Compounding the M16’s troubles was its lack of a proper cleaning kit. It was supposed to be so advanced that it would never jam, so the manufacturer didn’t feel it needed to make them. But the M16 did jam.
“We hated it,” said Marine veteran John Culbertson. “Because if it got any grime or corruption or dirt in it, which you always get in any rifle out in the field, it’s going to malfunction.”
The troops started using cleaning kits from other weapons to unjam their rifles.
“The shells ruptured in the chambers and the only way to get the shell out was to put a cleaning rod in it,” said Wodecki. “So you can imagine in a firefight trying to clean your weapon after two or three rounds. It was a nightmare for Marines at the time.
Towards the end of 1965, journalists picked up on mounting reports of gross malfunctions. The American public became outraged over stories of troops dying face down in the mud because their rifles failed to fire, according to a story published by the Small Arms Review.
Thankfully, the reports did not fall on deaf ears. The manufacturer fixed the jamming problems and issued cleaning kits. The new and improved rifle became the M16A1.
This video features Vietnam Marines recounting their first-hand troubles with the M16:
The XQ-58A Valkyrie demonstrator, a low-cost unmanned air vehicle, successfully completed all test objectives during a 71-minute flight, June 11, 2019, at Yuma Proving Grounds, Arizona.
The test marked the second successful flight for the aircraft this year. The inaugural 72-minute flight was recorded in March 2019.
The Air Force Research Laboratory developed the low-cost unmanned air vehicle together with Kratos Defense & Security Solutions, Inc. The joint effort falls within AFRL’s Low Cost Attritable Aircraft Technology portfolio, which has the goal to break the escalating cost trajectory of tactically relevant aircraft.
“The XQ-58A is the first Low Cost Attritable Aircraft Technology flight demonstrator with (unmanned aircraft systems) technology to change the way we fly and fight, and build and buy,” said Doug Szczublewski, program manager.
US Air Force Releases Video of New Combat Drone: XQ-58A Valkyrie
There are a total of five planned test flights for the XQ-58A, with objectives that include evaluating system functionality, aerodynamic performance, and launch and recovery systems.
The Air Force Research Laboratory is the primary scientific research and development center for the Air Force. AFRL plays an integral role in leading the discovery, development and integration of affordable warfighting technologies for our air, space and cyberspace force. With a workforce of more than 11,000 across nine technology areas and 40 other operations across the globe, AFRL provides a diverse portfolio of science and technology ranging from fundamental to advanced research and technology development.
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.
(Feature cartoon: Delta’s Marinus Pope is grilled for missing his intended touch down point by a significantly wide margin East by Northeast [E/NE]. His reconnaissance brothers approached me about roasting him for all eternity in the Unit Cartoon Book; an ask I joyfully accepted.)
My Special Mission Unit did a lot of parachute training, almost exclusively jumping from very high altitudes pulling out our parachutes at low altitudes, a technique called High Altitude Low Opening (HALO) drops. The technique leverages the high altitude to help cover the presence of the delivery airframe, and the low opening to keep the view of parachutes in the sky at a minimum.
To this day, I have a clinical fear of heights. That kept me away from trying out for elite units for the longest time, but after two years in a regular infantry unit, I was heading to airborne with or even without a parachute.
A modification of the HALO drop is the High Altitude High Opening (HAHO). In this scenario, paratroops exit at ~18,000 feet and pull immediately. Now the troops are under a parachute at nearly 17,000 feet!
At that altitude, a parachutist can travel a staggering lateral distance, even as far as from one end of a state to the other. (A point of humor: in addition to the HALO and HAHO capability we invented a faux elitist group of jumpers called OSNO men; Outer Space No Opening)
Under such conditions a man will descend under (parachute) canopy for an extended period of time — upwards of nearly an hour — and as you might already imagine, the higher the altitude, the greater the propensity for navigational errors.
