Snipers specialize in taking out enemy personnel from well beyond the average grunt’s range. Lately, due to advances in technology and an amazing degree of skill, the distances from which snipers are scoring kills are getting longer and longer. In 1967, Carlos Hathcock set a record, recording a kill from 2,500 yards using a modified M2 heavy machine gun. But in the War on Terror, four snipers proceeded to shatter the record set by “White Feather” Hathcock.
Of those four record-snapping snipers, three of them (Master Corporal Arron Perry, Corporal Rob Furlong, and an unidentified member of Combined Joint Task Force 2) used the same rifle: The McMillan Tac-50. This gun is chambered for the .50 BMG round — the same round used by the legendary Ma Deuce.
The McMillan Tac-50.
According to the manufacturer, the Tac-50 uses a five-round detachable box magazine. The rifle has a 29-inch, match-grade, free-floating, hand-lapped, and fluted barrel. Most versions of the rifle are equipped with a bipod to provide a fixed length of pull. The rifle comes in one of five finishes: black, olive, gray, tan, or dark earth.
So, how did a cartridge full of .50 BMG, a caliber once used to kill tanks and aircraft, end up on sniper rifles? The answer lies in the round. All three of the McMillan Tac-50 snipers used the Hornaday A-Max match-grade bullet. In .50 BMG, this bullet weighs barely 750 grains — or about 1.7 ounces — meaning it can be flung amazing distances.
The Hornaday A-Max in .50 BMG. The bullet from this round comes in at 1.7 ounces.
Here’s something else interesting: There’s a civilian version of this rifle available for sale. Yes, it’ll have to be shipped to your local Federal Firearms License-holder and you’ll have to go through a background check, but this long-range shooter is available. You can also get the Hornaday rounds as well.
One thing is for certain: It would be fascinating to see what Hathcock could’ve done with this rifle.
A new video offers a look at the inside of the B-2 Spirit bomber for the first time in the three-decade history of one of America’s most secretive aerial weapons.
The US Air Force allowed a civilian journalist to board a B-2 stealth bomber and record the flight from inside the cockpit, capturing exclusive footage of one of the service’s most closely-guarded secrets.
The video was taken by documentary filmmaker Jeff Bolton aboard a B-2A with the 509th Bomb Wing out of Whiteman Air Force Base, Miss., the only operational base for the Spirits.
Exclusive First Look: Step inside the cockpit of a B-2 stealth bomber
“In an era of rising tensions between global nuclear powers — the United States, China, Russia, and North Korea — this timely video of is a vivid reminder of the B-2’s unique capabilities,” Bolton said in a statement. “No other stealth bombers are known to exist in the world.”
Another video from Bolton shows external footage of the B-2 refueling in flight, in addition to more shots from inside the cockpit.
The B-2 Spirit is a multi-role stealth bomber capable of penetrating sophisticated enemy defenses to strike targets with both conventional and nuclear payloads. The unmatched aircraft is a cornerstone of America’s nuclear deterrence capabilities.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
How did you get such an immense craft off the ground? Very carefully.
The B-36 had six Pratt and Whitney R-4360 engines in a pusher configuration and four General Electric J47 jet engines. These were able to lift a fully-loaded B-36 off the ground and propel it to a top speed of 435 miles per hour.
Depending on the model, the B-36 had up to 16 20mm cannon in twin turrets. The B-36 entered service in 1948 – and it gave SAC 11 years of superb service, being replaced by the B-52. Five planes survive, all of which are on display.
Below, this clip from the 1955 movie “Strategic Air Command” shows how this plane took flight. Jimmy Stewart plays a major league baseball player called back into Air Force service (Stewart was famously a bomber pilot who saw action in World War II and the Vietnam War).
Also recognizable in this clip is the flight engineer, played by Harry Morgan, famous for playing Sherman Potter on “MASH” and as Detective Rich Gannon in the 1960s edition of “Dragnet.”
What Iran billed as a “100% indigenously made” fourth-generation fighter with “advanced avionics” immediately registered with aviation experts as a knockoff of the F-5 Tiger, a US jet that first flew in 1959.
Iran still has a few F-5s and even F-14s in its inventory from before the Islamic Revolution, when it maintained relations with the US.
Joseph Dempsey, a defense and military analyst at the International Institute for Strategic Studies, tweeted a useful comparison.
