The U.S. Navy Research team published a video on Wednesday showing off the capabilities of its new “Laser Weapon System” or LaWS, and it’s terrifying. It shoots a 30 kilowatt blast within 2 nanometers of its target according to Defense One.
Simply put, it’s an oversized laser pointer on steroids.
The video starts with a time lapse of the weapon aboard a Navy ship while a boat appears over the horizon. It quickly cuts to an operator housed somewhere within the vessel. He’s standing in front of several screens holding what looks like a glorified X-Box controller. A blast is fired but there’s no bang, no smoke, no projectile, and no tracer, all you see is an explosion.
The video switches to a camera aboard the approaching boat for a close-up of the target. It’s a small stack of shells next to a cut-out of a human. The stack is precisely destroyed without damaging the wooden dummy.
Maybe I’ve seen too many comic book movies, but this is like X-Men’s Cyclops with an invisible laser beam.
Defense One reported that this is the Navy’s answer to drone attacks. Drones are becoming cheaper and more accessible, we’ve had them for years, but now American adversaries have begun to roll out their own versions. The LaWS will hopefully help the Navy keep drones at bay.
According to the Office of Naval Research, this isn’t the final version of the weapon. A more powerful 150-kilowatt version is scheduled for testing in 2016.
When the Navy announced plans to retire a system in August of 2018, not a lot of media outlets paid attention. Despite its failure to make headlines, the system that’s on the way out is actually one of the most important in the Navy. We’re talking, of course, about the Standard Automated Logistics Tool Set, or SALTS.
Developed in the space of just three weeks during the run-up to Operation Desert Storm, this system has been with the Navy for 27 years — and it makes sure that the personnel in the fight have what they need by rapidly moving data on required parts and available inventory to and from the battlefield electronically.
There is an old saying, “amateurs discuss tactics and strategy, while professionals talk logistics.” Think of it this way: How can the pilot of a F/A-18E Super Hornet be expected to blow an enemy MiG out of the sky if his radar doesn’t work? Yes, launching skilled pilots on the right mission at the right time is critically important, but nothing happens if the moving pieces aren’t in order. The fighters on a carrier, for instance, need spare parts to work (just like your car).
A F/A-18F Super Hornet assigned to Strike Fighter Squadron (VFA) 102 launches from the flight deck of the aircraft carrier USS Ronald Reagan (CVN 76). Such operations would not be possible without enough spare parts.
(U.S. Navy photo by Mass Communication Specialist 2nd Class Kenneth Abbate)
It’s not just the super-complex fighters. Even the M16 rifles and M4 carbines used by SEALs will need spare parts or replacement magazines (which are often ejected and left behind in firefights) — not to mention ammo. Then there are the many other needs of the Navy: Food for the sailors, fuel to keep ships and planes running, the list goes on and on.
These magazines loaded with ammo for M16 rifles and M4 carbines — something Marines and SEALs need in abundance.
(U.S. Navy photo by Mass Communication Specialist 2nd Class James R. Turner)
SALTS enabled sailors on the front to handle Military Standard Requisitioning and Issue Procedures (MILSTRIP) in minutes as opposed to weeks or days. It also could fix some mistakes in seconds. Not bad for a solution that was designed and implemented in three weeks.
The replenishment underway in this photo is one of many made possible by SALTS.
(U.S. Navy photo by Mass Communication Specialist 2nd Class William McCann)
SALTS, though, was running up against advancing computer technology and new cyber-security threats. There is a new system known as One Touch Support, or OTS, that will take over for SALTS. And yes, just like its predecessor, OTS isn’t likely to make headlines, but will play a crucial role for the Navy.
Reporter James Foley was no stranger to battle zone coverage. This first-hand look at a Taliban ambush against U.S. soldiers shows how he was willing to put himself in harm’s way to capture the story.
Infantrymen from the 101st Brigade were under constant attack and lost seven troops to IEDs, suicide attacks, and firefights.
Much of the U.S.’s military attention was focused on Kandahar, the Taliban stronghold in the southwest part of the country (Afghanistan), according the PBS video below. But, in Kunar Province in the northeast, the firefights were just as fierce.
The video picks up with Private Justin Greer, age 19, getting shot in the head while manning the turret-mounted grenade launcher.
James Foley was a freelance reporter for GlobalPost, Agence France-Presse and other news organizations. He was murdered by the terrorist group ISIS in August 2014.