Once I had a canopy malfunction at 17,000 feet, causing me to lose position in the group formation and drift so far away from my Drop Zone (DZ), that one of our ground support crew had to jump in a truck and race to where I hit the ground to pick me up. My impact was many (MANY) miles off target. I recall free-falling over a near-solid cloud cover and watching my shadow race across the top of the cloud bank toward me at great speed until it met me just as I penetrated the cloud top. Just me and my shadow I say, though I did not know it at the time; I had never heard of or experienced the phenomenon, and rather thought it was another jumper on a collision course toward me. I braced the bejesus out of myself for impact.
Anyhoo… I came down in a cornfield, which was odd, in that there were no cornfields in the state that my jump aircraft took off from. A fine American patriot came screaming up in a really large, really old all-metal Impala:
“I seen ya coming’ down in that-there parachute. Me, I ain’t nevah see anything like it ’round this cornah of Nebraska!”
“Nebraska?!?” Yeah, that was not a good day; that wasn’t where I started from in Colorado.
Did I mention the time I collided with a fellow jumper at night at 24,000 feet? Yeah — pretty much hated it! It was already stressful enough, as we were all breathing pure oxygen through a pilot’s face mask since there was not sufficient breathable oxygen at that extreme altitude. In the collision, my oxygen supply valve had been shocked shut, leaving me with only the rarified atmospheric gas I could suck through the seal of my mask.
Drastic circumstances call for drastic measures, and I did what any other warrior would do — I passed out. Since I was not conscious, I don’t know exactly what happened in the next 16,000 feet or so, but I estimate that I fell flat and stable. When I was low enough for breath-worthy air, I came to, only to find a brother was falling right with me some three feet away staring me in the face intently, ready to pull my reserve for me if I failed to snap back to reality. A glance at my altimeter strenuously urged me to pull my ripcord immediately.
Another thing that happened during the time I was “away” from my fall, was that it had begun to lighten up on the horizon as the sun crept in. The aurora made it able for me to see the details of the men around me and the ground below. It all looked so so so much like a cartoon… but I had my sense about me and saved my own life; oh, but that doesn’t count for a medal.
The engineers at the Carnegie Mellon University developed a robot prototype that could theoretically perform many, if not all, ground missions.
“By creating a system that can be readily reconfigured and that also is easy to program, we believe we can build robots that are not only robust and flexible, but also inexpensive,” said Howie Choset, the inventor of this robotic system in a Carnegie Mellon University news article. “Modularity has the potential to rapidly accelerate the development of traditional industrial robots, as well as all kinds of new robots.”
Watch how the robot is assembled like Legos to create a snake, a walking six-legged machine, and other wild things:
Every Marine is a rifleman — we all know this to be true. One Marine and his rifle can deliver a world of hurt unto the bad guys. But it’s been a long time since Marines have relied on rifles alone to complete the mission.
In fact, Marines often employ guns that are a heck of a lot bigger than an M16 rifle, like the
M777 howitzer. The M16 fires a 5.56mm round. The M777 fires 155mm rounds — nearly 28 times larger. If a Marine delivers a world of hurt with a rifle, then they deliver an entire galaxy of pain with a howitzer.
But, just as with rifles, learning how to use a howitzer requires practice — the sort of practice best done at large-scale war games.
U.S. Marines with Battery B, 1st Battalion, 10th Marine Regiment, fire the M777 towed 155 mm howitzer during the assault support tactics 1 exercise in support of Weapons and Tactics Instructors course 2-17 at Fire Base Burt, Calif.
(USMC photo by Lance Cpl. Clare Shaffer)
Believe it or not, it’s a lot more complicated than just pointing the howitzer at the enemy, loading it, and pulling the lanyard. The M777 weighs over 8,250 pounds and fires shells at targets up to 19 miles away with a normal HE round (other rounds have a longer range). This gun is operated by a crew of seven, each of whom play an essential role in sending rounds (very far) down range.
This howitzer has been used by American troops since 2005 and has seen plenty of action in Iraq and Afghanistan, where both soldiers and Marines have used this big gun to take out al-Qaeda, ISIS, and the Taliban. This British design has also been acquired by Australia, India, Saudi Arabia, and Canada. Funnily enough, British troops don’t use this big gun.
