Drones are being used by companies from Amazon to Uber, but one company built a flamethrower you can hook up to your personal drone for all your fire-spewing purposes.
In a video from company Throwflame, the TF-19 WASP flamethrower drone attachment is seen spewing long streams of fire into the air and engulfing dead bushes in flames.
Although Throwflame advertises using the flamethrower drone for mundane things like cleaning up vegetation and getting rid of wasp nets, the video paints a terrifying view for what the future of drone flight could entail.
It’s important to note that the $1,500 price tag is only for the flamethrower attachment itself. You’ll have to buy the drone separately — the one that Throwflame recommends for its flamethrower will cost you at least $1,500.
Check out the features of the TF-19 WASP flamethrower drone attachment and what it can do:
The flamethrower attachment can be used with any drone that has a payload capacity— how much weight the drone can hold — of 5 pounds or more. In the video, the TF-19 WASP is attached to a DJI S1000 octocopter drone, which sells for id=”listicle-2639318262″,500.
The DJI S1000 drone goes for id=”listicle-2639318262″,500 on websites like eBay and in stores such as BH.
2018 was a pretty good year for military innovation, but 2019 is shaping up to be even better. The Pentagon and DARPA are experimenting with virtual and augmented reality, developing new aircraft and vehicles, and expanding their robotics and hypersonic offerings.
Get the skinny on what will likely break next year in the six entries below:
Gen. Robert B. Neller, commandant of the Marine Corps, uses a HoloLens to manipulate virtual objects April 4 at the Marine Corps Installations Pacific Innovation Lab aboard Camp Foster, Okinawa, Japan.
The Army and other branches have researched augmented reality before, so there’s plenty of groundwork already done. Once the HoloLens is incorporated, infantry could just glance around and see where their fire support is, how far it is to their objective, and where their squad support robot is. Speaking of which…
DARPA’s Squad X competition aims to better incorporate robots into infantry squads.
Robots joining human squads
Yeah, one of the other additions to infantry squads and other maneuver units could be robots to carry gear, sensors, and electronic warfare modules. It’s all part of DARPA Squad X Experimentation Program. The idea is to nest robots into Army and Marine units, especially infantry squads.
DARPA wants new materials to make hypersonic missiles more stable and reliable.
U.S. hypersonic missiles get faster, more operable
Hypersonic missiles are the ultimate first-strike weapon. They fly at five times the speed of sound or faster, making it nearly impossible for ballistic missile interceptors to catch them. And reporting in the open seems to indicate that Russia and China are further along than the U.S.
The S-97 Raider is the basis of Sikorsky’s SB-1 Defiant, the company’s proposed aircraft for the Army’s Future Vertical Lift helicopter.
The SB-1 Defiant and V-280 Valor will show their stripes
The Army wants a whole new family of vertical-lift aircraft, starting with a bird to replace Black Hawks. The two top prototypes are going through trials now, and each has some exciting milestones scheduled for 2019. The biggest and earliest is the imminent first flight of the SB-1 Defiant, a compound helicopter that is thought capable of almost 290 mph in flight.
One of the leading contenders for the Army’s new light tank is the AJAX armoured fighting vehicle from Britain, but with a beefed up gun to destroy enemy gun emplacements. The resulting vehicle would be known as the Griffin.
It’ll be sweet to see the first prototypes in 2019, but it’ll be even greater at the end of 2019 or start of 2020 when the Army starts actually putting them through their paces. No matter which design is chosen, it’ll be a big capability upgrade for the infantry.
US Army Pilot Tests ALIAS’ Autonomy Capabilities in Demonstration Flight
The ALIAS program is currently limited to a Sikorsky demonstrator, but if it reaches full production, any and all Army helicopters could be controlled via some commands typed into a tablet. They can even pick their own landing zones and fly at near ground lever, usually better than human pilots.
The United States and the Soviets disagreed on almost everything; except the fact that anti-tank infantry capabilities are necessary for decisive offensive combat. The Soviets fear our tanks because of their armor, speed, and firepower and raced us in the manufacture of rocket propelled grenades, also known as RPGs. Due to the variety of RPGs in circulation, we will focus on the RPG-7, the most widely used of all Soviet-era anti-tank weaponry.