The Korean Demilitarized Zone is probably the most watched, most ironically named 250 kilometers found anywhere in the world. Despite the unprecedented brutality of the Korean War and the sporadic violence between the two, people still routinely try to get through the DMZ, often even going the hard way – going right through the most heavily defended strip of land in the world.
Commando raids, spies, and even axe murderers have all tried to cross the DMZ in some way. In just 25 years after the Korean Armistice was signed, more than 200 incursion attempts were made across the area. There had to be a better way.
This is how they did it in 1969. Surely by 2019, we could do better.
Enter Samsung, the South Korean multinational conglomerate best known for making exploding mobile phones, which makes so many other products. They have an aerospace division, as well as divisions to make textiles, chemicals, and even automated sentry guns that kill the hell out of anyone who doesn’t know the password – the Samsung SGR-A1.
The defense system is a highly-classified, first-of-its-kind unit that incorporates surveillance, tracking, firing, and voice recognition technology to keep the humans in South Korea’s military free to operate elsewhere while still being massively outnumbered.
Gun-toting death robots is the perfect solution.
While other sentry guns have been developed and deployed elsewhere, this is the grand stage. The Korean Peninsula is the Carnegie Hall of weapons testing, where chances are good the weapon will likely get used in an operational capacity sooner rather than later. Failure is not an option. That’s why each 0,000 sentry gun comes equipped with a laser rangefinder, thermographic camera, IR illuminator, a K3 LMG machine gun with 1,000 rounds of ammo, and a Mikor MGL 40mm multiple grenade launcher that doesn’t give a damn about the ethical issues surrounding autonomous killing machines.
If this thing had legs, it would be a Terminator-Predator hybrid.
The only controversy surrounding these weapons, now deployed in the DMZ, is whether or not they truly need a human in the loop to do their job. The system could conceivably be automated to kill or capture anyone who happened upon them in the area, regardless of their affiliation. To the robot, if you’re in the DMZ for any reason, you are the enemy. And you must be stopped.
“Human soldiers can easily fall asleep or allow for the depreciation of their concentration over time,” Huh Kwang-hak, a spokesman for Samsung Techwin, told Stars and Stripes. “But these robots have automatic surveillance, which doesn’t leave room for anything resembling human laziness. They also won’t have any fear (of) enemy attackers on the front lines.”
A weapons sergeant with the 3rd Special Forces Group (Airborne) who heroically fought up a mountain through a barrage of enemy fire to help rescue his detachment members will receive the Medal of Honor.
The White House announced today that Master Sgt. Matthew O. Williams went above and beyond the call of duty during an operation on April 6, 2008. Williams — a sergeant at the time of the operation — was assigned to Special Operations Task Force-33 in Afghanistan during Operation Enduring Freedom.
Williams will receive the highest military award for valor at a White House ceremony, Oct. 30, 2019. A “Hall of Heroes” induction ceremony at the Pentagon is slated for Oct. 31, 2019.
In April 2008, Williams joined 14 other Special Forces operators and roughly 100 Afghan commandos on a mission to take out or apprehend high-value enemy targets that were operating out of a mountain-top village within Shok Valley.
Then-Sgt. Matthew Williams with other team members assigned to 3rd Special Forces Group (Airborne), wait on a hill top for the helicopter exfiltration in eastern Afghanistan, late spring 2007.
(Master Sgt. Matthew Williams)
Shortly after the joint force dropped into the area and organized into elements, the lead command and control team started their treacherous hike up a near-vertical mountainside toward the objective.
It did not take long for the adversary to respond. A barrage of heavy sniper and machine-gun fire and rocket-propelled grenades rained down on the team’s location.
In the ensuing chaos, the lead element was pinned down at a higher elevation and isolated from the larger military force. Further, they had sustained injuries and were requesting support.
In response, Williams organized a counter-assault team and led them across a waist-deep, ice-cold fast-moving river, and fought their way up the terraced mountain to the besieged lead element’s location.
Joined by his team sergeant, Williams positioned his Afghan commando force to provide a violent base of suppressive fire, preventing the enemy force from overrunning the team’s position. In turn, the actions of Williams and his team allowed the first command and control element to consolidate and move the casualties down the mountain.
As Williams worked to defend the force’s position, an enemy sniper took aim and injured his team sergeant. With disregard for his safety, Williams maneuvered through an onslaught of heavy machine-gun fire to render aid.