But according to Justin Bronk, an aerial-combat expert at the Royal United Services Institute, the real Kowsar project isn’t the F-5 Tiger reboot, but a new system of avionics simply parked in the F-5 as a placeholder.
Bronk said the real Kowsar wasn’t a fighter at all, but a jet trainer and a light attack plane that could save Iran’s air force.
The state of Iran’s air force
“The Iranian air force is an interesting mix,” Bronk told Business Insider. “They’re, unquestionably, extremely good at making use of older equipment against endless predictions” that those systems will break down — for example, Iran still flies US-made F-14s and F-4s, while the US abandoned those airframes decades ago.
But somehow, Iran, even under intense sanctions designed to ensure it can’t get spare parts from the US, keeps them flying.
“Given the state of their economy and the embargoes, that is pretty impressive,” Bronk said.
Even with the impressive feat of workmanship that is an Iranian F-14 flying in 2018, when asked to describe Iran’s air force’s fighters against a regional foe like Saudi Arabia, Bronk said that “‘hopelessly quaint’ would not be too far off the mark.” Matched against Israel or the US in air power, Iran sees its chances sink from bad to much, much worse.
An Iranian F-4 Phantom II armed with an AGM-65 Maverick.
But besides quaint aircraft having no chance against upgraded Saudi F-15 gunships, Iran has another problem in its shortage of pilots and trainer aircraft, which is where the real Kowsar comes in.
“Iran has been relying for a long time on basically a bunch of increasingly old veteran pilots, a lot of whom were trained by — or were trained by those who were trained by — the US before the revolution,” Bronk said.
Therefore, Iran needs to drum up its own indigenous fighter-pilot training program — and that’s the real purpose of the Kowsar: to train the next generation of Iranian fighter pilots.
“It’s not a bad play,” Bronk said. “It makes the most of the limited technology options they have.” Meanwhile, according to Bronk, Iran’s Gulf Arab enemies have ignored domestic training and had to bring in mercenaries from other countries.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
When your slogan is “World’s most battle-proven firearms,” you had better be able to back it up, right? While introducing the question of what company actually has that to a random set of gun guys might yield a lot of answers, most of them would be wrong. Like cars and shoes, people tend to be brand loyal with their firearms without actually crunching the data. But the data in this case leaves only one answer: FN.
FN Herstal, and its subsidiary FN America, have made the weapons that were carried across the beaches of Normandy all the way to the mountains of Afghanistan. While we could have chosen from many arms best suited to back up FN’s claim, these top 6 are absolutely stunning in depth. Any one of them could be number one, so consider these in no particular order. A great amount of FN’s contributions to this list come from the brilliant mind of John Moses Browning. Later in his life, Fabrique Nationale, now known simply as FN, became the go-to for Browning and is also the owner of his namesake company, Browning.
So here we go, in an order that no one could call descending, 6 guns that are battle-proven and stunning:
Browning High Power
The very first iteration of this pistol was called the GP 35 or Grand Puissance and was completed by Dieudonne Saive, a protege of John M. Browning, who took over the design when JMB died at their factory in 1926.
Saive is also the engineer that developed the modern double-stacked magazine, first introduced on the FN High Power.
Known as the High Power (and, later, the “Hi Power”) because when it was created it carried 13 rounds of 9mm, when most handguns carried 7, the High Power was ahead of its time. It has been used in conflicts from 1935 to the present, from WW2 to the Falklands to Syria. It was the classic favorite of not only the SAS but many Commando Units from across the world. These guns are still highly prized.
Canadian military still uses the High Power. They have an interesting connection to the design after the plans were secreted out of Belgium before the German occupation of FN’s factory. The Canadians, under the Inglis brand, produced their own.
A version of the FN FAL used by West German soldiers in 1960.
FN FAL, aka “ The Right Arm of the Free World”
Right Arm of the Free World is not an easy nickname to get, but it is well earned with the FN FAL. FAL stands for Fusil Automatique Leger, which is French for “Light Automatic Rifle.” Prototyped in 7.92x33mm Kurz and again in 280 British, most examples historically are 308 (7.62x51mm). At a time the world was recovering from WW2, and in desperate need of a new rifle, the FAL entered service in an eventual 90 nations as their service rifle.