(TRADOC BULLETIN NO. 3 U.S. Army)
The RPG-7 anti-tank grenade launcher is cheap, simple, and effective. The RPG-7 is part of one of many evolutionary branches of rockets. It is a decedent of the German Panzerfaust anti-tank weapon from which all RPG series stem from. In 1961 the RPG-7 was adopted by Soviet Armed forces.
The RPG-7 is 37.8 inches in length and weighs 14.5 lbs unloaded and 19 lbs when loaded with the 85mm caliber round (the rocket). It has a rate of fire of 4-6 rounds per minute at an arming range of 5 meters. It has a sighting range of 500 meters and a maximum range of 900 meters, at which point it self destructs. This speed is more or less three football fields per second.
The initial velocity of the rocket is 117 meters per second that increases up to 294 meters per second when the rocket assist engages. At full speed, it can penetrate up to 13 inches of armor at zero degrees.
This weapon has seen a wide range of use throughout the world along with the communist favorite AK-47.
The grenade is separated into two parts, the warhead and sustainer motor, and the booster charge. These two parts must be screwed together before the grenade is ready to fire.
When the projectile is first launched it is powered by a small strip powder charge to reduce the backblast area from harming the gunner. At approximately 11 meters the sustainer rocket kicks in, ignites, and boosts the rocket to maximum velocity.
The fins open after launch with canted surfaces that spin the rocket and stabilize the rocket in flight.
The rocket itself is 36.62 inches long and weighs 4.6 pounds. HEAT rounds are olive drab, and practice rounds are black. They use a point impact fuse with a base detonator.
The shape of the warhead is to penetrate tank armor by using the Munroe Effect:
The greatly increased penetration of an explosive into a surface (as of metal or concrete) that is caused by shaping a conical or hemispherical hollow in the forward end of an explosive cartridge – Merriam-Webster Dictionary
When the round detonates a small cone of metal forms and burns through the armor. There is no explosion after the core penetrates the armor, it is often the metal continuing out the other side of the target.
Since the RPG-7 is a direct fire weapon, it’s effectiveness on the battlefield is directly affected by the ability of the gunner. The weapon’s biggest weakness is crosswind when leading a target down range. In winds greater than 7 miles per hour, a gunner cannot expect to hit more than 50% of the time beyond 180 meters. They must calculate both wind direction and velocity, but even then results may vary.
There are two standard sights for this weapon: Iron sights and a telescopic sight.
Iron sights are permanently attached and can sight 200 to 500 meters with no wind or lead adjustment. In a conventional force, it is the backup sight system, but since most forces who use this weapon are unconventional, it is usually the primary.
The Soviet tactical doctrine regarding the RPG-7 states that it is most effective at 300 meters or at a point blank target with a height of two or more meters. The reasoning for 300 meters is that it will reduce the target reaction time to take evasive action or to counterattack. Even if it doesn’t kill the target, it’s still going to scare the sh*t out of it long enough to reload and strike again.
A U.S. Army test against a stationary M60 tank concluded that at 300 meters the probability of a gunner hitting his target is 30%. A second round has a 50% chance of hitting. The round was designed to penetrate 13 inches of armor but in practice penetrates 11 inches of steel instead.
During these tests, the U.S. Army also found that exposed tanks not in defilade are twice as vulnerable as one that is. A troop is to react immediately when fired at by an RPG-7. Because a second round is more likely to hit, it is imperative to suppress with machine guns, pop smoke, and move out of the kill zone.
Out of all the Soviet weapons, the deadliest is their propaganda infecting governments around the world.
Note: For the sake of brevity, I will use the term “ballistic shields” to be an all-inclusive term for III-A rated shields used by law enforcement.
Even the Ballistic Resistant Protective Materials NIJ Standard 0108.01, a publication that is used by the U.S. Department of Justice, warns of highly technical jargon that may be confusing for the uninitiated when defining a ballistic shield:
“Because this NIJ standard is designed as a procurement aid, it is necessarily highly technical. For those who seek general guidance concerning the selection and application of law enforcement equipment, user guides have also been published. The guides explain, in non-technical language, how to select equipment capable of performance required by an agency.” – Lester D. Shubin, Program Manager for Standards, National Institute of Justice.
