a steel shell filled with explosive material, is relatively unchanged across the past 100 years. But some elements of modern munitions have significantly evolved — particularly guidance elements. Munition effects — the destructive envelope of heat, blast, and fragmentation — remain essentially unchanged” the report, co-authored by By Maj Gen Lawrence A. Stutzriem, (Ret.) and Col Matthew M. Hurley, (Ret.) writes.
Specifically, the report explains that attack platforms such as a Reaper drone or fighter jet are all too often greatly limited by “fixed explosion” settings and weapons effects planned too far in advance to allow for rapid, in-flight adjustments.
An excerpt from the report:
Investment in munition bomb bodies, key components that govern the nature of an actual explosion, has yielded limited incremental improvements in concept, design, and manufacturing. However, the essential kinetic force—the “boom”—is relatively unchanged. Given a rise in real-world demand for more varied explosive effects, it is time for the Air Force to consider new technologies that can afford enhanced options
Time-sensitive targeting driven by a need for fast-moving ISR is also emphasized in the Mitchell Institute study, according to Wilcox.
Wilcox explained that emerging weapons need to quicken the kill chain by enabling attack pilots to make decisions faster and during attack missions to a greater extent.
“The bomb body, minus the guidance unit is relatively unchanged. A 500-pound bomb body flown in 1918 is now being dropped by the F-35 — with a fixed explosive envelope,” Stutzriem writes. “Once weapons are uploaded and aircraft are airborne, fuse flexibility is usually limited and sometimes fixed.”
For instance, the report cites a statistic potentially surprising to some, namely that Air Force F-15s during periods of time in Operation Inherent Resolve, were unable to attack as much as 70-percent of their desired targets due to a lack of bomb-effect flexibility.
Air Force weapons developers are accelerating technology designed to build substantial attack flexibility within an individual warhead by adjusting timing, blast effect, and detonation.
This, naturally, brings a wide range of options to include enabling air assets to conduct missions with a large variation of attack possibilities, while traveling with fewer bombs.
“We want to have options and flexibility so we can take out this one person with a hit to kill munition crank it up and take out a truck or a wide area,” Col. Gary Haase, Air Force Research Laboratory weapons developer, told Warrior Maven and a reporter from Breaking Defense in an interview at AFA.
A dozen 2,000-pound joint direct attack munitions.
(U.S. Air Force photo by Tech. Sgt. James Hodgman)
Hasse explained “multi-mode energetics” as a need to engineer a single warhead to leverage advanced “smart fuse” technology to adjust the blast effect.
He described this in several respects, with one of them being having an ability to use a targeted kinetic energy “hit-to-kill” weapon to attack one person at a table without hurting others in the room.
Additionally, both Stutzriem and Hasse said building weapons with specific shapes, vectors and sizes can help vary the scope of an explosive envelope. This can mean setting the fuse to detonate the weapon beneath the ground in the event that an earth penetrating weapon is needed — or building new fuses into the warhead itself designed to tailor the blast effect. These kinds of quick changes may be needed “in-flight” to address pop-up targets, Hasse explained.
“We are looking at novel or unique designs from an additive manufacturing perspective, as to how we might build the energetics with the warhead from a combination of inert and explosive material depending upon how we detonate it,” Hasse told Warrior Maven.
The emerging technology, now being fast-tracked by the AFRL, is referred to as both Dialable Effects Munitions and Selectable Effects Munitions.
A high-impulse design allows a single round to have the same effect against a structure as four to five Mk-82s, the Mitchell Institute report says.
“We are talking about the explosive envelope itself, which is a combination of heat, blast and fragmentation,” Stutzhiem said.
This article originally appeared on Warrior Maven. Follow @warriormaven1 on Twitter.
The U.S. Air Force for months has been working to redesign gear and flight suits used by female pilots after many years of ill-fitting equipment.
But why stop there? It’s also updating current flight suit and gear designs to improve comfort and ease of wear, according to officials working on the project. At the same time, officials want to streamline and expedite the process of shipping these uniforms and support gear anywhere across the world to meet a unit’s requirement.
Since his tenure in the Air Force, Chief of Staff Gen. David Goldfein has called for improved, better-fitting uniforms — not only for comfort, but also for safety.
“We have women performing in every combat mission, and we owe it to them to have gear that fits, is suited for a woman’s frame and can be [worn] for hours on end,” Goldfein told reporters at a Defense Writers Group in Washington, D.C. last year.
