Often, these grenades were used on single-shot systems like the M79 or the M203. But soon, automatic grenade launchers were developed. One that became iconic was the Mk-19 automatic grenade launcher. With a range of 1,500 yards, it could fire a grenade a second, and it weighs nearly 73 pounds. The Mk-19 is in service with 23 countries.
That said, it is getting long in the tooth. It entered service in 1967, so it’s been around for 50 years. That means that it’s about time to think about a replacement. According to General Dynamics that replacement may be available.
The Mk-47 Mod 0 40mm Advanced Grenade Launcher fires the same grenades as the Mk-19, but it also comes with a lot of advances to make it deadlier. One that the grunts will like is the weight: it comes in at just under 40 pounds – 32 pounds less than the Mk 19. The system also adds a new video sight that adds laser ranger-finding and night vision, allowing for better target acquisition.
Perhaps the deadliest accessory for the Mk-47 is the Mk-285 grenade. This is airburst ammunition, much like the 25mm rounds fired by the XM25 Punisher. How does it know when to airburst? It’s programmed with data from the advanced sight.
This new automatic grenade launcher may prove to be more popular than the new Carl that Saab released among American troops and their allies. The bad guys probably won’t like it very much, but who really cares what they think?
Let’s face it. Enemy troops behind cover can be a real pain. In fact, someone was gonna have to root them out. Thankfully, that is no longer the case, thanks to new ammunition coming from Nammo.
According to a report by Soldier Systems, this programmable ammo is available for a variety of weapon systems, including 40mm grenades from rifle-mounted grenade launchers or automatic grenade launchers like the Mk 19, the 66mm rockets used in the M72 Light Antitank Weapon, the 120mm guns used on the M1A2 Abrams main battle tank, and the 30mm chain gun used on some U.S. Navy ships and the M1296 Dragoon infantry fighting vehicle.
However, Nammo has also reported that the programmable ammo may also be able to deal with enemy drones. This is a huge development, given that the Islamic State of Iraq and Syria made use of drones as a means to deliver improvised explosive devices. As a result, friendly troops could be that much safer (if not completely safe) on the battlefield.
Nammo is displaying some of the programmable ammo at the Defence and Security Equipment International show in London this week. In a release, Nammo claimed that its 40mm grenade has been combat proven. Nammo also stated that the use of programmable ammunition against drones would reduce collateral damage or damage from stray rounds.
Programmable ammo was used as part of the XM25 Punisher weapon system, a semi-automatic 25mm grenade launcher which proved itself in Afghanistan before being placed on hold. ModernFirearms.net notes that the XM25 had a range of up to 700 meters against area targets, and had a six-shot magazine.
“The Ohio Air Force lab proposed that a bomb be developed that contained a chemical that would cause enemy soldiers to become gay, and to have their units break down because all their soldiers became irresistibly attractive to one another,” reported Edward Hammond of bioweapon activist group the Sunshine Project.
Aside from the “gay bomb,” the laboratory also included similarly questionable ideas, such as bad breath bombs, flatulence bombs and bombs designed to attract stinging insects.
After the program was revealed, the Pentagon responded (via the BBC):
Captain Dan McSweeney of the Joint Non-Lethal Weapons Directorate at the Pentagon said the defence department receives “literally hundreds” of project ideas, but that “none of the systems described in that  proposal have been developed”.
He told the BBC: “It’s important to point out that only those proposals which are deemed appropriate, based on stringent human effects, legal, and international treaty reviews are considered for development or acquisition.”
For their attempt to bring such innovative ideas to the battlefield, the Air Force research group was awarded the IG Nobel Peace Prize – a parody set of the Nobel Prizes – in 2007.
This short video demonstrates how the ‘gay bomb’ would work in real-life:
Naval Sea Systems Command (NAVSEA) approved the first metal part created by additive manufacturing (AM) for shipboard installation, the command announced Oct. 11, 2018.
A prototype drain strainer orifice (DSO) assembly will be installed on USS Harry S. Truman (CVN 75) in fiscal year 2019 for a one-year test and evaluation trial. The DSO assembly is a steam system component that permits drainage/removal of water from a steam line while in use.
Huntington Ingalls Industries — Newport News Shipbuilding (HII-NNS) builds Navy aircraft carriers and proposed installing the prototype on an aircraft carrier for test and evaluation.