An edge for the Thin Blue Line
Imagine, for a moment, a metropolis of crowded buildings, hours after nightfall. Strobes of red and blue paint the virtually empty streets. Police vehicles and personnel are poised with a single structure at their center. Negotiations are faltering, their demands are too ambitious, and the hostages are too far out of reach.
Your uniform declares “Special Weapons and Tactics” to the world. Your radio comes to life and the order is issued. Everyone is on high alert for what may happen next.
Leading a four-man formation with a shield and side arm, you glide, skirting the wall, right up to the front door. The second team arrives behind your stack. Protected by eyes and weapons pointed in all directions, you check the handle:
After a moment of communication with a team member known as the breacher, he crosses to the opposite end of the door. You feel someone squeeze your arm; that’s the signal. You make eye contact with the breacher and he gives you a nod. The adrenaline pumping through your veins fuels a moment of clarity: You trained for this. You are ready for this. It’s time to lay down the f *cking law.
Every hallway, room, and staircase are methodically cleared using slow, but deliberate movements. Your shield never lowers, but the weight begins to take its toll on your strength.
Hostiles attempt to repel your advance by firing everything they’ve got. The roar of .44 magnums and 9mm pistols fill the air. Whatever your ballistic shield doesn’t block impacts around you.
You return the greeting — with interest — and push forward.
The outside world holds their breath, transfixed on the live-stream broadcast. The eyes of millions scan for every flash, boom, and bust from the safety of their phones. After what feels like an eternity, your team and the hostages emerge.
This is one of countless scenarios that law enforcement faces as “the thin blue line” separating the civilized world from the savagery of gangs and terror. Ballistic shields give officers an edge against an enemy that would otherwise prey on the innocent with impunity.
Could this edge be transferable to the battlefield?
A ballistic shield loses its edge on a battlefield – and more so against an unconventional foe.
First, its cumbersome size and weight reduces a rifleman’s speed and mobility — two very important traits that are not easily sacrificed by warriors. It’s always better to dodge a bullet than to block it (for obvious reasons). A modern troop will be equipped with heavy gear, ammo, and a chest full of patriotism.
The ballistic shield is lightweight only in the sense that it weighs under 20 pounds.
It just becomes another thing to lug around with no comfortable method of carry. It would be another asinine piece of gear that could potentially get you killed because some congressman and a defense firm shook hands. Firefights can sometimes last hours, days, or (in some of the most brutal circumstances) months, and you can literally and metaphorically find yourself fighting single-handed.
Second, unconventional enemies use high-caliber, armor-piercing rounds. Most of what you would find when fighting communists or terror organizations would turn a ballistic shield into Swiss cheese.
You won’t find the Islamic State imposing their twisted ideologies with a 9mm. An Improvised Explosive Device buried underneath the ground will effectively neutralize any benefit of that additional armor.
Third, most battles don’t devolve into a “Mexican Stand-Off,” sealed away from the rest of the city. If the enemy is fortified, but there are no hostages or prisoners of war, there are other options…
Ballistic shields have earned their place as a staple for law enforcement because they have a specific purpose. Those same shields offer little to no benefit in combat.
Israel faced a problem in the 1970s. The Yom Kippur War had seen them take heavy aircraft losses. They needed more planes – and they wanted to get some better performance as well. After all, Syria was acquiring advanced MiG-23s (the Flogger was advanced at the time).
The Israelis had been forced to steal the plans for the Mirage 5 from France after an arms embargo. Mossad had managed to get the Mirage 5 plans in a very brilliant operation, but it was just an interim solution. Israel built 50 Neshers, which correlated to the number of aircraft it had ordered from France. The Nesher was flown by Giora Epstein when he took on 11 MiGs by himself.
Israel did get lucky when they acquired a license to produce the J79 engine most commonly known as the powerplant of the McDonnell Douglas F-4 Phantom II. While Mossad was trying to swipe the plans for the Mirage 5, Israel had a backup plan: figuring out how to make the J79 work with the Mirage airframe.