Capt. Lauren Kram, assigned to the 13th Bomb Squadron, poses for a portrait on Feb. 19, 2019.
(U.S. Air Force photo by Staff Sgt. Kayla White)
Officials have been eager to create and field uniforms and flight equipment with better fit and performance, and make them more readily available for female aircrew, said Maj. Saily Rodriguez, the female fitment program manager for the human systems program office.
The problem for decades has been limited sizes, which has resulted in female airmen tailoring their own flight suits, or just wearing a suit too tight or too loose.
Rodriguez and her team have been tasked to “specifically … look at how the female body is shaped,” with a goal of “tailoring that flight suit to be able to accommodate the female shape,” she said in an interview with Military.com Thursday.
The project was launched within the Air Force Lifecycle Management Center, with Rodriguez focused on the female perspective for better-fitted uniforms and gear.
“Everything that touches an aircrew member’s body, we manage in the program office,” she said. That includes everything from flight vests; G-suits, which prevents the loss of consciousness during high levels of acceleration or gravity pressure; helmets; boots; and intricate gear such as bladder relief apparatus.
Participants of the Female Flight Equipment Workshop demonstrate the issues women face with the current survival vests at AFWERX Vegas, Las Vegas, Jan. 30, 2019.
(U.S. Air Force photo by Airman 1st Class Bailee A. Darbasie)
Beyond female flight equipment, the office is gearing up for improved uniforms and devices for all.
“We’re going to be adding on what’s called the ‘combat-ready airman,'” Rodriguez said, “which is going to look at more roles than just aircrew members to ensure that those airmen, men and women, are being outfitted in standardized uniforms as well, that suit their need to be able to properly do their duties they’re assigned.”
Officials are still defining what a ‘combat-ready airman’ is, but the term eventually will “encompass the larger Air Force” beyond aviators, she said. As an example, work has begun on better-fitting vests for female security forces airmen.
“It all comes down to making sure that airmen have gear that they can use and … perform their missions,” Rodriguez said.
Getting uniforms Amazon-quick
On the shipment management side, leaders are using the Battlefield Airmen Rapid Resource Replenishment System, or BARS, a central equipment hub that sorts various gear and can ship the clothing directly to airmen across the globe.
An HH-60G Pave Hawk helicopter, assigned to the 66th Rescue Squadron, flies during training on Nellis Air Force Base, Nevada, Feb. 22, 2018.
(U.S. Air Force photo by Kevin Tanenbaum)
“BARS is a cloud-based software program … with [an additional] inventory control,” Depoy told Military.com. The program has been around a little over a year, he added.
The internal system, created and hosted by Amazon, gives individuals the authority to head to a computer and mark what they need and have it shipped over — with the proper military approvals, Depoy said.
“There is a checkpoint, but if they need something, they can go in and order it, and those items are on the shelf,” he said.
The items are stored and managed by the Air Force at the Naval Surface Warfare Center in Crane, Indiana.
Unlike in years past where it could take months to get gear overseas, it now takes between a few days and a few weeks, depending on the location, Depoy said.
The goal now is to speed up the existing process for men’s gear, and implement a similar one for female flight suits.
“BARS is an existing system, but I’m currently adding our ACC female aviators into the system,” said Shaunn Hummel, the aircrew flight equipment program analyst at Air Combat Command’s A3TO training and operations office.
Lately, Hummel has been working to add female flight suits, jackets, boots and glove to the list of available gear in the system. His job is to work with the Defense Logistics Agency to appropriately stock facilities so airmen can access items via BARS.
In September 2018, ACC made a bulk buy of roughly id=”listicle-2635292502″ million worth of these items, Hummel said.
Capt. Christine Durham (left), Pilot Training Next instructor pilot, gives a briefing to her students prior to a training mission at the Armed Forces Reserve Center in Austin, Texas, Feb. 5, 2019.
(U.S. Air Force photo by Sean M. Worrell)
“We’re working with DLA to try and decrease the lead time and increase productivity for the manufacturing of these suits,” Hummel said April 16, 2019. Female flight suits “are not manufactured all the time until there is a consistent demand of them.”
Hummel explained there are 110 different flight suits — between the “women” category, for curvier women, and the “misses” category, for those with slimmer builds — and they also have different zipper configurations.