“This install marks a significant advancement in the Navy’s ability to make parts on demand and combine NAVSEA’s strategic goal of on-time delivery of ships and submarines while maintaining a culture of affordability,” said Rear Adm. Lorin Selby, NAVSEA chief engineer and deputy commander for ship design, integration, and naval engineering. “By targeting CVN-75 [USS Harry S. Truman], this allows us to get test results faster, so — if successful — we can identify additional uses of additive manufacturing for the fleet.”
The test articles passed functional and environmental testing, which included material, welding, shock, vibration, hydrostatic, and operational steam, and will continue to be evaluated while installed within a low temperature and low pressure saturated steam system. After the test and evaluation period, the prototype assembly will be removed for analysis and inspection.
The aircraft carrier USS Harry S. Truman transits the Gulf of Oman.
(U.S. Navy photo by Mass Communication Specialist 3rd Class Taylor M. DiMartino)
While the Navy has been using additive manufacturing technology for several years, the use of it for metal parts for naval systems is a newer concept and this prototype assembly design, production, and first article testing used traditional mechanical testing to identify requirements and acceptance criteria. Final requirements are still under review.
“Specifications will establish a path for NAVSEA and industry to follow when designing, manufacturing and installing AM components shipboard and will streamline the approval process,” said Dr. Justin Rettaliata, technical warrant holder for additive manufacturing. “NAVSEA has several efforts underway to develop specifications and standards for more commonly used additive manufacturing processes.”
Naval Sea Systems Command is the largest of the Navy’s five systems commands. NAVSEA engineers, builds, buys and maintains the Navy’s ships, submarines and combat systems to meet the fleet’s current and future operational requirements.
Master Sergeant George Hand US Army (ret) was a member of the 1st Special Forces Operational Detachment-Delta, The Delta Force. He is a now a master photographer, cartoonist and storyteller.
(Featured cartoon: The unfortunate Christmas fire started by the Grinch here is likened to the great Chicago Fire of 1871, when a cow being milked by owner Catherine “Cate” O’Leary kicked over an oil lantern that started a hay fire in the barn they were in. The fire killed 300 people and destroyed over 17,000 structures)
Quite a lot of the nation tends to kick back and cut slack during the holidays. Some functions cannot do that by sheer nature of the importance of their contribution. Others will not simply because…they don’t want to.
That was the attitude of my Special Mission Unit. It was a year that we felt we needed to train more, but were just running out of days in the year to do it. It was then that we ran our live-fire urban combat training all the way up to the 24th of December.
Not even Christmas was a candidate to compromise our resolve to train to standard.
Our urban combat training site was an abandoned neighborhood just off the far end of the runway of a major American airport. The property values had sunk out of sight due to the constant roar of the aircraft overhead. The houses were pretty old, but I don’t think they were older than the airport. It begged the question: “why would anyone think it was a good idea to build a community so close to the flight path of such a large airport?”
An abandoned hood such as this makes an excellent complicated urban target
[David Lohr, Huffington Post]
While some real estate investor had come up bust, Delta had gained a 360-degree free-fire city where anything could go into the tactical fight. Our operations cell had worked on the hood for weeks preparing it with modifications: pop-up targets in windows and doors, on roofs, and even behind bushes. Some of the targets moved across streets mounted on rollers that ran along the tops of cables. There simply was just no way to even modestly know what to expect.
The keyword there is what lends the greatest to the realism of the training venue — not knowing what to expect; to be coaxed into expecting the unexpected. The whole ambiance of the scenario begged every man to constantly scan overhead and wonder just what might burst forth from out of the ground. Therein lies a formidable test of our true live-fire marksman skill.
The Grinch was our Bravo Assault Team Leader. He was a painfully no-nonsense one-man wrecking machine with combat experience in Lebanon, Somalia, the Iraqi Wars, and Afghanistan. “Asscrackistan,” the Grinch would say, “is no place for a fatherless boy.” Yes, just what exactly he meant by that no sane man knew, but it was his version of humor, and knowing that we all laughed each time he said it.
Another famous Grinch-ism: he was once formally quoted to have said to a man: “Well, that’s your opinion, and it’s wrong!” Any attempt to explain the absence of degrees of right or wrong of an opinion was in danger of being met with a lung-collapsing blow to the chest; that’s just how the Grinch rolled. Ours was never to reason why with the Grinch, ours was to pop the snot bubble and move out.
We spent half days planning our assaults on our “Slim City” as we called it: methods of infiltrations onto target, exit strategies, routes of movement to objectives, and contingency plans. The second halves of the days we executed our assaults on targets.