Then-Sgt. Matthew Williams assigned to 3rd Special Forces Group (Airborne), conducts long-range weapons training at Camp Morehead, Afghanistan, during the fall of 2009.
(U.S. Army Master Sgt. Matthew Williams)
Once his team sergeant was secure, the joint team egressed off the mountainside. Williams descended with his team sergeant off a near-vertical 60-foot cliff to a casualty collection point and continued to provide first aid.
With more injured soldiers coming down the mountainside, Williams ascended through a hail of small arms fire to help with their evacuation, and also repair his operational detachment commander’s radio.
As Williams returned to the base of the mountain with three wounded soldiers, enemy forces maneuvered to their position in an attempt to overrun the casualty collection point. Williams and the Afghan commandos quickly responded with a counter-attack and courageously fought back the attacking force.
As the medical evacuation helicopter arrived, Williams exposed himself to insurgent fire again to help transport casualties. Once the injured were secure, Williams continued to direct Commando fires and suppress numerous enemy positions. The team’s actions enabled the evacuation of the wounded and dead without further casualties.
The entire Shok Valley operation lasted for more than six hours. During that time, Williams and the joint force fought back against about 200 adversaries, all while they were subjected to a series of friendly, danger-close air strikes.
Williams is the second member of his detachment to receive the Medal of Honor for this operation. The president presented Staff Sgt. Ronald Shurer II the Medal of Honor at a White House ceremony Oct. 1, 2018.
Britain Lockhart, the teenage treasure hunter and American history preserver behind the YouTube channel “Depths of History,” recently made his most important and dangerous discovery to date — a live 20-pound Civil War-era Parrot artillery shell.
The teenager found it while scanning for bullets and canister shots left behind by Union and Confederate soldiers in the Tennessee countryside. He nearly missed his discovery because he’d dug so deep that he wanted to quit.
“I got about 20 inches, and I was like, I gotta give this hole a break,” Lockhart said in his video. “I went over there and dug up one more bullet, and I was like, okay we can come back to it.”
“So I removed a rock, then we went into another field and started hunting, and I came back to it and ya’ll can’t even believe this,” the excited teen added. “I think I have a whole shell down in the hole.”
Lockhart was right; the shell was 3 feet under the earth. He pulled the entire live round to gasps of astonishment from onlookers off camera. “That’s the biggest find out here,” said an off-camera voice.
Worried that the round could explode, Lockhart took it to expert Steve Phillips to defuse and preserve the shell. Phillips is a relics legend who has defused over 2,000 cannon balls, according to Lockhart.
“People think that if they drill one under water, it can’t blow up,” said Phillips. “That’s not true, people have been blown up under water while drilling them with their hand.”
While cautiously preparing the shell to drill, Pillips wisely summed up his experience, “you just have to think it might blow up.”
This YouTube video shows how Britain Lockhart finds, defuses, and preserves a Civil War-era artillery shell.
Can the Army produce faster, stronger and smarter soldiers through electrical stimulation of the brain?
Neurostimulation is not actually a process the Army intends to use for creating “super soldiers.” However, Army researchers have been experimenting with it as a means to accelerate training.
“We’ve seen a lot of positive effects of neurostimulation in our lab,” said Dr. Tad Brunye, senior cognitive scientist at the Natick Soldier Research, Development and Engineering Center, known as NSRDEC, in Natick, Massachusetts. He heads up neurostimulation research there along with Dr. Erika Hussey.
Brunye and members of his staff were in the Pentagon courtyard May 23-24, 2018, during a Close Combat Lethality Tech Day.
Brunye has been experimenting with neurostimulation at Natick over the past four years and at the nearby Center for Applied Brain and Cognitive Sciences in Medford, Massachusetts. The center was created in 2015 through a partnership between the Army and the School of Engineering at Tufts University. It is co-directed by NSRDEC’s Cognitive Science and Applications Team along with Tufts faculty.
The center includes what Brunye calls “large virtual-reality caves.”
(U.S. Army photo by Gary Sheftick)
Volunteers at the center receive low-intensity electrical current through headphone-style stimulation systems or electrodes mounted on what looks like a bathing cap. Then their performance in the virtual-reality environment is measured. Neurostimulation has shown the following benefits:
— Increased ability to recognize suspected terrorists from a list of faces studied hours earlier during neurostimulation.