Zippers have been a problem for men as well as women. Very tall or very short airmen may find their zippers ill-placed to relieve themselves conveniently, the service said in a recent release.
“We’re making sure we’re using data … to assess what are the sizes we need to get women outfitted” by cross-referencing stockpiles through the various offices, Rodriguez added.
Right now, the teams are working together to get more feedback on how the programs are working, and what else could be done to improve standard gear to keep pilots and aircrew safe in flight.
The service has held several collaborative “Female Flight Equipment Workshops,” the release said.
Rodriguez said it wants more airmen speaking up.
“We have an effort underway looking at how we can streamline feedback from the user … so that we can use it when we’re looking for improvements in the future,” she said.
This article originally appeared on Military.com. Follow @militarydotcom on Twitter.
There’s going to be sequel to “Top Gun” that brings back Tom Cruise as Maverick, but comedian/actor (and Marine veteran) Rob Riggle wants a shot to be in the movie.
With a pretty hilarious “audition” video shot last year for Funny or Die, we say he definitely needs a role. So what if “Top Gun 2” is going to be about drone warfare, Riggle would be way better than “Goose.”
Gotta love the callsign he ends up with: “Ringtone.”
The Make-A-Wish Foundation teamed up with the crew of the USS Harry S. Truman (CVN-75) to grant Peter, a 16-year-old cancer survivor, his wish to become a Navy pilot for a day.
“Since fourth or fifth grade I wanted to be a naval aviator,” said Peter, in a video produced by the U.S. Navy. “We live within twenty miles of Annapolis and so you have the Naval Academy there, everyone is a Navy fan.”
He didn’t know what to expect when he learned that he was going to be on an aircraft carrier. Little did he know that he would be traveling by air and landing on its deck. Peter got the Navy’s V.I.P. treatment and did way more than he could imagine.
No military aircraft – past or present – can beat the altitude and airspeed performance of the SR-71 Blackbird.
It’s design and performance evolved out of necessity: “We had a need to know what was going on in other countries,” Jeff Duford, a historian at the National Museum of the US Air Force, said. “And the way that we were going to do that was having a photographic aircraft that could fly very high and very fast. And much faster than the U2, which proceeded it. The SR-71 was that answer for the US Air Force and for the United States.”
Here’s the remarkable story of the SR-71 in a 3 minute mini-doc:
There is a proverbial 800-pound gorilla that the United States Army is facing. Well, more like 110 pounds. That’s the weight some soldiers have to haul on their backs. And it’s a big problem.
“We [now] have Soldiers in their late teens and early 20s and they’re getting broken sometimes in training before they see a day in combat,” Zac Wingard, a mechanical engineer for the Army Research Laboratory’s Weapons and Materials Research Directorate, was quoted in an Army release as saying during the Association of the United States Army’s Global Force Symposium.
How to prevent this? One solution is to give the troops a third arm. Yeah, you read that right. The Army Research Lab has a prototype third arm for troops that will hang off their body armor.
The device, which weighs about 4 pounds, is currently in testing at the Aberdeen Proving Grounds. Currently, the third arm is being used to help re-direct the weight of weapons, currently M4 carbines, onto a soldier’s body.
“With this configuration right now, we can go up to 20 pounds and take all of that weight off of the arms,” mechanical engineer Dan Baechle said.
During the testing, troops have been wearing sensors to determine how much muscle activity is occurring. Eventually this system could be used with other weapons, like the M249 Squad Automatic Weapon or the M240B machine gun. But it might not end there – troops could be able to carry more powerful systems, since the recoil won’t be directly impacting them.
“We could potentially look at very high recoil systems that aren’t going to beat up on the soldier like they normally would,” Baechle said. There are also application for other tactical needs, like shooting around corners, close-quarters combat, and other fighting techniques.
But it might not just be about helping to shoot a weapon. Troops could also use the third arm to hold shields or keep a weapon ready while using other tools to breach barricades.
That said, before this system goes into the field, they will try to make sure it can be rugged enough to handle whatever the battlefield throws at it.
The Pentagon’s funding of MIT’s “beerbots” is getting some attention lately. Congress, reasonably, has posed the question of, “Why is the Pentagon researching beer delivery robots, especially while hotels and bars are already deploying robot bartenders?”
Well, the answer is a little more logical than you might think. So, Alexa, crack open a cold one and let’s talk about beerbots.