A meeting with the City Mayor’s office and Police Chief was required to secure the use of the abandoned neighborhood that was scheduled for demolition. After presenting a description of the training we planned to do, the Mayor asked our senior officer: “What guarantee can you give me that your men will not miss some of these targets and send bullets whizzing through my city?”
The response: “Because they’ll be told not to,” the senior officer replied — sold!
During the last assault (it’s always on the last assault) the Grinch skillfully maneuvered his pipe-hitters from building to building. The booming of flash-bang grenades and the quick staccato of double-tap* rifle shots was almost rhythmic, to the extent that we could pretty much tell how far through the buildings he was.
Then “it” happened…
The Grinch slammed a flash-bang in a room. It bounced off a wall and came to rest near the open entrance door. When it exploded it shoved the locked door shut. It was a metal door that did not respond to mule kicks from the powerful Grinch: “put a man on it and the rest of us by-pass it!” the Grinch instructed. When they finished clearing the structure, it had become filled with smoke that was coming from the locked room.
“BLOW IT!!” the Grinch called out, and a man immediately slapped a full 80-inch high explosive charge on the door and fired it. With an Earth-rocking explosion, the door was pushed inside the room…but immense flames shot out of the doorway. The Grinch keyed his microphone and called in the situation as structural fire out of control. The Command and Control element had the city fire department alerted.
It became painfully clear that most the the neighborhood was going to burn.
The old building was consumed totally and in short order by flames which spread from building to building. Soon an entire block was a raging inferno of flame and choking smoke. The pumper trucks from the local fire department showed up. The boys were there to meet the trucks:
“Thanks, we’ll take it from here,” the boys told the fire crews, who stood stunned for many moments, then ultimately had to concede the pipe-hitters who bore no grins upon their faces. It was no joke.
“They… they took our trucks.
The fire crews huddled at the hood entrance while the boys fought the fires, knocking them down with high-pressure hoses and water canons. The assault tactics on fire were the status quo for any assault, just that water was now being launched. The last of the flames succumbed to the deluge with a small number of structures hardly worth the count.
The brothers knocked down the flames with high pressure water the best they could.
“Who on God’s Earth is responsible for this?” demanded our ranking officer later into the night where he addressed the balance of the men. The mighty Grinch, offering no sugar coating, took a mighty step forward.
Saying nothing as he stood with hands on hips, and stared the Major down.
“Ok… we’re all tired from a very long day and night; let’s knock it off and get some sleep!” the major conceded.
*Double-tap: two shots of rifle or pistol that are fired very quickly to the chest area of a threat target. Often time they are fired so fast as to be barely discernible as two separate shots fired. Double-taps are often fired with a slower third “clean up” shot to the head. The meter of the event will “sound” like this: “Ba-Bam… bam, Ba-Bam… Bam.”
The dust has finally settled in the battle between firearms giants Sig Sauer and Glock over the Army’s program to replace more than half a million M9 Beretta handguns after government investigators sided with Sig over a protest that claimed the company was selected unfairly.
In a June 5 report, the Government Accountability Office denied the protest by Glock of the January award of a massive contract to replace nearly 550,000 handguns in the Army and other services with a militarized version of the Sig P320 striker-fired pistol.
While the GAO said each was very close in performance and other factors that evaluators looked into, Sig came in with a program price nearly $130 million less than Glock.
“Based upon the technical evaluation and my comparative analysis of the proposals, the Sig Sauer proposal has a slight technical advantage over the Glock proposal,” the GAO said in its final report. “The advantage of the Sig Sauer proposal is increased when the license rights and production manufacturing factors are brought into consideration … making the Sig Sauer proposal overall the best value to the government.”
The evaluators said the Sig and Glock basically ran neck in neck when it came to reliability, accuracy, and ergonomics. But the Army hit Glock on its safety during the “warfighter evaluation” phase of testing, giving Sig an edge and prompting Glock to factor that into its protest.
The report is unclear on how the Glock safety negatively impacted the Army’s decision, but most commercial versions of both candidate handguns do not have a thumb safety, so each company had to design that into their submissions.
According to the report, Glock submitted one full-sized handgun (presumably the G17 or G19) and Sig submitted two, a full-sized and compact version of the P320. Sig is the only company of the two that manufactures a fully-modular handgun — one that can convert from a full-sized handgun into a sub-compact for concealed carry by changing out a few parts.