U.S. Marines with the 11th Marine Expeditionary Unit fire an M777 Howitzer during a fire mission in northern Syria during combat against ISIS forces.
(USMC photo by Lance Cpl. Zachery Laning)
One motivated Marine with his rifle is bad news for the enemy — now imagine what seven motivated Marines can do with a howitzer!
Check out the video below to watch Marines practice with the M777 howitzer during this year’s Saber Strike exercise in Latvia.
These 7 snipers reached out and touched the enemy from a long way away:
1. The British sniper who nailed three 1.53-mile hits
Cpl. of Horse Craig Harrison was providing sniper support in a firefight between his buddies and Afghan insurgents. Near the end of the three-hour battle in Nov. 2009, Harrison spotted the enemy machine gun team that was pinning everyone down. He lined up his sights on the targets that were over 1.5 miles away.
Each shot took 6 seconds to impact. He fired five times. Two shots missed but one round ripped through the gunner’s stomach, another took out the assistant gunner, and the last one destroyed the machine gun.
2. A Canadian sniper who took out a machine gunner in Operation Anaconda
During Operation Anaconda, the bloody hunt of Afghan militants in the Shahikot Valley in Mar. 2002, Canadian Cpl. Rob Furlong was watching over a group of U.S. troops and saw an insurgent automatic weapons team climbing a ridge 1.5 miles away. His first two shots narrowly missed but the third broke open the gunner’s torso and left him bleeding out on the ground. The shot barely beat out Master Cpl. Arron Perry’s shot discussed below.
3. Another Canadian sniper in Operation Anaconda who took out an observer from nearly the same distance
Canadian Master Cpl. Arron Perry was also supporting U.S. troops in Operation Anaconda when he spotted an enemy artillery observer 1.43 miles away. Perry took aim at the observer and nailed him. Perry held the record for world’s longest sniper kill for a few days before Furlong beat it.
4. The Ranger whose longest-American kill is still mostly secret
Sgt. Bryan Kremer was deployed to Iraq with the 2nd Ranger Battalion in Mar. 2004 when he took a shot from 1.42 miles away and killed an Iraqi insurgent. The details of the battle have been kept under wraps, but his Mar. 2004 shot is the longest recorded sniper kill by an American.
5. The Marine legend who set the world record with a machine gun
Gunnery Sgt. Carlos Hathcock is one of the most respected names in the Marine Corps and set the record for longest kill in 1967 with a machine gun. The record stood for 35 years before Perry beat it.
Hathcock had an M2 in single-shot mode with a scope mounted on the top. He saw a Vietcong soldier pushing a bike loaded with weapons and took two shots. The first destroyed the bike and the second killed the soldier.
6. The South African sniper who recorded hits from 1.32 miles while killing six officers in a day
A South African battalion deployed in a U.N. brigade fought viciously against the M23 rebels in the Democratic Republic of the Congo. During the Battle of Kibati, an unnamed South African sniper killed six M23 officers in a single day in Aug. 2013. His longest kill that day was an amazing 1.32-mile shot.
7. The Army sniper who tagged Taliban who walked into his personal firing range
Snipers sometimes fire at different objects on the battlefield to collect information about how their rounds move through the air at a given location. Spc. Nicholas Ranstad had been firing at a boulder near his position, leaving a small trail of white marks on the rock.
As exciting as the sudden appearance of thousands of hatchets at the front was, it’s not clear that they were actually used violently. The mounted infantrymen carried them into battle, but the weapons’ main contribution to the war effort seems to have been logistical.
It’s unlikely that the unit would have found much use for the hatchets in combat. Each man could fire seven shots between reloads, making it unlikely that enemy forces could march into range of the hatchets. And the men rarely rode their horses during the actual fighting. Instead, they would ride quickly to the battlefield, dismount, and send the horses to the rear.