Israel had been hoping to pull off one of those ideas, but they soon were in a pleasant quandry after both of their plans succeeded. MilitaryFactory.com notes that the first Kfirs entered service in 1974, just missing the Yom Kippur War. The planes, though, proved to be excellent – and so good that the United States Navy borrowed a number of them to serve as aggressors at schools like Top Gun.
The Kfir saw action with the Israelis, mostly in ground attack roles. The Ecuadorian Air Force planes did rack up three air-to-air kills in the 1990s while fighting the Peruvians. Sri Lanka’s Kfirs fought the Tamil Tigers. You can see more about this Israeli lion of the skies in the video below.
The official Mad Scientists of war, otherwise known as Defense Advanced Research Projects Agency employees, have crafted a way for helicopter pilots to see through dust, snow, and smoke to fly safely even when their view is blocked.
Currently, low-visibility conditions lead to crashes and collisions that cost the U.S. hundreds of millions of dollars and can lead to troops’ deaths. Brownouts, when helicopter pilots lose visibility due to dust kicked up by their rotors or sandstorms, have caused a number of crashes in the recent wars in the desert.
The system maps terrain and landing zones in brownouts or whiteouts, prevents collisions with other aircraft and obstacles, and warns of weather hazards.
When the pilot is in combat, the system will aid in identifying and acquiring targets, guiding weapons, and linking the data feeds of different aircraft.
Ideally, the system will work as a “plug and play” add-on to current and future aircraft. Everything from modern helicopters to drones to the coming Joint Multi-Role Aircraft will feature the technology.
The Stryker family of wheeled armored fighting vehicles is an essential tool in the the United States Army’s arsenal — but it isn’t the first wheeled armored vehicle that saw widespread service with GIs. In World War II, there was another — and it was fast, effective, and packed a powerful punch.
That vehicle was the M8 Greyhound. It was a 6×6 vehicle that entered service in 1941, and drew upon lessons learned from German successes in 1939 and 1940. It was intended to serve as a reconnaissance vehicle and saw action with the British, Australians, and Canadians before American troops took it into battle.
A M8 Greyhound in Paris.
The M8 had a top speed of 55 miles per hour. This might not sound so speedy but, by comparison, the iconic M4 Sherman tank had a top speed of just 24 miles per hour. This seemingly small difference in speed made a huge impact when the effective range of tank guns was much shorter — and not just because the guns were smaller. In World War II, fire-control was also less advanced. Unlike today’s M1 Abrams, which can fire on the move and take out a target 3,000 yards away, a tank had to come to a complete stop before firing back then.
The M8 also packed a 37mm gun that could fire armor-piercing or high-explosive rounds and had a coaxial .30-caliber machine gun to defend against infantry. This light armored car could also add an M2 .50-caliber machine gun to defend against aircraft.
After World War II, the Greyhound was widely passed on, including to private sellers. This M8 was captured by Swedish troops in the Congo.
That said, the M8 had its weaknesses. It was lightly armored and particularly vulnerable to land mines and improvised anti-tank weapons. That didn’t stop American from producing almost 12,000 of these vehicles. After World War II, many of these went on to see action in Korea — and after that, they found homes with law enforcement and in private collections.
Learn more about the Greyhound in the video below!
With the apparently successful test of an ICBM by North Korea, questions arise about what can be done about the regime of Kim Jong Un. This is understandable. After all, he did threaten Sony over the 2014 movie “The Interview.”
Also, the whole humanitarian crisis thing.
According to an op-ed in the Washington Times, there are some high-tech options that could shut down the North Korean threat. Investigative reporter Ronald Kessler stated that the Pentagon was looking at a cruise missile that could fry electronics. He reported that the Pentagon is also exploring micro-robots capable of delivering a lethal toxin to the North Korean dictator.
The cruise missile is known as the Counter-electronics High-powered Microwave Advanced Missile Project, and it comes from Boeing’s Phantom Works — a lesser-known advanced aerospace projects division than the Lockheed Skunk Works. The missile uses microwaves to knock out radios and other electronic equipment. Boeing released a video about a 2012 test that you can see here.