— Improved navigation performance, especially for individuals with lower spatial abilities. Soldiers in large-scale virtual urban environments did better moving between objectives during neurostimulation.
— Increased attention span. Attention might wane after 20 minutes when watching a security monitor and neurostimulation could increase that attention span to 20 hours.
— Enhanced motor skills, such as the standing broad jump, when a particular area of the brain is stimulated during practice.
“We want to make sure that we stimulate the right areas of the brain, at the right time, in the right individual, in a manner targeted to specific tasks that we need them to excel on,” Brunye said.
“The consumer market is exploding with do-it-yourself brain stimulation devices right now, and Soldiers are willing to try just about anything to enhance their mental and physical performance,” Brunye continued. “But we need to be sure that any commercial claims are supported by rigorous experimental science, and that the systems are being used only in appropriate and beneficial ways. Our science and technology efforts are helping ensure that is the case.”
Creating high performers
Soldiers from a variety of military occupational specialties volunteer to come to Natick immediately following their initial-entry training, Brunye said. They serve about three months at Natick before moving on to their first unit. These soldiers are used in the experiments, along with volunteers from local communities around Boston.
The volunteers feel just a tingling, itchy sensation on their scalp during the neurostimulation, he said.
“In terms of long-term impact, there are no known negative or adverse effects of neurostimulation,” he said.
Neurostimulation will help accelerate learning and can bring Soldiers up to a level of high performance quickly. “It will compensate for some of the variability we see” during learning, Brunye said.
The effects of neurostimulation, however, are less noticeable on those who are already high performers on a specific task, he said. In fact, neurostimulation can sometimes have a slightly detrimental effect on high performers. Those individuals already have a fine-tuned system for completing a task and neurostimulation will help them wire a new neuron highway for that task — one that may not be initially as effective, he explained.
(U.S. Army photo by Gary Sheftick)
The Army signed a five-year cooperative agreement with the Tufts School of Engineering almost four years ago and established the Center for Applied Brain and Cognitive Sciences.
“It’s a very unique reciprocal relationship we have with the university,” Brunye said.
The university provided the physical facility and infrastructure, such as the heating and cooling systems, networking, and computer hardware and software. Tufts also provided personnel for manning the facility and post-doctoral researchers to help run it.
The Natick Soldier Research, Development and Engineering Center — part of the Army’s Research, Development and Engineering Command — provided everything else. The virtual reality programs all came from Natick.
About half of the participants in experiments at the center are soldiers, Brunye said.
The neurostimulation is provided via a wireless device. Much was learned from experiments that involved searching and clearing buildings over the last five months, he said. In these experiments, neurostimulation began about five minutes before a task and continued through the task, Brunye said.
The voltage varied from 7 to 18 volts, at very low amperage (usually between 1 and 2 milliamps). Direct current is the norm, but the lab is beginning to use alternating current to target more specific areas of the brain, he said.
Special ops interest
The Army’s Special Operations community is becoming more interested in neurostimulation, Brunye said.
Recently, Special Operations Command and the Defense Innovation Unit Experimental, or DIUx, have been experimenting with neurostimulation. They have been especially interested in developing motor skills and new procedures with weapons systems, Brunye said.
In addition to coordinating with RDECOM, the Natick team works closely with the Army’s Training and Doctrine Command on neurostimulation to enhance training, Brunye said. They also work closely with the Air Force Research Laboratory and have partnered with them on a NATO exploratory team examining several techniques for cognitive neuroenhancement.
Other government partners in research include the Intelligence Advanced Research Projects Activity, the Army Research Lab’s Human Research and Engineering Directorate and the Defense Advanced Research Projects Agency. DARPA has been conducting related brain-stimulation research called Targeted Neuroplasticity Training, or TNT.
Not many remember the Australians’ commitment to aiding the United States in Vietnam, but the Aussies were there, and they sent their best. Australia’s best troops included their very own Special Air Service, special operators in the mold of Britain’s SAS, formidable fighters capable of bringing the enemy’s method of irregular warfare right back home to Hanoi.
The Aussies weren’t content with the M-16, for a number of reasons, so they opted instead to do a little frontier mechanical work on their weapons. The end product became known as “The Bitch.”
When you want to use an M-16 but your standards are higher.