In that way, the mounted infantrymen really were the predecessors to mechanized infantry and air assault infantry rather than cousins to the cavalry.
And if they had been cavalry, they probably would have been saddled with those common sabers instead of their awesome, namesake hatchets.
NASA has selected a space-based instrument under its Earth Venture Instrument (EVI) portfolio that will make observations of coastal waters to help protect ecosystem sustainability, improve resource management, and enhance economic activity.
The selected Geosynchronous Littoral Imaging and Monitoring Radiometer (GLIMR) instrument, led by principal investigator Joseph Salisbury at the University of New Hampshire, Durham, will provide unique observations of ocean biology, chemistry, and ecology in the Gulf of Mexico, portions of the southeastern United States coastline, and the Amazon River plume – where the waters of the Amazon River enter the Atlantic Ocean.
“This innovative instrument from the University of New Hampshire, selected by NASA, will provide a powerful new tool for studying important ecosystems,” said NASA Administrator Jim Bridenstine. “Its findings also will bring economic benefits to fisheries, tourism, and recreation in the coastline area.”
The instrument was competitively selected from eight proposals considered under NASA’s fifth EVI solicitation released in 2018, with an award of 7.9 million. This is the largest NASA contract award in the history of the University of New Hampshire. Salisbury and his team have proposed the instrument as a hosted payload, for which NASA will provide access to space.
“This award boosts New Hampshire’s profile as a leader in research, academia and innovation, and makes us all immensely proud,” said Senator Jeanne Shaheen of New Hampshire. “Congratulations to the entire team at UNH for winning this highly-coveted contract. I’m excited to see the technology developed through this award. It’s critical that we closely monitor the health of our oceans and assess risks for coastal communities to protect both our environment and our economy. Securing federal resources that invest in scientific research and exploration have been and will continue to be top priorities for me as the Ranking Member of the Senate Appropriations Subcommittee tasked with funding these important programs.”
Coastal ecosystems support humanity in many ways, but they are under increasing pressure from the effects of land use activities, population growth, extreme weather events, and climate change. These pressures can give rise to more frequent, expansive and harmful algal blooms, as well as create areas where dissolved oxygen is severely depleted – both of which are detrimental to tourism, fisheries, and human health.
GLIMR will be integrated on a NASA-selected platform and launched in the 2026-2027 timeframe into a geosynchronous orbit where it will be able to monitor a wide area, centered on the Gulf of Mexico, for up to 15 hours a day. From this vantage point, the hyperspectral ocean color radiometer will measure the reflectance of sunlight from optically complex coastal waters in narrow wavebands. GLIMR will be able to gather many observations of a given area each day, a critical capability in studying phenomena such as the lifecycle of coastal phytoplankton blooms and oil spills in a way that would not be possible from a satellite in a low-Earth orbit. Given its unique spatial and temporal resolution, GLIMR will be highly complementary to other low-Earth orbit satellites that observe the ocean.
Gulf of Mexico.
“With GLIMR, scientists can better understand coastal regions and develop advanced predictive tools for these economically and ecologically important systems,” said Thomas Zurbuchen, associate administrator of the Science Mission Directorate at NASA Headquarters. “As part of NASA’s commitment to Earth Science, I am thrilled to include this instrument in our portfolio as we keep an eye on our ever-changing planet for the benefit of many.”
EVI investigations are small, targeted science investigations that complement NASA’s larger Earth-observing satellite missions. They provide innovative approaches for addressing Earth science research with regular windows of opportunity to accommodate new scientific priorities. The investigations are cost-capped and schedule constrained. The missions are managed by the Earth System Science Pathfinder (ESSP) program office at NASA’s Langley Research Center in Hampton, Virginia, for the Earth Science Division under the Science Mission Directorate.
The first two Earth Venture Instruments were launched in 2018 and are operational on the International Space Station. The Global Ecosystem Dynamics Investigation (GEDI) is measuring the vertical structure of forests, canopy heights, and their changes – on a global scale – providing insights into how forests are affected by environmental change and human intervention. The ECOsystem Spaceborne Thermal Radiometer Experiment on Space Station (ECOSTRESS) is measuring the temperature of plants – information that will improve understanding of how much water plants need and how they respond to stresses such as drought.