Kessler also mentioned the use of insect-sized robots as potential weapons. While assassinations are currently prohibited by an executive order signed by President Gerald R. Ford, such a policy could be reversed by President Trump “with a stroke of the pen.” The advantage of using the micro-drones to bump off Kim Jong Un would be the fact that no American lives would be put at risk for the operation.
FoxNews.com reported that since the North Korean test, the United States tested the Terminal High-Altitude Air Defense system in Alaska. The system continued a perfect record on tests when a battery stationed in Alaska took out a missile launched from Hawaii. Two launchers from a battery of six have been deployed in South Korea.
The Magnum Research BFR is the strongest and most powerful handgun in the world. In fact, it packs such a punch that people compare it to Magnum Research’s Desert Eagle pistol. BFR stands for “Biggest, Finest Revolver,” and in my opinion, it deserves every letter of that name.
I’ve been shooting for over ten years and have tried out my fair share of powerful guns. The Magnum Research BFR has numerous qualities that make it stand out as the strongest handgun.
In this article, I’ll be covering features that make the Magnum Research BFR the most powerful handgun on the market.
Features Of The Magnum Research BFR
The Magnum Research BFR’s power comes from its innovative design and features. It’s 100% manufactured in the USA and contains brushed stainless steel.
There are two models you can choose from—long cylinder and short cylinder. Both models have a precision-grade barrel that offers you unbeatable accuracy when using lead or jacketed bullets.
As the most powerful single-action gun, it has ten calibers and two frame sizes from which you can choose. Other features of the Magnum Research BFR include:
Rear sight with improved technology
Newly designed grip
Note that to maximize the BFR’s power, you should avoid using rimless cartridges. That’s because Magnum Research uses custom calibers, so you could encounter issues with the revolver.
Magnum Research BFR Models
You can choose from two main BFR models: a long cylinder, which is ideal for bigger rifle cartridges, and a short cylinder, which is a more typical length for a revolver. Within these two models, you can choose from a few different sizes and weights.
Below are some key specifications of each model:
Long Cylinder BFR
Overall lengths: Choice between 15-inch and 17.5-inch
Overall lengths: Choice between 5-inch, 6.5-inch, and 7.5-inch
Height: 6 inches
Trigger Pull: 4 – 5 pounds
Shots: 5 or 6
Weight: 3.7 pounds, 3.8 pounds, or 4.86 pounds
Customizing Your Magnum Research BFR
What’s more powerful than the strongest handgun in the world? A custom-designed BFR that gives its owner confidence.
Magnum Research is well known for offering beautiful customizations for their handguns. They have an easy-to-use online system for guns sold within the United States. From colors to the grip and trigger, asking Magnum Research to custom design your BFR is an excellent option for maximum comfort when using the handgun and as a collector’s item.
Have You Given It A Try?
The BFR is so popular that Magnum Research uses it for fundraisers. With a value in the thousands of dollars, it’s a generous donation.
It’s hard not to be impressed with Magnum Research’s top of the line technology and precision. I highly recommend getting your hands on a Magnum Research BFR so you can experience its power yourself.
What are you waiting for? Call up your buddies and track down a Magnum Research BFR! If you’re curious about pricing, check it out from our recommended provider.
Ground combat is the US Army’s main domain, but a lot of that ground is surrounded by water.
That’s why the Army’s plan to get rid of most of its boats and the units overseeing them, caused immediate dismay.
As of November 2018, the Army’s fleet included eight Gen. Frank S. Besson-class Logistic Support Vessels, its largest class of ships, as well as 34 Landing Craft Utility, and 36 Landing Craft Mechanized Mk-8, in addition to a number of tugs, small ferries, and barges.
Landing craft move personnel and cargo from bases and ships to harbors, beaches, and contested or damaged ports. Ship-to-shore enablers allow the transfer of cargo at sea, and towing and terminal operators support operations in different environments.
“The Army has these unique capabilities to redeploy their forces or insert their forces into an austere environment if needed,” Sgt. 1st Class Chase Conner, assigned to the 7th Transportation Brigade, said during an exercise in summer 2018.