Waiters that are part of MIT’s “beerbot” program go into an office to work with humans.
First off, we think it’s awesome that Congress accepted the possibility that the military was researching beer-delivery robots in order to distribute cold beers more cheaply (and was seemingly okay with it so long as it wasn’t redundant). That being said, the actual MIT program is focused on figuring out how to get robots to best coordinate their actions in uncertain environments, something that could prove vital for everything from future hospitals to underground fighting.
See, MIT was building a system of cooperative robots, robots which could communicate with each other and share sensor data and other observations to work more efficiently. When they designed a complex, real-world situation to test them in, one obvious angle was to have them serve drinks in an office. And, surprise, the drink that graduates students want is beer.
And so, the “beerbots” were born. There’s a “PR2” robot that picks up drinks and places them in coolers which are carried by the “turtle bots,” and the turtle bots act as waiters. The turtle bots move from room to room, taking orders and either filling the orders or marking that the room has no orders.
And here’s the key part: The robots share their data with each other. The PR2 doesn’t know what orders are placed until the turtles get close, and the turtles rely on each other to map out routes and obstacles and to share drink orders to figure out the most efficient path to fill them.
Soldiers with the 1st Battalion, 6th Infantry Regiment, take part in an Army Asymmetric Warfare Group program designed to improve military tactics, techniques, and procedures while fighting underground.
(U.S. Army photo by Lt. Col. Sonise Lumbaca)
This is actually a complex logic problem for the bots when they also have to deal with humans moving from room to room and constantly creating and changing obstacles in the office.
And this is basically the starter level for robots that could help humans on battlefields of the future. Take subterranean warfare, an area so important that the U.S. is considering naming it as a new warfighting domain, for example. Robots helping humans underground will be physically limited in how they can communicate with one another as concrete or subterranean rocks block electromagnetic signals and lasers. So, robots will need to aid the humans there by carrying loads or ferrying supplies, and then communicate directly with one another to determine what’s going on in each section of the underground network.
Paratroopers with 1st Battalion, 508th Parachute Infantry Regiment, fire during a squad live-fire exercise at Fort A.P. Hill, Virginia, March 14, 2018.
(U.S. Army photo by Spc. John Lytle)
Or, take a battle above ground. The Marines think they may be denied conventional radio communications in a war with China or Russia. Any robots helping them will only be able to communicate within a short range or by using lasers. Lasers, obviously, become short range communications when there are a lot of obstructions, like dense foliage or hills, in the way.
So, these robots will also need to complete moment-by-moment tasks while also coordinating their actions whenever they can communicate. All of this requires that the robots keep a constantly updating list of what tasks need completed, what humans haven’t been checked on in a while, and what areas are safe or unsafe for the robots to operate in.
MIT’s PR2 robot loads beers into the cooler of a “turtle” waiter bot as part of a program to improve robots’ ability to coordinate their actions in challenging environments.
Or, as MIT graduate student Ariel Anders said, “These limitations mean that the robots don’t know what the other robots are doing or what the other orders are. It forced us to work on more complex planning algorithms that allow the robots to engage in higher-level reasoning about their location, status, and behavior.”
“These uncertainties were reflected in the team’s delivery task: among other things, the supply robot could serve only one waiter robot at a time, and the robots were unable to communicate with one another unless they were in close proximity. Communication difficulties such as this are a particular risk in disaster-relief or battlefield scenarios.”
So, yeah, at MIT, a beerbot is never just about beer. And the actual tech underlying these social-media-friendly beerbots is actually necessary for the less sexy but more vital missions, like disaster relief. And, potentially, it could even save the lives of troops under fire or wounded service members in the next few years or decades.
Let the military have its beerbots. And, if they sometimes use them for beer instead of medical supplies, well, they would’ve found a way to get drunk anyways.
For a country notorious for its censorship, North Korea has an active Internet presence. It has a state-run website, YouTube, Twitter and Facebook fan page under the username of Uriminzokkiri, which means “on our own as a nation.”
The Uriminzokkiri Facebook fan page first appeared in August 2010 and currently has over 4,100 followers. There are only 12 posts on the account, the profile claims that its publishing rights have been revoked but managed to include this in the about section:
The imperialist Amerikan censors have blocked publishing rights, please keep up good fight for dear leader!
The Twitter account gained more than 8,500 followers in one week, according to The Telegraph. It currently has more than 18,900 followers. Most of the tweets praise the North Korean leader Kim Jong-Un and criticize Japan and the United States.