The British called it the L1A1, and it stood across the Cold War from the AK-47. So many FAL’s were produced that on occasion, opposing armies have both been carrying them. It was a favorite worldwide and is still in use today. I had a captured Paratrooper model in Iraq that I was absolutely in love with, and sadly had to leave behind due to its auto switch.
M2 50 Caliber BMG, aka The Ma Deuce
This is a weird one, because it isn’t an FN exclusive design, nor does FN currently hold the contract for the M2. Due to World War requirements, dozens of companies made M2 machine guns, much the same way Singer sewing machines made 1911’s. But, FN has been producing M2’s since the 1930s, and you may have actually used one in the service. Arguably the longest serving weapon in U.S. history, the M2 needs no introduction. From an anti-aircraft role in WW2, to Kandahar last week, the M2 has served on every battlefield imaginable.
FN currently produces the M2 in a Quick Change Barrel or QCB model for vehicle or boat pintle mounts. They also produce the FN M3M designated as the GAU-21 which is in service with the U.S. Navy.
I am counting this as one weapon, though it is a family of weapons. Something that may surprise you: If you were in the military after 1988, odds are pretty good that your service rifle was an FN. FN first won the contract, beating out Colt, for M-16 production in 1988. They created the M16A4 for the USMC in the Global War on Terror out of whole cloth, and again beat Colt for the M-4 contract in 2013. In addition to serving the U.S. military, FN has armed what can only be called a metric grundle of other nations with M-16/4 weapons over the decades. FN’s production tops one million units of M16/M4 carbines for DoD.
Again this could count as multiple weapons, but I’m considering it one since the M249 is basically a scaled down M240. It might surprise you to learn it has been in service (240 version) since 1958. It is issued in 80 militaries, and has been made under license by FN in Canada, India, Egypt and the United Kingdom. It has many names, such as the GPMG for you Brits, and sets the standard across the globe as the medium machine gun of choice. While the M240 (7.62x51mm) is older, the smaller M249 (5.56x45mm) has actually been around for some time as well. It was designed in 1976, and entered US service in 1984.
It is well known enough to also have many names, such as “Minimi” to our cousins across the pond. It has been used in every U.S. conflict since the invasion of Panama in 1989, and was a personal favorite of mine in the GWOT. I think a great many of us GWOT veterans, including myself, can say this. I came home on my feet instead of in a body bag more than once because I was carrying an FNH machine gun.
U.S. Navy SEAL with a SCAR.
SCAR- aka “ Special (operations forces) Combat Assault Rifle”
This one hasn’t seen quite as many conflicts, having been only produced in 2004. But it does represent the future for FN. Available in either 5.56 (Light Variant) or 7.62×51 (Heavy Variant), and as of January 2020, 6.5 Creedmoor, the SCAR has been a rising star. It won the SOCOM service trials for the U.S., and entered service in 2009. The Heavy version became very popular among troops headed to Afghanistan, and has entered the service of 20 nations. Rapidly user configurable for various mission roles, the SCAR continues to evolve. Considering FN’s previous reputation, I think we can expect this one to be around for a good long time.
Living up to a slogan that proclaims the world’s most anything might be tough to do, until you’ve held an FN product.
If you’ve been in the Army, Air Force, or Marines, you probably remember that your sergeant could get and hold your attention – especially in a one-on-one setting. Some sergeants can easily get the attention of a squad, a platoon, or even a division when they go off. But one sergeant was capable of getting the attention of the whole world.
The MGM-29 Sergeant served for 15 years with the United States Army.
The sergeant in question has been in retirement for over 40 years, according to the United States Army. He can’t exactly sign autographs, either. That’s because this sergeant isn’t a person, it’s a missile. To be precise, it’s the MGM-29 Sergeant missile.
A MGM-29 Sergeant launches. It had a maximum range of 84 miles,
The MGM-29 started out as the SSM-A-27 and was a replacement for a system known as the Corporal. The Sergeant system entered service in 1962 and proved to be a much safer, solid-fueled rocket. In fact, while it took nine hours for a Corporal to be readied for launch, preparing a Sergeant took less than an hour.
The Sergeant had a maximum range of 84 miles and came with one of two warheads. One was a high-explosive warhead and the other was a 200-kiloton W52 nuclear warhead. That’s about 13 and a third times as powerful as the “Little Boy” bomb dropped on Hiroshima near the end of World War II. This is why the Sergeant commanded the world’s attention.