In 2017, the Army awarded a nearly billion-dollar contract for 36 new, modern landing craft. But in January 2018, then-Army Secretary Mark Esper, who is now secretary of defense, decided the Army Reserve would divest “all watercraft systems” in preparation for the service’s 2020 budget.
Esper said the Army had found billion that could be cut and spent on other projects.
Lt. Col. Curtis Perkins, center, commander of 401st Army Field Support Battalion-Kuwait, talks to crew aboard Army Landing Craft Molino Del Ray, Kuwait Naval Base, Kuwait, Aug. 6, 2019.
(Kevin Fleming, 401st Army Field Support Brigade)
The Army memo starting the process said the goal was to “eliminate all United States Army Reserve and National Guard Bureau AWS (Army Watercraft Systems) capabilities and/or supporting structure” — nearly 80% of its force.
The memo was first obtained by the website gCaptain.
The 170-foot-long, 25-foot-high fuselage of a C-17 cargo aircraft is lifted onto Army transport ship SSGT Robert T. Kuroda at Seal Beach Naval Weapons Station, July 22, 2009.
(US Navy/Gregg Smith)
The 170-foot-long, 25-foot-high fuselage of a C-17 cargo aircraft is lifted onto Army transport ship SSGT Robert T. Kuroda at Seal Beach Naval Weapons Station, July 22, 2009.
(US Navy/Gregg Smith)
Later in July, the listing for the Kuroda was taken down, according to The Drive. By the end of July, plans to auction nearly half of the Army’s roughly 130 watercraft were halted.
Before the auction was taken down, a id=”listicle-2640238370″ million bid was entered for the Kuroda, but that did not meet an unspecified reserve price for the ship, which cost million to construct.
Army mariners on a multiday transport mission aboard Army logistic support vessel Maj. Gen. Charles P. Gross from Kuwait Naval Base, Jan. 19, 2017.
(US Army/Sgt. Aaron Ellerman)
The order to halt reportedly came from acting Army Secretary Ryan McCarthy and included a hold on the deactivation of watercraft positions and the transfer of Army mariners to other non-watercraft units.
US Army Reserve watercraft operators replicate a fire-fighting drill during a photo shoot aboard a logistics support vessel in Baltimore, April 7 and April 8, 2017.
(US Army Reserve/Master Sgt. Michel Sauret)
The Army confirmed in early August that it halted sales to conduct a study ordered by Congress, after lawmakers who disagreed with the plan moved to withhold funds for deactivations until the Army reviewed and validated its ability to meet watercraft needs.
It was a miracle device. The makers of the Alpha 6 device claimed it could detect ivory, explosives, drugs, and more. The UK, Saudi Arabia, India, and Pakistan all fell for it. Egypt ordered a million dollars’ worth. Thailand paid $33,000 dollars for a single unit.
It was promised to governments in Iraq and Afghanistan, especially for its reported ability to detected bombs up to three miles away, but it was about as effective as any divining rod. When the British government suspected the fraud, it banned the export of the Alpha 6.
The creators claimed that it used the body’s static electricity to power an antenna, which would make the device point to the contraband material. A card or paper would be attached to the device, with an image of what it was to be looking for.
A single Alpha 6 cost around seven dollars to make. The British couple producing them sold their “devices” for upwards of $105 million over more than 10 years. They sold thousands of the Alpha 6s – no more than a plastic handle with an antenna.
The whole situation would be funny if it weren’t so tragic. The devices were sold to the Iraqi government during much of the Iraq War, and Iraqi troops – often defending allied troops – depended on the Alpha 6 to do its job. No one knows if the bogus detectors led to the death of any allied troops in Iraq or Afghanistan.
When the British justice system caught up to the fraudsters, their assets were seized and they were given prison sentences of up to three years.
Before getting too deep into the details, let it be known that American nuclear submarines can come to rest on the ocean floor. Even since the early days of the nuclear sub program – dating back to Admiral Hyman Rickover himself – these submarines have been able to touch the bottom of the ocean, so long as that bottom wasn’t below their crush depths.