This article originally appeared on NASA. Follow @NASA on Twitter.
If North Vietnamese bombers were coming to strike a remote CIA radar station and helicopter landing zone filled with Air Force volunteers, there are certain weapon platforms that would be expected to respond. Maybe some fighters or some air defenders on the ground.
But probably no one would expect a couple of CIA operatives in a helicopter to chase down the bombers and shoot one down using an AK-47.
So, guess what happened on Jan. 12, 1968?
The North Vietnamese sent four AN-2 Colt biplanes to bomb Site 85, a radar station in the mountains of Laos used partially as a staging base for rescue and special operations helicopters. The station’s primary role was to guide bombers headed into missions against Hanoi, Vietnam.
On Jan. 12, Ted Moore was flying a UH-1D Huey helicopter owned by “Air America,” a CIA front company, to Site 85. When he and his crewman arrived at the site, he saw two of the biplanes circling the station as the other two conducted bombing runs.
Moore began chasing one of the bombers that was actively taking part in the attack. His crewman, Glenn Woods, grabbed an AK-47 and began firing it at the cockpit of the fleeing bomber.
All four of the bombers bugged out, and Moore and Woods kept chasing and firing on the bombers.
After about 20 minutes of chase, the first bomber crashed just inside of the North Vietnam border and a second one crashed into a ridge just a few minutes later. The other two bombers escaped without incident. A CIA ground team later searched the wrecks and found bullet holes in both.
The two Americans were credited with the only plane kill by a helicopter in the war. An artist named Keith Woodcock later painted the scene in “Lima Site 85.”
The remote radar station operated for another two months before a ground assault by North Vietnamese commandos was able to force its way to the summit. The site was overrun in the greatest single ground loss of U.S. airmen in the war.
War is fought in some dirty places, like the trenches of World War I, the foxholes of World War II, and the jungles of Vietnam. Many of the injuries medics treat on the battlefield don’t come from bullets or bombs — they’re from unsanitary conditions.
So check out these gross things medics have to look at and be able to treat on a day-to-day basis.
1. Ingrown toenails
Ingrown toenails are the result of poor foot care and bad grooming practices.
A well-executed toenail extraction. (Images via Giphy)
Stands for “Methicillin-resistant Staphylococcus aureus” and it’s meaner than your ordinary pimple. On the surface, it doesn’t look too frightening. But below the skin, it’s chewing you up.
See a professional before popping. (Images via Giphy)
3. Mouth ulcers
With a variety of known causes, mouth ulcers are typically related to a viral infection in the body. Pain management is required or everything that touches the sores will hurt.
I told you everything hurt a mouth sore. (Images via Giphy)
Better known as pink eye, the beginning stage isn’t so bad. But left untreated, the condition could lead to losing an eye. What’s nasty about this ailment is that it’s typically produced by poop particles floating in the air and getting in your eyes.
Anyone can get pink eye so wear your eye protection out there, people. (Images via Giphy)What gross non-battle things have you seen on deployment? Comment below.
“I can’t give you a name or a past but I can offer you a purpose.” Snake Eyes: G.I. Joe Origins stars Henry Golding as Snake Eyes, a lone wolf who is welcomed into an ancient Japanese clan called the Arashikage to help fight Cobra, the largest terrorist organization on the planet.
As Cobra prepares to launch a war, the Arashikage and their Joe allies will rise up to stop them. Check out the new international trailer right here:
“I call myself Snake Eyes because I’ve had bad luck my whole life,” explains Golding’s character in the trailer. Throughout the film, which serves as an origin story for the traditionally masked and silent warrior, Snake Eyes will uncover secrets from his past that will test his honor and allegiance.
First he must complete “The Three Challenges of the Warrior,” which — if he survives — will give him access to their knowledge…and their power. The Arashikage clan worked as shadowy assassins for over six hundred years — now they can become the home and family Snake Eyes never had.