When the M-16 first took over for the M-1 Garand as a standard-issue infantry weapon, the result was less than stellar. It jammed. A lot. Frustrated troops began leaving their M-16s at home and using AK-47s captured from the enemy instead. The Aussies preferred a weapon that worked. Even after the weapon was updated to fix its issues, the Australians still opted for a different solution. They liked how handy the M-16 could be, but they wanted the stopping power of a 7.62 round.
But the barrel of the S1A2 self-loading rifle was so heavy… what to do?
“Cor, mate… I ‘ave an idea…”
The Australian special operators lopped that heavy barrel and its tripod off at the end of the gas block. Then, the MacGuyvers from Down Under fashioned special flash suppressors for the new muzzle for those who wanted it. For those who didn’t, they just left the weapon without any kind of suppression at all. The new, shorter barrel was louder and produced a much bigger bang for the buck.
They wanted the Communists to know who was pulling the triggers and raining death on their Ho Chi Minh Trail parade. If that weren’t enough, sometimes the operators would put a pistol grip on the end so they could control the weapons in fully automatic settings. Others preferred a grenade launcher attachment.
The term “gear porn” might conjure up visions of late-night SkinaMax movie shorts, but this time we’re not talking about adult flicks after dark.
Instead, we’re talking about three new pieces of kit recently announced by their manufacturers that might just find a home in your gear locker: An adapter to attach a night vision monocular to your camera, a very interesting new multi-tool, and…
TNVC (@tnvc_inc) has re-released its SLR camera adapter for PVS-14 NVGs. This thing will allow you to place any NVG that uses the PVS-14 eyepiece assembly and retaining ring on a DSLR or SLR camera, providing a 46 mike-mike step ring for the camera lens. It will also work on Sony e-mount lenses with the proper step-up or -down from the 46mm. The three piece ring mounts and optically aligns the AN/PVS-14 monocular to the camera by clamping around the NVG’s ocular. It is secured with a threaded ring.
TNVC, a veteran-owned and -operated company, describes it as the best way to take photos through the tube. As they tell it, “It works especially well with high magnification capable lenses for running surveillance at night, or just taking photos of landscapes, animals, stars, or your neighbor.” That sounds legit to us. It damn sure beats an old school weapon mount with a camera adapter ring. It’s manufactured from machined aircraft aluminum finished in Type III anodized hard coat.
Gerber Gear Center Drive Multi-Tool
This is the Center Drive, a multi-tool built with a full-size driver on the center axis with a standard bit. It hails from Gerber Gear (@gerbergear), built in the company’s Portland facility with American steel and will be available November 2nd. Sliding jaws open with one thumb, allowing access to spring-loaded pliers or a liner-locked, full-size knife blade with reverse thumb support. The replaceable bits include a Phillip’s and flat head and 12 others. All are magnetic.
Gerber describes it as, “Not for posers, slackers, hipsters, or momma’s boys.”
The tools ship with a nylon and elastic sheath that can be mounted either vertically or horizontally.
The Center Drive’s 14 tools include the folowing:
Magnetic 1/4″ Bit Driver
Fine Edge Blade
Cats Paw Pry Bar
Rotatable Carbide Wire Cutters
Ruler (stamped into handle)
Optional Standard Bit Set
EDCCB – Every Day Carry Concealment Belt
From Tactical Jay and Silent Bob from US PALM (@uspalm) down in Phoenix comes the US PALM EDCCB (Every Day Carry Concealment Belt). Designed in collaboration with The Wilderness, the EDCCB is a low profile belt that holds your britches up and hides assorted goodies inside a lengthwise zippered compartment.
It’s built from Frequent Flyer belt Delrin, double rings and a polyethylene-insert CSM (Combat Shooters Model) to support IWB or OWB holsters. It’s available in S, M, L, and XL sizes, and in either black or ranger green colors.
The EDCCB is just one of several pieces of kit in the new US PALM deep concealment lineup. Check out their Ankle-FAKs, LowProGear Urban Havok Bags and other bits of sneaky fightin’ goodness.
About the Author: We Are The Mighty contributor Richard “Swingin’ Dick” Kilgore comes to us from our partners at BreachBangClear.com (@breachbangclear). He is one half of the most storied celebrity action figure team in the world. He believes in American Exceptionalism, holding the door for any woman and the idea that you should be held accountable for every word that comes out of your mouth.