When most people think armor, they think of thick steel, ceramic or Kevlar. It stops (or mitigates) the harm that incoming rounds can do, but there’s one big problem: You can’t see a friggin’ thing if you’re behind it.
This is no a small problem. Put it this way, in “Clausewitzian Friction and Future War,” Erich Hartmann, who scored 352 kills in World War II, was reported to have believed that 80 percent of his victims never knew he was there. Project Red Baron, also known as the Ault Report, backed that assessment up based on engagements in the Vietnam War.
Bulletproof glass exists, but it can be heavy. When it is hit, though, the impact looks a lot like your windshield after it catches a rock kicked up by an 18-wheeler on the interstate.
That also applies in firefights on the ground – and according to a FoxNews.com report, the Navy has made it a little easier to maintain situational awareness while still being able to stop a bullet. The report notes that the Navy’s new armor, based on thermoplastic elastomers, still maintains its transparency despite being hit by bullets.
In a Department of Defense release, Dr. Mike Roland said, “Because of the dissipative properties of the elastomer, the damage due to a projectile strike is limited to the impact locus. This means that the affect on visibility is almost inconsequential, and multi-hit protection is achieved.”
That is not the only benefit of this new armor. This new material can also be repaired in the field very quickly using nothing more than a hot plate like that used to cook Ramen noodles in a dorm room – or in the barracks.
“Heating the material above the softening point, around 100 degrees Celsius, melts the small crystallites, enabling the fracture surfaces to meld together and reform via diffusion,” Dr. Roland explained.
Not only will this capability save money by avoid the need to have replacement armor available, this also helps reduce the logistical burden on the supply chain, particularly in remote operating locations that were very common in Afghanistan during the Global War on Terror.
When investigating new ways of transmitting and communicating information, sometimes it helps to see the light.
This is the idea behind a new technology being investigated by the Research, Development and Engineering Command Soldier Center’s Expeditionary Maneuver Support Directorate, along with its industry partner, VLNComm of Charlottesville, Va.
“It’s a wireless system but instead of using radio frequencies it uses infrared light,” said Frank Murphy, an engineer on EMSD’s System Development and Engineering Team. “It is called LiFi, or light fidelity. It has many advantages.”
Murphy has been investigating ways to utilize the emerging commercially available technology in a tactical environment as the physical characteristics appear to solve many issues facing wired and wireless field command post network systems.
The technology will be used in expeditionary mission commands. EMSD has come up with a concept for using LiFi within any enclosed mission command platform. LiFi eliminates the problems associated with the time-consuming task of running data lines in tactical operation centers and command posts. Moreover, since the technology does not use radio waves, it cannot be detected outside the confines of the mission command platform.
“The technology uses light waves to transmit and receive data between the servers and the user’s computer,” said Melvin Jee, the leader of EMSD’s Command Post Platforms Branch. “As light cannot pass through walls, the enemy cannot detect the signal.”
The transceiver (pictured here) is simply put into a USB port and will then detect the signal and users will be hooked up to the IT network of their command post. Then a Soldier just needs a light shined overhead to have network access.
(Photo is courtesy of the RDECOM Soldier Center Expeditionary Maneuver Support Directorate)
Murphy’s investigation into the technology was inspired in part by Douglas Tamilio, the director of RDECOM Soldier Center, sharing an article about LiFi with RDECOM Soldier Center leadership. Murphy’s investigation was also inspired by the vision of Claudia Quigley, the director of EMSD, and the RDECOM Soldier Center’s ongoing partnership with the 82nd Airborne. The RDECOM Soldier Center and the 82nd Airborne have worked together extensively to find out ways to best meet the needs of warfighters.
Murphy explained that Quigley and other members of the directorate were working with the 82nd Airborne during a field exercise. During the exercise, Murphy noticed that the setup of IT cabling was proving to be a time-consuming and difficult task.
“They had a hard time setting up their IT network, which isn’t usually an NSRDEC area, but we felt that we could address the need,” said Murphy. “Tactical speed is absolutely essential for command post setup. LiFi is potentially faster, easier to install and doesn’t have the security and exposure issues of other technologies. LiFi is un-hackable and untraceable when used within the command post shelter.”
“It’s virtually impossible to find the wavelength the data is being transmitted on, so if LiFi is detected, it’s hard to intercept the data stream,” said Jee.
EMSD is working with industry partners. Murphy explained that the commercially available technology was modified to fit a tactical environment. The technology will affect how soldiers communicate and, thus, carry out a mission.