But the more important question is whether they should touch the bottom or not.
The Navy’s Seawolf-class nuclear submarine first started its active service life in 1997, and while it’s not the latest and greatest class, it is a good midrange representation of the possibilities of a nuclear sub. Like all U.S. nuclear subs, its real crush depth is classified, but it has an estimated 2,400 to 3,000 feet before its time runs out. So the Seawolf and its class can’t touch the very depths of any ocean, but it is able to come to rest in some areas below the surface, those areas in the epipelagic and mesopelagic zones of the ocean. These are the areas where sunlight can still reach the depths.
The problem for U.S. subs isn’t the temperature or pressure in these zones; it’s what is actually on the seafloor that can cause trouble for nuclear submarines. Rocks or other unseen objects can cause massive damage to the hull of a submarine, tearing up its vents, stealth cover, or steering.
Or hitting a mountain like this submarine did.
What’s more, is that the submarine’s engines pull in seawater to cool steam down from its main condensers and those intakes are on the bottom of the vessel. Bottoming a submarine could cause mud and other foreign objects to be pulled into the submarine. The boat could even get lodged in the muck on the seafloor, unable to break free from the suction, like a billion-dollar boot stuck in the mud. This is why the Navy has special equipment and/or submarines for bottom-dwelling.
The U.S. Navy’s NR-1 research submarine was a personal project of Adm. Hyman Rickover, the godfather of the nuclear submarine program. The NR-1 was designed to bottom out to collect objects from the seafloor and was fitted with retractable wheels to be able to drive along the ocean’s bottom. But that’s not all; the second nuclear submarine ever built had a similar capability.
A model of the USS Seawolf with its special operations features deployed.
The USS Seawolf (not of the later Seawolf-class) was eventually fitted with a number of unique intelligence-gathering equipment and devices that would make it very different from other submarines in the U.S. Navy fleet. Along with extra thrusters and a saturation diver dock, she was fitted with retractable sea legs so that she would be able to rest on the bottom for longer periods of time without getting damaged or stuck.
So while any submarine can bottom for evasion and espionage purposes, they really can’t stay for long. Those that are designed to hang out at the bottom aren’t likely to see the light of day anytime soon.
As if shortages of toilet paper, bottled water and hand sanitizer were not enough; shooters are reporting ammunition shortages amid the 2020 COVID-19 outbreak. The response to the virus seems to be responsible for the next nationwide shortage of ammunition and possibly firearms.
The ever prescient Alexander Crown, recently penned an article for RECOIL, When the Brass Dries Up and lays out some of the more recent ammunition shortages and how to cope with them. It seems very timely amid reports we have been hearing since early February.
We’ve seen subtle signs of a panic buying here and there the past few weeks but it looks like the lid is about to blow off.
A looming shortage of ammunition and firearms
A reader from Arizona, Brent Stuart, tried to purchase two cases of pistol primers last week from Sportsman’s Warehouse in Phoenix, AZ, this afternoon and was told he could only purchase one case. The clerk at the counter told him there was a new corporate policy limiting the amounts of firearms, ammunition and reloading components purchased in a single day. According to the employee, he had received a copy of a memo from corporate headquarters that morning limiting firearm, reloading components and ammunition purchases temporarily.
The memo states:
With increased demand and limited supply on select items, Sportsman’s Warehouse has implemented the following purchase limits to ensure our product reaches as many of our customers as possible. Firearm Limits:
Handguns (any type): 2 per customer per day.
Modern Sporting Rifles: 1 per customer per day.
Ammunition and Reloading Components Limits:
All Bulk Handgun and Centerfire Rifle Ammunition (100 rd + count box): 1 Per caliber, per customer per day.
Bulk Rimfire (200 rd + count box): 1 per customer per day.
All Handgun, Rimfire and Rifle hunting ammunition: 3 boxes per customer per day
All 25 ct. shotgun shells: 10 boxes per gauge per day.
All primers: 1k per day.
Keg powder (4,5,8): 1 per day.
All 1lb powder cans: 1 per day.