The YouTube channel has more than 11,300 videos and is constantly updated with a mix of news, propaganda and children’s shows. The channel’s most popular video is this propaganda film claiming to take 150,000 American hostages during a raid in Seoul, South Korea, according to the Daily Mail:
The name Ranger commands respect in the military community. Synonymous with top-tier units like the U.S. Army’s 75th Ranger Regiment, the Philippine Scout Rangers, and the Nepalese Mahabir Rangers, they are elite warfighters in the military community. The U.S. Army’s Rangers trace their history back to Francis Marion, the legendary Swamp Fox who employed guerilla tactics and maneuver warfare against the British during the American Revolution. The British Army, who also fielded a Ranger unit during the Revolution, are forming a new Ranger Regiment for the 21st century.
In early 2021, the UK Ministry of Defence announced the formation of a new special operations brigade, the core of which will be the Ranger Regiment. Comprised of four battalions, the regiment will be a proactive rather than a reactive force. “The best way to prevent conflict and deter our adversaries is to work alongside partners to strengthen their security and resilience,” said Defence Minister Ben Wallace. “These Ranger battalions will be at the vanguard at a more active and engaged armed forces.”
Over the next four years, £120 million will be invested into the formation of the new brigade, with the Rangers receiving a portion of the funds. The thousand-strong regiment is scheduled to be established in August 2021 and hopes to deploy by early 2022. To build its ranks, the Ranger application is open to all members of the British Armed Forces. However, the regiment will begin an exclusively infantry unit. Four specialized infantry battalions, 1 SCOTS, 2PWRR, 2 LANCS, and 4 RIFLES have been selected to seed the regiment. They will form the nucleus of what will eventually become an “all-arms, all-Army” unit.
As global threats evolve, so too must the warfighters that meet them. Basic infantry skills will be vital to any prospective regiment applicant. However, Rangers will have to adapt to the complexities of the modern battlefield, “Matching brainpower with firepower, data and software with hardware,” said Chief of the General Staff, General Sir Mark Carleton-Smith.
The new Ranger Regiment will be routinely deployed around the globe, supporting allied nations in defense and security operations. “They will be able to operate in complex, high-threat environments, taking on some tasks traditionally done by Special Forces,” the Defence Command Paper said. “This work will involve deterring adversaries and contributing to collective deterrence by training, advising and, if necessary, accompanying partners.” So far, Mozambique and Somalia have been announced as two countries under consideration for the Rangers’ first deployment.
Germany introduced the world to the concept of blitzkrieg. One of the key elements to this strategy is to have a force of tanks and mechanized infantry strike deeply and (relatively) quickly behind enemy lines. This means that to successfully execute a blitzkrieg, one needs not only effective tanks, but also good infantry carriers.
For decades now, Germany has relied on the Marder to be the infantry fighting vehicle accompanying Leopard 1 and Leopard 2 main battle tanks. The Marder, which entered service in 1971, packs a 20mm autocannon, has a crew of three, and holds seven troops. However, the Marder is starting to show its age — after all, it’s about a decade older than the Bradley Fighting Vehicle. That’s where the Puma comes in.
A Puma infantry fighting vehicle in the field.
Naturally, Germany have a replacement in mind. This vehicle is called the Puma, and it’s slated to bring a few huge leaps in capability to German armor — but nothing is without its drawbacks. Like the Marder, this vehicle has a crew of three, but only carries six grunts in the rear. That’s a slight hit in one area of capability, but the Puma’s firepower makes up for it.
The Puma is equipped with a 30mm cannon (a big step up from the Marder’s 20mm gun). It also packs a 5.56mm coaxial machine gun and a 76mm grenade launcher. It can reach a top speed of 43 miles per hour and go 373 miles on a tank of gas.
The Marder infantry fighting vehicle has served Germany well for almost 50 years.
What’s most notable is that the Puma is only roughly six tons heavier than the Marder, despite the increased firepower. This is due to the use of composite armors that are both more resistant to modern weapons and weigh much less than older armor technology. This enables the Puma to be hauled by the Airbus A400.
Germany is planning to have 320 Pumas delivered by 2020 to replace the Marder. Export possibilities abound, particularly to Canada, which is looking for an infantry fighting vehicles to pair with its Leopard 2 tanks.