The Sergeant served with the United States Army until 1977 when it was replaced by the MGM-52 Lance in the same roles. Like other tactical missiles, the Sergeant was also exported to West Germany, where it served until 1979.
While North Korea is in the headlines over Kim Jong Un’s push for intercontinental ballistic missiles, India has quietly carried out its own arms race and is building a very solid nuclear triad for strategic deterrence.
According to a report from Bloomberg News, India’s efforts are bearing fruit — a marked contrast to those of the North Koreans, which apparently drove Kim Jong Un to get blackout drunk and demand apologies from his generals.
The missile India tested was the Agni V, which GlobalSecurity.org notes has a range of about 2,700 nautical miles. This would allow the missile to hit most of the People’s Republic of China.
India made news earlier this year when it commissioned the nuclear-powered ballistic missile submarine INS Arihant. This submarine, capable of carrying four K-4 intermediate-range ballistic missiles, puts India into the “boomer club” with the United States, France, the United Kingdom, China, and Russia.
Bloomberg News reported that the Agni V missile was launched from a Road Mobile Launcher. The Federation of American Scientists notes that the Soviet Union’s SS-25 Sickle (later taken over by the Russian Federation) was also designed as a road-mobile system.
According to Designation-Systems.net, the United States planned to use the MGM-134 Midgetman as a road-mobile system, but it was cancelled at the end of the Cold War.
The Indian Air Force has a number of aircraft that could carry nuclear weapons, including the MiG-27, the Jaguar, and GlobalSecurity.org reports that Indian Tu-142 “Bear F” anti-submarine escorts have been wired to accept air-launched cruise missiles.
U.S. Army‘s senior leadership has ended an agreement with Orbital ATK Inc. that spanned two decades over the XM25 25mm airburst weapon, a move that could put the troubled weapon system’s future into jeopardy.
Nicknamed “the Punisher” and designed by Orbital ATK and Heckler Koch, XM25 has long been the Army’s attempt to field a “leap-ahead” weapon designed to give infantry units a decisive edge against enemies hiding behind cover.
The XM25 has stirred excitement in the infantry community, but the complex system has also been plagued by program delays that have made it a target of Pentagon auditors.
The latest trouble for the program came when the Army canceled its contract with Orbital ATK just one month ago.
“On April 5, 2017, the Army terminated the XM25 Counter Defilade Target Engagement (CDTE) contract with the prime contractor (Orbital-ATK) after it failed to deliver the 20 weapons as specified by the terms of the contract,” an Army spokesman told Military.com in a May 5 email.
“Despite extensive negotiation efforts, the contractor failed to provide an acceptable alternate resolution to the Government.”
The announcement follows reports that Orbital ATK filed a lawsuit in February against Heckler Koch in the Minnesota U.S. District Court seeking damages in excess of $27 million, according to a report by Reuters.
In the complaint, Orbital said it was seeking damages for breach of contract over the XM25 semi-automatic weapon system, which Orbital and Heckler Koch started developing more than 20 years ago.
Orbital said in the filing that Heckler Koch had failed to deliver 20 additional prototypes of the XM25 weapon systems, as contracted, and that its failure to do so meant the Army had raised the possibility of terminating its contract with Orbital, Reuters reported.
Heckler Koch has rejected all claims in the suit, according to the news agency.
Military.com reached out to both Orbital ATK and Heckler Koch for comment but did not receive a response by press time.
It’s unclear what the future is for XM25, but Army weapons officials appeared unsure of its status this week at the National Defense Industrial Association’s 2017 Armaments Systems Forum.
Following a presentation from the Army’s Project Manager Soldier Weapons, an audience member asked why the XM25 did not appear on any of the briefing slides covering the Army’s near-term, mid-term and far-term small arms programs.
Lt. Col. Steven Power, who runs Product Manager Individual Weapons, said, “The XM25 is still managed by my office” and then gave a long pause before adding, “I can’t speak right now about the status of that program.”
Power said, “I have been informed that it is not really my place to provide information ahead of other stakeholders.”
Col. Brian Stehle, head of Program Manager Soldier Weapons, said, “There is a requirement within the Army to have an air-burst, direct-fire capability within our formation. The Army is reassessing the actual requirement itself, and we are pursuing material solutions.”