“A command post of any size is an information processing center,” said Murphy, “They take information from the field whether it comes in from a drone, soldier/squad reports, other personnel in the area, satellite information, information from wheeled vehicles, or from behind the front lines — all this information gets fed to the command post staff. They make a decision and then the information goes right back out. Lives depend on this communication.”
“LiFi is part of NSRDEC’s plan to provide a fully integrated platform with all of the necessary infrastructure in order for the warfighter to set up his command post,” said Jee. “Just as a house is fully integrated with power, lights, and network cabling — allowing the homeowners to just concentrate on the furnishings — NSRDEC plans to provide a fully functional house, allowing the warfighter and program managers to provide the “furniture.'”
“In a command post, everyone has a job to do and they have their information chain,” said Murphy.
“All these soldiers need network access. With this, you simply shine the light over their head. After you hook the transceiver into the USB port, the transceiver will detect the signal and you will be hooked up to the IT network of your command post. It’s as simple as that. We also hope to have it integrated into the wiring harness for the lighting so we can just roll up the tent and pack it away during a move.”
Murphy emphasized that the NSRDEC project is really a team effort and that several entities at the Natick Soldier Systems Center were important to the development of the technology. He also received “great guidance” from his branch chief, Melvin Jee, and from his team leader, Connie Miles-Patrick, System Development and Engineering Team, as well as the DREN team and people in the Natick Contracting Division.
He also credited the use of the Base Camp Integration Lab, or BCIL, which was created by and is expertly run by, Product Manager Force Sustainment Systems. A first-generation Li-Fi system prototype was recently set up at the BCIL and successfully demonstrated the capability to send and receive data using the BCIL’s IT network.
“The people at the BCIL were incredible,” said Murphy. “They gave us the perfect platform to showcase the tactical capabilities of this device. This project really showcases what Natick is all about. The Natick team dove in with both feet. Great things happen when people believe in each other and in an idea. We all want to help the soldier.”
Murphy believes that LiFi is truly the wave of the future.
“The demand for data inside the command post is only going to continue to increase,” said Murphy, “So data quantity and quality need to improve to meet this demand. This technology can be hooked up permanently in rigid wall mission command platforms, but it can be used anywhere. We will be bringing world-class communications, security, speed, and capability to the frontline soldier. Information in the field is a weapon. This technology will help the warfighter make better decisions and be more effective and lethal in the field. This changes everything in the IT network system. It’s a game changer.”
The Joint Air-to-Ground missile has been cleared to begin low-rate initial production, weapons maker Lockheed Martin said on June 27, 2018.
The JAGM is the successor to the vaunted Hellfire missile and is meant to provide precision standoff-strike capability against high-value fixed and moving targets, both armored and unarmored, on land and at sea, even in poor weather conditions.
The new missile combines semi-active laser guidance, like that used on the Hellfire II, and millimeter-wave radar, like that used by the Longbow Hellfire, into a single system, which is paired with the warhead, motor, and flight-control system of the Hellfire Romeo missile.
Lockheed was the sole bidder for the missile contract, taking it on in summer 2015, and the weapons maker will give the Army 2,631 missiles under the production contract, Col. David Warnick, the Army program manager for Joint Attack Munition Systems, told Defense News.
(U.S. Navy photo)
The Hellfire was originally designed to be a 100-pound armor-piercing weapon to destroy tanks, but it has seen extensive use in the war against ISIS as a precision-guided munition that can be fired from planes, helicopters and drones. The Army has had to increase production for fear of running out.
The JAGM is to replace the Hellfire on all the platforms that fire the older missile. The new missile is also expected to be used on unmanned vehicles, like the MQ-9 Reaper drone. During the engineering and manufacturing development phase, the JAGM was tested and qualified on the AH-64E Apache and AH-1Z Viper attack helicopters.
During testing, pilots spoke highly of the JAGM, particularly of the ability to toggle between semi-active-laser and radio-frequency guidance within seconds.
“Using a SAL missile, the last six seconds of the missile flight is the most critical to keep your laser sight on target,” Michael Kennedy, an experimental test pilot with the Aviation Flight Test Directorate at Redstone Test Center, said an Army release early 2018.
“If you’re getting shot at and your line of sight goes off the target, your missile misses,” Kennedy said. “JAGM can start off using the laser, then transition to the radar portion and still hit the target if the crew has to use evasive maneuvers.”
Lockheed said it had successfully carried out 10 limited-user test flights in the months leading up to approval for low-rate initial production.