We tried contacting Sportsman’s directly Friday 3/13 and our call was placed on hold for more than 30 minutes. So, we took the liberty of calling a few of the local stores in Reno and Carson City, Nevada. Both stores reported no limits on anything, but said ammunition was flying off the shelves. One employee reported a 75% decrease in stock on the shelves within the two hours he had been there. The other stated that it would not surprise him if such a policy would be put into place soon as a measure to stop ammunition and firearm shortages due to COVID-19.
Online retailer blames COVID-19 for buying surge
Online ammunition retailer, Ammo.com, reports a significant increase in sales since February 23, 2020. The company believes that this surge corresponds with the public concern regarding the COVID-19 virus.
When compared to the 11 days before February 23 (February 12 to 22), in the 11 days after (February 23 to March 4), Ammo.com’sber of transactions increased 68%.
Alex Horsman, the marketing manager at Ammo.com, said of the surge, “We know certain things impact ammo sales, mostly political events or economic instability when people feel their rights may end up infringed, but this is our first experience with a virus leading to such a boost in sales.” Horsman continued, “But it makes sense. A lot of our customers like to be prepared. And for many of them, it’s not just facemasks and Thera-Flu. It’s knowing that no matter what happens, they can keep themselves and their families safe.”
We queried another big box store, Cabela’s and Bass Pro-Shops, who reported that ammunition is selling at a record pace. Week to date tallies for Herter’s 9mm 115-grain FMJ ammunition is 5,589 boxes. That’s 279,450 rounds and it’s not even Saturday. Month to date sales are 40,152 boxes for 2,007,600 rounds and we are not even halfway through March for just that one type and brand of 9mm ammo.
Cabela’s had no plans to limit purchases at this time.
Firearm sales and COVID-19
Firearm sales numbers are always difficult to nail down definitively, but at least in Nevada, calls into the state’s background check system have been taking in excess of 2 hours. At certain times after waiting for 30 minutes or more a message tells the dealer that the queue is full and disconnects the line, causing them to call back in and having to wait again.
We’ve witnessed that happening while in several different gun shops and ranges over the past several weeks. It appears more people are buying firearms than usual.
Firearm and ammunition sales in California are reported to be five times above normal due to COVID-19.
A shooting range in Clovis, California, had to stop customers from buying ammunition to take home because they were running out of ammunition for the range. The Firing Line owner Jake Belemjian says people are stocking up on ammunition because of COVID-19 and the shop can’t keep up with the demand.
If this were not bad enough, the NRA is reporting that today, an ordinance has passed in Champaign, IL, to empower the mayor to “[o]rder the discontinuance of selling, distributing, dispensing or giving away of … firearms or ammunition of any character whatsoever.”
Apparently, politicians want to fan fears of limiting access to firearms and ammunition, leading more people into panic and creating more shortfalls in supply. We have speculated that the State of Nevada’s background check system’s extensive hold times may be the work of an anti-gun governor ordering staff cuts or allocating personnel elsewhere, but it seems coincidental with the timing of COVID-19.
The fact that it is an election year with an outspoken anti-gun candidate on the presidential ticket could add fuel to this fire and spur along potential ammunition and firearm shortages even without COVID-19, but probably not this early in the cycle.
Is This a Nationwide Shortage?
Dealers and distributors who have maintained good inventory should be able to continue to service customers. Most shooters who’ve gone through these shortages before have learned from the past and planned accordingly.
We aren’t yet seeing a firearm shortage due to COVID-19 in our neighborhood, but there may be an extended ammunition shortage on the way if it is not here already. In 2014, it was 22 LR, according to Ammo.com that caliber is moving a lot, but the surprise we found topping their list of most in-demand ammunition for the past few weeks was 40 SW.
40 SW: 410%
12 gauge: 95%
380 ACP: 43%
45 ACP: 35%
308 Winchester: 32%
22 lr: 29%
We would never tell anyone to not buy ammunition. Just don’t act all panicky and act like the folks who are building toilet paper forts in their garages.
Speaking of which, Franklin Armory has a smoking deal on Government issue “MRE” toilet paper and it comes with a free BFS-III binary trigger. Of course, that means that you will probably need to buy more ammunition.