The service has considered taking the XM25’s fire-control system and joining it to a weapon that shoots a 40mm air-burst grenade, a technology Army ammunition experts are developing, according to service sources who are not cleared to speak to the press.
The XM25 is an offshoot of the Objective Individual Combat Weapon program the Army began in the mid-1990s to increase the effectiveness of soldier firepower.
It features a target acquisition/fire control system that allows soldiers to identify a target, determine the range, and program the ammunition to explode above or near targets out to 600 meters.
But the stand-alone weapon has suffered from a barrage of criticism from both auditors as well as from military units.
In September 2016, the Defense Department’s Inspector General’s Office released a follow-on report to a March 2014 audit and concluded Army officials “could have managed the schedule, affordability, and quantity requirements of the XM25 program more effectively.”
The service has repeatedly delayed the weapon’s initial production decision and failed to justify a basis of issue plan, the document states.
“Specifically, Army officials removed procurement funding from the XM25 budget, which extended the engineering and manufacturing development phase by 2 years,” it states. “Additionally, Army officials contributed to the initial production decision delay by placing a hold on the XM25 capability production document.”
But while the IG said the service’s decision to extend the development effort and XM25 research caused costs to climb between February 2013 and March 2016, it failed to specify actual dollar amounts.
Indeed, the report was heavily redacted, with blacked-out figures for not only cost increases but also quantities, including how many XM25s the Army intends to field as part of its basis of issue plan.
Problems with the program started Feb. 2, 2013, when the XM25 malfunctioned during its second round of operational testing in Afghanistan, inflicting minor injuries on a soldier.
The Army halted the operational testing when the XM25 experienced a double feed and an unintentional primer ignition of one of the 25mm high-explosive rounds, Army officials said at the time.
The warhead did not detonate because of safety mechanisms on the weapon. The service removed all prototypes from theater to determine the problem’s cause.
The XM25 had completed one 14-month battlefield assessment and was in the early stages of a second assessment when the double feed and primer ignition occurred during a live-fire training exercise.
According to PM Individual Weapon officials, the XM25 has not had any similar malfunctions since changes were incorporated into the weapon and ammunition, the audit states.
In March 2013, elements of the 75th Ranger Regiment refused to take the XM25 with them for a raid on a fortified enemy compound in Afghanistan, sources familiar with the incident said.
After an initial assessment, Ranger units found the 14-pound XM25 too heavy and cumbersome for the battlefield. They were also concerned that the limited basic load of 25mm rounds was not enough to justify taking an M4A1 carbine out of the mission, sources said.
The National Aeronautical and Space Administration has done very well with their small force of WB-57 Canberra reconnaissance planes. These planes have flown for nearly 60 years and they continue to serve today. With such a long, storied history, it’s easy to forget why the B-57 came to be in the first place. Let’s stroll down memory lane.
Originally, the B-57 Canberra was designed to be a light bomber that used high performance to avoid interception. The British started development of this plane in the latter years of World War II. While the American-produced versions did see some use as bombers during the Vietnam War, the Canberra truly hit its stride as a high-altitude reconnaissance asset for the Air Force.
The RB-57D Canberra variant was designed specifically for high-altitude recon missions.
The RB-57A was the first adaptation of the Canberra designed specifically for reconnaissance work, but the RB-57D was the first such plane intended to do so at high altitudes. Three versions of this recon jet were developed: One was for photo-reconnaissance, using advanced (for the time) camera, a second for electronic warfare, and a third that packed a powerful radar for mapping the ground.
The RB-57F, a much later version, which was created from re-manufacturing older Canberras. These souped-up planes featured more powerful engines and longer wings. They were able to operate at higher altitudes and were used for weather reconnaissance and to collect samples from nuclear tests.
This RB-57 started its life in the Air Force, and now flies with NASA as plane number 926.
Today, NASA still operates three B-57 Canberras. Whiles Canberras have now retired, a few are still flying in civilian hands, undertaking mapping missions.
Watch to video below to learn how the RB-57D was introduced to the United States.
The development of aerial refueling was one of the greatest leaps in fighter lethality. A fighter, just like any aircraft, consists of hundreds of tradeoffs—cost, payload, speed, stealth, size, weight, maneuverability, the list goes on and on. But, the Achilles heel of fighters has always been their fuel consumption.