(U.S. Army photo)
A Pentagon Director of Operational Test and Evaluation report released in January 2018 said the Army carried out two successful ground launches and 20 successful air launches during fiscal year 2017.
“The test results demonstrated the system’s combat effectiveness and technical maturity,” Lockheed said in a release. “Additionally, the program successfully conducted supplier and prime contractor production readiness reviews establishing the program’s readiness to move into LRIP.”
The JAGM system has demonstrated more than 95% reliability in flight testing, Lockheed said in its release, adding that the system is being built into the production line by the same team that has churned out more than 75,000 Hellfire missiles.
JAGM’s development has not been without issues, though.
The DOTE report said several technical issues cropped up during testing and that, on several occasions during tests, the missile missed its target or failed to detonate. The Army said that the issues that appeared in earlier tests have been corrected, according to Defense News.
Warnick, of the Army’s Joint Attack Munition Systems program, said operational testing would take place in the 2019 fiscal year, which runs from October 2018 to September 2019. That will be followed by a full-rate production review between March and September 2020, he told Defense News.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
On July 1, 2019, Boeing announced that T-X aircraft N381TX flew the first official Engineering and Manufacturing Development (EMD) flight test from Boeing’s St Louis plant in Missouri. Boeing did not disclose further details about this flight although the Chief T-X Test Pilot, Steve ‘Bull’ Schmidt, said: “She flew just superb. First EMD test points went off without a hitch”.
The aircraft is one of the two company-funded prototypes built for the Air Force T-X Advanced Pilot Training program and modified into the EMD design after the first flight test campaign. The two aircraft performed 72 test flights between December 2016 and December 2018, gathering data ahead of the EMD testing. During the last months, Boeing and Saab (rear fuselage supplier for T-X) modified the prototypes with ACES 5 ejection seat, an updated On-Board Oxygen Generation System (OBOGS) and other minor changes. Boeing is counting on completing the critical design review of the final EMD configuration by the end of 2019.
The two T-X prototypes in formation during a flight test.
The U.S. Air Force awarded the $ 9.2 billion T-X contract to Boeing and Saab in September 2018 for 350 trainer aircraft, 46 ground-based training systems and related ground equipment, with other 125 aircraft on option.
The first five aircraft and seven simulators will be delivered to Joint Base San Antonio-Randolph (Texas) in 2023, with Initial Operational Capability (IOC) planned by the end of 2024 and Full Operational Capability (FOC) planned by 2034. The T-X trainer is due to replace the Northrop T-38 Talon, the world’s first supersonic and most produced jet trainer, that has been in service for over 50 years.
The new aircraft is powered by a single General Electric Aviation F404 engine (the same engine used by the Saab Gripen C/D and legacy F/A-18) and has a design similar to the F/A-18, with leading-edge root extensions (LERX) and twin tails that can provide high performance training for pilots that will fly US front-line fighters. The cockpit features a touchscreen large-area display (LAD), digital Up-Front Controller (UFC) and standby instruments, Hands On Throttle And Stick (HOTAS) controls and a low profile Head-Up Display (HUD), much like the F-35 cockpit or the proposed cockpits for Boeing’s F/A-18E/F Block III and F-15X and Saab’s Gripen E.
This article originally appeared on The Aviationist. Follow @theaviationist on Twitter.
Some military vehicles are given names that accurately reflect what they do and how well they do it. Others, however, are not so fortunate — they’re given military monikers that simply don’t fit.
The following tools of war were either given names so lofty that it makes a mockery of their actual performance or a name so low-class that it’s a disgrace to the weapon.
At Midway, the Devastator got devastated by Mitsubishi A6M “Zeke” fighters.
Douglas TBD Devastator
This plane’s name would have you thinking it’s something that can deliver a huge amount of firepower, sufficient enough to destroy whatever ship lays in its path. Unfortunately, this was far from the reality of the Douglas TBD Devastator.
At the Battle of Midway, a total of 41 Devastators attacked the Japanese carriers. Torpedo Squadron Eight, based on the aircraft carrier USS Hornet (CV 8) and accounted for 15 of those Devastators — all of which were wiped out. In total, only six Devastators survived. ‘Devastated’ is a much more fitting title.
The KC-97 Stratofreighter was really an aerial refueling tanker, as seen in action with these A-7 Corsairs.