General Dynamics Land Systems has unveiled a new heavily armed, yet lighter-weight expeditionary armored vehicle as part of an effort to build a future Army war platform, a new combat vehicle being engineered to support maneuvering infantry — and ultimately change land war.
Called the Griffin III, the General Dynamics Land Systems offering is a 40-ton armored vehicle with both deep-strike technology and counter-drone sensors, Michael Peck, GDLS Director of Enterprise Business Development, told Warrior.
“This is a deployable tracked vehicle with the armor protection required by the Army,” Peck said in an interview.
While referred to by some as a “light tank,” Army officials specify that plans for the new platform seek to engineer a mobile combat platform able to deploy quickly.
The new vehicle represents an Army push toward more expeditionary warfare and rapid deployability; it is no surprise that two Griffin IIIs are being built to fit on an Air Force C-17 aircraft.
“In the future it will be important to get off-road. Mobility can help with lethality and protection because you can hit the adversary before they can disrupt your ability to move,” Rickey Smith, Deputy Chief of Staff, G-9, TRADOC, told Warrior Maven in an interview in early 2018.
Smith’s emphasis upon how lighter-weight armored vehicles can address terrain challenges, and off-road mobility aligns with findings from analytical historical research performed years ago by the Dupuy Institute.
U.S. Soldiers load the .50-caliber machine gun of an M1A2 SEPv2 Abrams main battle tank during a combined arms live-fire exercise in Grafenwoehr, Germany, Nov. 19, 2015.
(U.S. Army photo by Markus Rauchenberger)
Commissioned by the US Army Center for Army Analysis, the study concluded that heavily armed, yet lighter-weight, more maneuverable armored combat platforms could provide a substantial advantage to combat infantry in many scenarios.
“Vehicle weight is sometimes a limiting factor in less developed areas. In all cases where this was a problem, there was not a corresponding armor threat. As such, in almost all cases, the missions and tasks of a tank can be fulfilled with other light armor,” the study writes.
Drawing upon this conceptual premise, it also stands to reason that a medium-armored vehicle, with heavy firepower, might be able to support greater mobility for advancing infantry while simultaneously engaging in major combat, mechanized force-on-force kinds of engagements where there is armored resistance.
Current Abrams tanks, while armed with 120mm cannons and fortified by heavy armor, are challenged to support infantry in some scenarios due to weight and mobility constraints.
As Smith explained, bridges, or other terrain-oriented impediments preclude the ability of heavy tanks to support maneuvering IBCTs.
Smith also explained that Infantry Brigade Combat Teams (IBCTs), expected to operate in a more expansive battlespace, will require deployable, fast-moving close-to-contact direct fire support.
Also, while likely not able to match the speed of a wheeled Stryker vehicle, a “tracked” vehicle can better enable “off-road” combat, as Smith explained.
Also, rapid deployability is of particular significance in areas such as Europe, where Russian forces, for instance, might be in closer proximity to US or NATO forces.
Tactically speaking, given that IBCTs are likely to face drones armed with precision weapons, armored vehicle columns advancing with long-range targeting technology and artillery, infantry on-the-move needs to have firepower and sensors sufficient to outmatch an advanced enemy. General Dynamics plans to model construction of eight new prototypes, is one of several industry offerings for the Army to consider.
Soldiers inspect an M1A2 Abrams tank.
(Air Force photo by Staff Sgt. Michael Battles)
While many details of the GDLS Griffin III have yet to be revealed, Peck did say the vehicle is engineered to accommodate built-in Active Protection Systems — sensors, fire control radar and interceptors used to detect, track and destroy incoming enemy fire, Peck said.
GDLS is pursuing a two-fold strategy with its Griffin III; the firm plans to work with the Army to adjust as needed and refine aspects of the platform, while also jumping in front of the Army’s current plan to build prototypes in the next few years.
The Army’s new lightweight armored vehicles are expected to change land war by outmatching Russian equivalents and bringing a new dimension to advancing infantry as it maneuvers toward enemy attack.
Long-range precision fire, coordinated air-ground assault, mechanized force-on-force armored vehicle attacks, and drone threats are all changing so quickly that maneuvering US Army infantry now needs improved firepower to advance on major adversaries in war, Army leaders explain.
All of these factors are indicative of how concepts of Combined Arms Maneuver are evolving to account for how different land war is expected to be moving forward. This reality underscores the reason infantry needs tank-like firepower to cross bridges, travel off-road and keep pace with advancing forces.