At the heart of a modern jet like the F-16 or F-35 is an afterburning turbofan engine. The turbofan part is similar to an airliner, however the afterburner is a special section fitted to the aft-tailpipe that injects fuel and ignites it, similar to a flame thrower. This rapidly increases thrust, however the tradeoff is that it burns fuel at an incredible rate.
Members of the 18th Component Maintenance Squadron engine test facility, run an F-15 Eagle engine at full afterburner while checking for leaks and any other issues. (U.S. Air Force photo by Senior Airman Omari Bernard)
I remember flying in an F-16 in afterburner while supersonic over the Yellow Sea and looking down to see a fuel-flow rate of over 50,000 lbs per hour. To put that into perspective, that’s similar to a fire-hose operating fully open—and that’s just a single engine, a twin-engine jet such as the F-15 or F-22 can double that. The problem is, topped off, I could only carry 7,000 pounds of fuel which was enough for me to fly at that fuel-setting for less than 10 minutes.
The reason we’re able to sacrifice fuel for incredible speed and maneuverability is because we can refuel in the air. The Air Force has over 450 airborne tankers, which are specially modified passenger aircraft that are filled with fuel. The backbone of our tanker fleet, the KC-135 Stratotanker is based on the Boeing 707, which amazingly has been flying aerial refueling operations since the 1950’s.
A 401st Tactical Fighter Wing F-16C Fighting Falcon aircraft refuels from a KC-135 Stratotanker aircraft as another F-16 stands by during Operation Desert Storm. (USAF Photo)
When we need fuel, we’ll pull up slightly behind and below the tanker. The tanker will then extend it’s boom, which is a 50 foot long tube with small flight control surfaces on it. The boomer, who sits in the back of the aircraft, then steers the boom using those control surfaces into the refueling receptacle of our aircraft.
Once contact is made, a seal forms and fuel starts transferring at several thousand pounds per minute. We’ll then continue to maintain that precise position using director lights on the bottom of the tanker until we’re topped off. The amount of time it takes depends on how much fuel is transferred, but generally takes about 5 to 10 minutes.
A U.S. Air Force pilot navigates an F-35A Lightning II aircraft assigned to the 58th Fighter Squadron, 33rd Fighter Wing into position to refuel with a KC-135 Stratotanker assigned to the 336th Air Refueling Squadron over the northwest coast of Florida. (USAF photo by MSgt John Nimmo Sr.)
Aerial refueling is a common part of most missions. When we take our jets to different exercises around the country, we’ll use tankers so we can fly nonstop. Tankers also allow us to double our training during a flight—we’ll fly our mission, refuel, and then fly it again. When we deploy, tankers allow us to cross vast swaths of ocean in one hop—I remember topping off 10 times on my way to Afghanistan. But, the most critical benefit of air refueling is it allows us to project and sustain air power.
Tankers allow us to fly indefinitely. Even if I was running my power settings as efficiently as possible, I could only stay airborne for about two hours, which translates into a combat radius of just a few hundred miles. That’s not nearly enough range to project power into another country and return home. With a tanker though, our combat radius can extend into the thousands of miles—we’re primarily limited by pilot fatigue.
By breaking the fighter range problem into two components—a fighter and a tanker— engineers were able to massively increase the performance and relevance of fighters in combat. A single formation of fighters can have a near strategic level impact on the battlefield.
Make sure to check back in two weeks for an in-cockpit play-by-play of how we rejoin with the tanker and refuel at 350 mph.
Want to know more about life as a fighter pilot? Check out Justin “Hasard” Lee’s video about a day in the life of a fighter pilot below:
Air Force Fighter Pilots | Ep. 5: A Day In The Life Of An Air Force Fighter Pilot
The bullet can hit its intended target despite high winds, minimal visibility, or sniper experience. According to DARPA, the system works by combining a maneuverable bullet and a real-time guidance system to track and deliver the projectile to the target, allowing the bullet to change path during flight to compensate for any unexpected factors that may drive it off course.
In this video, a sniper rifle is intentionally aimed off target to demonstrate the ability of the EXACTO system. At 0:22, notice how it does more than a minor correction to hit the target.
The new Infantry Squad Vehicle (Photo by GM Defense)
On June 29, 2020, the U.S. Army selected GM’s submission for the new Infantry Squad Vehicle. Beating out submissions from a joint Oshkosh Defense-Flyer Defense team and an SAIC-Polaris partnership, GM has been awarded a $214M contract to build 649 of the new ISVs over the next five years. Additionally, the Army has already been approved to acquire 2,065 of the new trucks over the next decade.