Boeing KC-97 Stratofreighter
This plane found quite a bit of success in its lifetime: 811 were built by the United States and it saw plenty of peacetime work. It was introduced in 1951 and stuck around until 1978 with the Air National Guard. So, what makes ‘Stratofreighter’ such a poor name choice?
This plane wasn’t a transport — it was a tanker. This plane refueled the bombers and fighters who took the fight to the enemy. Really, this plane should have been called the ‘Stratotanker’ (a name later used by the KC-135) because there’s no ‘freighter’ involved.
The only things mauled by the MIM-46 Mauler were the reputations of those who thought it was a good idea.
This missile was intended, as the name implies, to maul enemy planes that approached on close-air support missions. Well, as it turns out, the only mauling the missile did was in theory. In reality, it suffered from all sorts of problems, ranging from failing launch canisters to malfunctioning guidance systems.
Ultimately, the Army instead turned to the MIM-72 Chaparral and Navy went with the RIM-7 Sea Sparrow. The MIM-46 was test fired in 1961 and, by 1965, the Mauler mauled no more.
This was what the M247 Sergeant York was supposed to be. Reality was very different.
M247 Sergeant York
Sergeant Alvin York was known for his marksmanship, earning the Medal of Honor for heroic acts performed during World War I. The M247 Sergeant York, conversely, was anything but a marksman. When it came time to test this vehicle, which was equipped with a pair of 40mm cannon and the radar of the F-16, it couldn’t even hit a hovering drone. The radar simply couldn’t track anything.
Surely, Sergeant York rolled in his grave over sharing a name with this lemon.
What weapons do you think have unfortunate names? Let us know in the comments!
The US Army has barred its soldiers from using TikTok following mounting fears from US lawmakers that the Chinese tech company could pose a national security threat.
Military.com was the first to report the new policy decision, which is a reversal of the Army’s earlier stance on the popular short-form video app.
A spokeswoman told Military.com that the US Army had come to consider TikTok a “cyberthreat” and that “we do not allow it on government phones.” The US Navy took a similar decision to bar the app from government phones last month.
Despite the creation of the United States Space Force, we’re still a long way off from building blasters like ones in the Star Wars universe and defeating our enemies with intense bolts of plasma energy. That’s right, they’re not lasers. In the Star Wars universe, ranged weapons are primarily powered by an energy-rich gas that is converted to a glowing particle beam. A far cry from jacketed lead ammunition propelled by gunpowder, or slugthrowers as they’re known in Star Wars, many of the blasters used in a galaxy far, far away are actually built from real-life firearms that are more familiar to us.
With a very tight budget of $11 million, or just under $50 million today adjusted for inflation, George Lucas and his film crew elected to modify real-life surplus weapons rather than create futuristic weapons from scratch. Weaponry and prop supplier Bapty & Co was contracted to provide Star Wars with modified surplus firearms to serve as space-age blasters. However, because of the aforementioned budget, many of the props could only be rented for the film. As a result, modifications were light and we can easily recognize the base weapons today.
The left-side magazine, large breastplate, and restricted arm movement in their armor forced Stormtrooper actors to hold their E-11s left-handed (Lucasfilm Ltd.)
1. BlasTech E-11 blaster rifle
The standard issue weapon of Imperial stormtroopers, the E-11 was a light, handy, and lethal blaster. The debate about Stormtrooper accuracy aside, the blaster was very effective on the battlefield and even featured three power settings: lethal, stun, and sting. It also came equipped with a telescopic sight and a folding three-position stock, a carryover from the real-life weapon it is based on.
British soldiers of 2 PARA armed with Sterlings (Ministry of Defence)
The Sterling L2A3 submachine gun is a British firearm designed at the end of WWII to replace the famed Sten submachine gun. Firing the 9x19mm Parabellum round, the Sterling was a favorite of special forces units for its excellent reliability and good accuracy. The Star Wars conversions used a cut-down version of the Sterling’s stick magazine as their power cell.
2. BlasTech A280 blaster rifle
The favored small arm of the Rebel Alliance, the BlasTech A280 was highly effective at piercing armor and provided more power than other standard infantry blasters at long range. Two variants of the A280 existed. The A280C was the preferred weapon of Rebel commandos. The A280-CFE (Covert Field Edition) was a modular weapon system that could be converted from its core heavy pistol to an assault rifle or sniper rifle.