The film also stars Andrew Koji as Storm Shadow, Úrsula Corberó as The Baroness, Samara Weaving as Scarlett, Haruka Abe as Akiko, Tahehiro Hira as Kenta and Iko Uwais as Hard Master. Snake Eyes: G.I. Joe Origins opens in theaters and IMAX July 23, 2021.
President-elect Donald Trump caused a genuine uproar in the combat-aviation community when he tweeted in December, “Based on the tremendous cost and cost overruns of the Lockheed Martin F-35, I have asked Boeing to price-out a comparable F-18 Super Hornet!”
The idea that an F/A-18 Super Hornet could be “comparable” to the F-35 met swift and intense condemnation, and Lockheed Martin quickly lost billions in value on its stock.
Virtually everyone pointed to a single aspect of the F-35 that the F/A-18 lacked: stealth.
But the US and other countries already have in their sights a modern update on the F/A-18 that is meant to complement the F-35. The update may be poised to deliver even more capability than Lockheed Martin’s Joint Strike Fighter in some areas, even without being as stealthy.
Dan Gillian, Boeing’s vice president of F/A-18 and EA-18 programs, told Business Insider that even with the coming F-35C naval variant, US carrier air wings would still field versions of the F/A-18 into the 2040s. The company is planning considerable updates that will focus on “addressing the gaps” in naval aviation.
Gillian and the Boeing team call it the Advanced Super Hornet, a modern update on the F/A-18E/F Super Hornet, which itself was an update on the original F/A-18 Hornet. Gillian says Boeing designed the Super Hornet “from the beginning in an evolutionary way with lots of room for growth in power, cooling, and weight so it could adapt to changes over the years.”
Gillian says Boeing could start fielding Advanced Super Hornets by the early 2020s at the latest, while some limited contracts to bring elements of the Advanced Super Hornet are already underway. So even though the designs of the F-35 and the F/A-18 reflect different missions, they certainly are comparable in terms of price, availability, and capability.
So what does a 2017 update of the F/A-18E/F Super Hornet look like?
“When we talk about the Advanced Super Hornet package, it can be delivered to a build of new airplanes and it can be retrofitted to existing airframes,” Gillian said.
“An airplane that I’m building today off the line has some systems that have matured over time that a Super Hornet would not have,” he added, saying there would essentially be no difference between a 2017 Advanced Super Hornet and a Super Hornet plucked off an aircraft carrier and brought up to date.
The physical characteristics of a fully decked out Advanced Super Hornet would be as follows:
Shoulder-mounted conformal fuel tanks to carry 3,500 pounds of fuel and reduce drag. These fuel tanks could “extend the reach about 125 nautical miles,” meaning the planes can “either go faster or carry more,” according to Gillian.
An infrared search and track radar, which would be the first such capability included on a US fighter jet since the F-14 Tomcat. This will allow the Advanced Super Hornets to counter enemy stealth capability and to get a read on heat-emitting entities without emitting any radar signal of their own. “There was a fixation on stealth attributes,” Gillian said of fifth-gen fighters, “which is an important attribute for the next 25 years, but tactical fighters are designed for stealth in one part of the spectrum, all planes emit heat.”
Advanced electronic warfare capabilities. Currently, the F-18 family leads the US military in EW platforms with the Growler, an EW version of the Super Hornet in which Boeing has “taken out the gun and installed more EW equipment … Instead of missiles on the wing tips it has a large sensing pods,” Gillian said. The Navy has scheduled the F-35C to eventually carry the advanced EW pod, but the initial generation of F-35s will have to rely on Growlers for EW attacks. The Advanced Super Hornet will have EW self-protection, but not the full suite present on the Growler.
An advanced cockpit system with a new 19-inch display. Basically “a big iPad for the airplane, allowing the pilot to manage all the information and data that’s out there,” Gillian said, comparing its utility to the F-35’s display.