In 2003, GM sold its defense division to General Dynamics for $1.1B. In 2017, GM saw renewed opportunity in adapting its civilian vehicles for the defense market and created the subsidiary GM Defense. In 2019, GM Defense became a finalist in the Army’s Infantry Squad Vehicle procurement competition along with the two aforementioned teams. The three teams were given $1M to build two prototypes of their proposed vehicle which were tested and evaluated at Aberdeen Test Center, Maryland and Fort Bragg, North Carolina.
(Left to right) SAIC-Polaris DAGOR, Oshkosh-Flyer Defense GMV, and GM Defense ISV concepts (Photo from NationalDefenseMagazine.org)
Contract specifications called for the ISV to weigh no more than 5,000, carry nine soldiers and their gear at highway speeds in extreme conditions both on and off-road, capable of being slung under a UH-60 Blackhawk, and fit inside of a CH-47 Chinook. To meet these requirements, GM Defense based its design on the popular Chevrolet Colorado and its ZR2 and ZR2 Bison variants.
Chevy’s popular midsize truck, the Colorado ZR2 (Photo by Chevrolet)
The ISV is powered by a 2.8L 4-cylinder Duramax diesel engine that produces “significantly more power than the Colorado ZR2 known for delivering 186 horsepower and 369 lb-ft of torque,” mated to a 6-speed automatic transmission according to the GM Defense ISV product sheet.
Overall, the ISV retains much of the DNA of the Colorado variants it is based on, featuring 70% off-the-shelf components. “The chassis — which is the frame, the suspension, driveline, engine, transmission, transfer case, axles, brakes — all of that hardware comes from the Colorado ZR2,” said GM Defense Chief Engineer Mark Dickens. “Somebody could walk into a Chevy dealership and purchase those parts.”
Per the Army’s specifications, the ISV seats nine soldiers: two in the front, three in the second row, two rear-facing seats in a third row, and two outward-facing seats in a fourth row. Gear is stowed between the third and fourth rows, strapped to webbing that acts as the roof over the roll cage cabin, or slung from the roll cage itself.
The ISV on display at the 2019 SEMA Show (Photo from GMAuthority.com)
In addition to the Army contract, GM Defense President David Albritton told Detroit Free Press that, “[The ISV] platform can be used for international sales to other militaries, other government agencies like Border Patrol, the Marine Corps, Air Force and Special Forces,” since future variants, “would be a totally different design.”
The ISV follows a trend that the military is setting of purchasing readily-available commercial technology for tactical use. On June 5, 2020, Polaris was awarded a 9M contract to supply USSOCOM with its MRZR Alpha Light Tactical All Terrain Vehicle. The LT-ATV is a redesigned Polaris RZR that has been in use with the Army’s light infantry units like the 82nd Airborne Division and 10th Mountain Division.
10th Mountain LT-ATVs (left) alongside a Humvee and an LMTV flanked by 2 M-ATVs
But there’s a new ‘Carl’ coming – and the troops will likely love this one.
According to Saab Aerospace, a new version of the defense firm’s Carl Gustav recoilless rifle is about to hit the field.
The M4 Gustav is even lighter and smaller than the previous M3 version, coming in at less than 16 pounds and measuring at less than 39 inches. By comparison, the M3 came in at almost 42 inches long, and weighed just over 22 pounds.
That alone will make the grunt assigned to carry this system happy. Indeed, the Carl gunners will be celebrating a roughly 33 percent reduction in how much the system weighs. Seven pounds may not sound like much to you, but when troops are carrying over a hundred pounds of gear and ammo, it makes a difference.
And what can this FNG named Carl shoot? Well, there are four anti-tank rounds, four multi-role rounds, three anti-personnel rounds, and two “support” rounds (one smoke, one illumination). Plus, there are four training round options, two sub-caliber, two full-size. That’s 17 options. Plus, rounds from the old Carls can be used in the new Carl.
The new Carl also can be aimed with a variety of sights. The traditional open sights are an option, as is a telescopic sight. But the new Carl can also be used with red dot sights and “intelligent” sights that include features like a laser range-finder. The new Carl also features a built-in round counter.
In short, this is one Carl that the grunts will be happy to have around.