For the Army, the effort involves what could be described as a dual-pronged acquisition strategy in that it seeks to leverage currently-available or fast-emerging technology while engineering the vehicle with an architecture such that it can integrate new weapons and systems as they emerge over time.
An estimation of technologies likely to figure prominently in the Army’s future vehicle developmental process leads towards the use of lightweight armor composites, Active Protection Systems and a new generation of higher-resolution targeting sensors. Smith explained how this initiative is already gaining considerable traction.
This includes the rapid incorporation of greater computer automation and AI, designed to enable one sensor to perform the functions of many sensors in real-time. For instance, it’s by no means beyond the imagination to envision high-resolution forward-looking infrared (FLIR) sensors, electromagnetic weapons, and EO-IR cameras operating through a single sensor.
“The science is how do I fuse them together? How do I take multiple optical, infrared, and electromagnetic sensors and use them all at once in real-time ” Smith said. “If you are out in the desert in an operational setting, infrared alone may be constrained by heat, so you need all types of sensors together, and machines can help us sift through information.”
In fact, the Army’s Communications Electronics Research, Development and Engineering Center (CERDEC) is already building prototype sensors with this in mind. In particular, this early work is part of a longer-range effort to inform the Army’s emerging Next-Generation Combat Vehicle (NGCV). The NGCV, expected to become an entire fleet of armored vehicles, is now being explored as something to emerge in the late 2020s or early 2030s.
One of the key technical challenges when it comes to engineering a mobile, yet lethal, weapon is to build a cannon both powerful and lightweight enough to meet speed, lethality and deployability requirements.
U.S. Army’s Combat Vehicle Modernization Strategy specifically cites the need to bring large-caliber cannon technology to lightweight vehicles. Among other things, the strategy cites a lightweight 120mm gun called the XM360 — built for the now-cancelled Future Combat Systems Mounted Combat System. While the weapon is now being thought of as something for NGCV or a future tank variant — which seeks to maximize lightweight, mobile firepower.
Special new technology was needed for the XM360 in order to allow a lighter-weight cannon and muzzle to accommodate the blast from a powerful 120mm tank round.
Elements of the XM360 include a combined thermal and environmental shroud, blast deflector, a composite-built overwrapped gun, tube-modular gun-mount, independent recoil brakes, gas-charged recuperators, and a multi-slug slide block breech with an electric actuator, Army MCS developmental documents describe.
This article originally appeared on Warrior Maven. Follow @warriormaven1 on Twitter.
While attending Sig Sauer Range Day, a camera attached to a spotting scope at the 500 yard range set aside for the Sig Cross caught our eye.
It was a Tactacam, a company who originally got involved with producing cameras and mounts for bow hunting.
Their first scope related product was the FTS, Film Through Scope for $139. This allows a Tactacam camera ($199-$429) to be attached to a scope while still being able to use the scope in a traditional fashion. Or it’s sold as a complete package with an MSRP of $569.
Now, we’ve seen and used similar products before, such as the Phone Skope Skoped Vision Pro, which uses your cellphone as a camera, as well as the Torrey Pines Eagle Eye for which you need to supply your own GoPro.
However, the star Tactacam was showing off was their new system which has an integral 4k camera system and attaches to a spotting scope.
The camera features an articulati USB-C, accepts a Micro SD card, and has a micro-HDMI out.
While there are a number of products which allow to record spotting scope footage, many of them are a pain to setup and can ultimately be kind of janky (we have several ourselves). Mounting was accomplished with a simple clamp mount and a twist; the locking turrets on the camera are integrated into the body.
Tactacam also has an app to connect your camera to your phone for hands-free viewing, but our preference would be to use the micro-HDMI out with a portable field monitor. When a camera is mounted, the less you have to touch the spotting scope, the better, as the magnification level exponential amplifies any itinerant movement.
MSRP for this setup Tactacam is not yet set, but we’re told the entire system will go for in-between 9 and 9–not too shabby for a system that includes a dedicated 4k camera. In the meantime, you can visit Tactacam online here.
Like any genre or series, over the years the Army-Navy game “Spirit Spot” videos have run the gamut in terms of production values, imagination, and humor. This one gets the WATM vote for best one produced this year:
Watch the 2014 Army-Navy game live from MT Bank Stadium in Baltimore, Maryland on CBS at 3 PM EST.