Improved avionics and computing power as well as increased ability to network to receive targeting data from platforms like the F-35 or the E-2 Hawkeye. The Advanced Super Hornet would also feature an improved active electronically scanned array radar.
Further enhancements still to be considered by the US Navy for Advanced Super Hornets include the following:
An enclosed weapons pod would make the plane more aerodynamic while also cutting down on the plane’s radar cross section. Combined with the form-fitting fuel tanks, the Advanced Super Hornet could cut its radar signature by up to 50%.
An improved engine could increase fuel efficiency and performance. Boeing hasn’t yet begun earnestly working toward this, and it could add to the overall cost of the project significantly.
Hypothetically, Advanced Super Hornets could field IRST before F-35Cs come online. Growlers will also serve in the vital role of EW attack craft, without which the F-35 cannot do its job as a stealth penetrator.
So while an Advanced Super Hornet will never be comparable to the F-35 in all aspects, it could certainly develop some strengths that the F-35 lacks.
Additionally, Gillian said the Advanced Super Hornets would not cost much more than the current F/A-18E/F Super Hornets, which run about $70 million apiece. Even if that price rose by $10 million, it would still be lower than that of the cheapest expected F-35s, which come in at $85 million.
Conclusion: Could Boeing create an F/A-18 ‘comparable’ to the F-35?
“The Advanced Super Hornet is really a collection of systems and design changes that when implemented achieve a significantly different capability for the air wing,” said Gillian, who stressed that the Super Hornet and Growler platforms were “well positioned” to improve in scope and capability over time.
Gillian made it clear, however, that the Advanced Super Hornet program had been, since its inception, meant to accompany the F-35, with carrier air wings consisting of three squadrons of Super Hornets and one squadron of F-35s into the 2040s.
The US Navy has contracts already underway to update its existing Super Hornet fleet with elements of the Advanced Super Hornet package, and it seems the US will end up with both Advanced Super Hornets and F-35s, each with their own strengths and weaknesses.
The F/A-18, not designed with all-aspect stealth in mind, will most likely never serve as a penetrating aircraft for heavily contested airspace, but its future onboard America’s aircraft carriers is well defined for decades to come.
But with Boeing’s field record of delivering F/A-18 projects on time and on budget, and the US Navy left waiting by overrun after overrun in the F-35 program, the two planes are starting to look like apples and oranges — both good choices. Choosing which to buy and when may simply come down to what is available on the market.
Infantry have long been looking for a way to deal with tanks. Today, missiles like the FGM-148 Javelin and BGM-71 Tube-launched, Optically-tracked, Wire-guided (TOW) can give even the lightest of infantry forces the ability to give an armored unit a bloody nose.
In World War II, those lethal tank-killers weren’t around, but the need for a tank-killer a grunt could carry was obvious. After all, the Nazis used the blitzkrieg tactic across Europe to great effect. The Americans had an decent anti-tank grenade, but it was so heavy that the effective range made using it like a grenade suicidal.
Then someone had the bright idea to make the grenade a rocket. The M1 bazooka entered service in 1942. According to modernfirearms.net, the M1 fired a 60mm M6 anti-tank rocket that had an effective range of about 300 yards. It could do a number on a Nazi tank – and many Nazi tank crews were unavailable for comment about the bazooka’s effectiveness.
Like the modern FGM-148 Javelin, the bazooka had a two-man crew. But while the Javelin has a range of just over one and half miles, the bazooka couldn’t even reach one-fifth of a mile. Still, though, it was a major improvement over nothing.
The crews had to be well-trained to handle this weapon. Part of the problem was that for a simple-looking weapon, the bazooka was complex. Among things crews had to be careful of were broken wires (the weapon fired electically), drained batteries (the ones shown in the film seem to be AA batteries like you’d use in a remote), or a dirty trigger mechanism.
The bazooka served in World War II and the Korean War. By the end of World War II, it had shifted from a tank-killer to being used as a light infantry support weapon, largely because tanks like the German Tiger and the Russian T-34 were shrugging off the rockets.