The standard A280 is an amalgamation of an AR-15 receiver with a cut-down magazine and the front of a German StG 44, again with a cut-down magazine. Original StG 44s are extremely rare and expensive, so the ones cut apart to make the A280 were rubber props previously used by Bapty Co. The A280C is based largely on the StG 44; the only notable changes being the alteration of the stock, removal of the magazine, and the addition of a scope and handguard. The A280-CFE is more akin to the base A280, featuring an AR-15 as its core heavy pistol. The assault rifle and sniper rifle conversions feature the addition of the StG 44 front end.
Did Han shoot first? (Lucasfilm Ltd.)
3. BlasTech DL-44 heavy blaster pistol
Considered one of the most powerful blaster pistols in the galaxy, the DL-44 delivers massive close-range damage at the expense of overheating quickly under sustained fire. A carbine variation with an extended barrel and an attachable stock also exists. This version was used by Tobias Beckett on Mimban before he deconstructed it and gave it Han Solo. Solo further modified the weapon to make his iconic sidearm. After all, “Hokey religions and ancient weapons are no match for a good blaster at your side.”
The Waffen-SS soldier on the right shoulders an M712, an automatic variant of the C96 (Bundesarchiv)
The DL-44 is modified from the Mauser C96 pistol, easily identifiable by its rectangular internal magazine and broomhandle grip. Originally produced in Germany beginning in 1896, unlicensed copies were also produced in Spain and China throughout the first half of the 20th century. With the popularity of Han Solo’s DL-44, Star Wars enthusiasts have been known to purchase and modify increasingly rare original C96s to make replicas, much to the dismay of gun collectors.
Though small in stature, the Defender could still put down an Imperial trooper (Lucasfilm Ltd.)
4. DDC Defender sporting blaster pistol
On the other end of the spectrum, the Defender blaster pistol was a low-powered weapon meant for civilian defense and small-game hunting. It was also popular amongst the nobility of the Star Wars universe who used it in honor duels. The weapon was the sidearm of choice for Princess Leia Organa who wielded it against Imperial Stormtroopers during the boarding of the Tantive IV and the attack on the Endor shield generator bunker.
The Defender is based on the Margolin or MCM practice shooting pistol. The Soviet-made .22lr pistol is used primarily for competitive target shooting in the 25m Standard Pistol class. The weapon was chosen for its diminutive size to keep the prop gun from looking bulky and unwieldy in Carrie Fisher’s hands during filming.
Death troopers used vocal scramblers that could only be understood by other death troopers (Lucasfilm Ltd.)
5. BlasTech DLT-19 heavy blaster rifle
The DLT-19 was used heavily by Imperial forces as well as bounty hunters and even some Rebel heavy troopers. Although it was not a crew-served weapon, its high rate of fire meant that it could be used to suppress and cut down enemies at long range. The DLT-19D variant, which featured a scope and an under barrel glow rod (flashlight), was used by the elite Imperial death troopers. The DLT-19x targeting blaster was another variant. It featured a scope with greater magnification than the D variant and released all of its power in one shot, making it an extremely accurate and deadly long-range precision weapon.
Very little was changed on the MG 34 to make it into the DLT-19. Introduced in 1934, the German machine gun could be belt-fed or utilize a drum magazine; neither of which were used on the DLT-19. The MG 34 was designed under the new concept of a universal machine gun and is generally considered to be the world’s first general-purpose machine gun. It was the mainstay of German support weapons until it was replaced by the MG 42 in 1942. Even then, because the MG 34’s barrel could be changed out more easily inside of a vehicle than the MG 42, it remained the primary armored vehicle defensive weapon throughout the entirety of the war.
You can never have too much suppressive fire (Lucasfilm Ltd.)
6. BlasTech T-21 light repeating blaster
If you couldn’t tell, the nationalization of BlasTech industries meant that it was the premier military-grade arms manufacturer in the galaxy. The T-21 was a rarer sight than their more common E-11 or A280 blasters though. It was issued to more elite units like stormtroopers, magma troopers, and shadow troopers. However, its high rate of fire and long-range accuracy were limited by its power capacity of just 30 shots. To remedy this limitation, the T-21 could be hooked up to a power generator to provide sustained fire. The T-21B variant added an optic to increase its lethality at long range.
Australian soldiers drill with Lewis guns in France (Public Domain)
The Lewis light machine gun was designed in America, but built in Britain and fielded by the British Empire during WWI. It featured a distinctive barrel cooling shroud and a top-mounted pan magazine. Like the magazine of the MG 34, the Lewis gun’s magazine was omitted for its use in the Star Wars universe. It was often used as an aircraft machine gun and served to the end of the Korean War.