Posted on 01/19/2021 7:47:27 AM PST by Onthebrink
Just before the outbreak of the American Civil War, inventor Richard Jordan Gatling designed the world’s first successful rapid-fire weapon. Technically not a “machine gun” in the modern sense, it was spring-loaded and hand-cranked. The forerunner to the weapons that were to come, the Gatling gun’s operation centered on a cyclic multi-barrel design that allowed for its rapid-fire, but also facilitated cooling of the barrels.
The Gatling gun did see some limited use in the Civil War but proved its worth during the Spanish-American War when it was employed to great success in the campaign in Cuba. Declared obsolete in 1911 after 45 years of service with the U.S. military, the concept of multi-barrels was explored again at the end of the Second World War.
(Excerpt) Read more at 19fortyfive.com ...
Just curious why you excerpt posts from your blog? I don't see '19fortyfive.com' on the excerpt list.
Is Humblegunner ill today?
No idea.
He’s a disgusting newbie piece of sh!t blogpimp. That’s why.
I was concerned, because you’re filling in for him.
No I’m not filling in for anyone. I am asking a simple question.
"The Hand of God" M61 20mm Vulcan Cannon
Just before the outbreak of the American Civil War, inventor Richard Jordan Gatling designed the world’s first successful rapid-fire weapon. Technically not a “machine gun” in the modern sense, it was spring-loaded and hand-cranked. The forerunner to the weapons that were to come, the Gatling gun’s operation centered on a cyclic multi-barrel design that allowed for its rapid-fire, but also facilitated cooling of the barrels.
The Gatling gun did see some limited use in the Civil War but proved its worth during the Spanish-American War when it was employed to great success in the campaign in Cuba. Declared obsolete in 1911 after 45 years of service with the U.S. military, the concept of multi-barrels was explored again at the end of the Second World War.
A New Gatling Gun?
With the development of jet aircraft, engineers with the United States Army Air Force determined that a higher rate of fire would be necessary and determined that single-barrel “revolver cannons” would not be up to the task. Instead, designers at the Armament Division of General Electric considered the 19th-century concept of utilizing multi-barrels instead. Gatling had actually developed a prototype of his gun in the early 20th century that was fitted with an electric motor – replacing the hand crank – and it was able to reach a rate-of-fire of nearly 3,000 rounds per minute.
However, the U.S. military saw problems with the technology, and in truth, the concept was ahead of its time.
General Electric took up “Project Vulcan” in 1946 to develop the 20mm rotary cannon that could be capable of firing 7,200 rounds per minute. The use of multiple barrels minimized barrel erosion and heat generation, which prolonged the weapon’s life. In modern aircraft, the M61 was designed to be hydraulically driven and electrically primed. It was also developed to utilize a linkless ammunition feed system.
The Vulcan War Born
The Vulcan first saw use in April 1965 in Vietnam when it was employed on an F-105 Thunderchief, and has been used with the Air Force’s F-15, F-16, and F-22, and the Navy’s F-14 and F/A-18. It has also been fitted in side-firing installations on the Fairchild AC-11 as well as the Lockheed AC-130 gunships. The weapon can fire 6,000 RPM (or, rounds per minute)
General Dynamics, which acquired the Armament Division of General Electric, currently produces the M61A1 and M61A2 improved versions with the latter being 20 percent lighter and is meant for applications where weapon system weight reduction is critical.
Other variants of the Vulcan platform have also been deployed on AH-1G Cobra helicopters. In addition, to use in aircraft, the M61 Vulcan also serves as the basis for the U.S. Navy’s Mk 15 Phalanx close-in weapon system – the rapid-fire, computer-controlled, radar-guided gun that can be used against anti-ship missiles and other close-in threats on land and at sea.
Used to have a T-shirt depicting it with “GE! WE BRING GOOD THINGS TO LIFE” boldly displayed underneath. Got lots of questioning looks.
I will take one.
Want.
Go broke in 5 seconds burning all that ammo.
Phalanx system tracks its own stream of ammo in flight via high frequency RADAR and adjusts the direction in which it is pointing as necessary to connect said stream with the flight path of the incoming missile thus obliterating it before impact.
Worth the cost in ammo.
Projectiles made from depleted uranium to maximize weight (and thus kinetic destructive force) per unit volume do bump up costs however. Once again however, when necessary to be used, it is by definition the last line of defense, so the costs remain worth it.
And the sound. The sound. BRRRRRRRRRPPPPPPPP!
1. Cleaning: Think cleaning a M2 or M60 sucks? This is on a whole new level.
2. Loading: 90-95lb ammo cans and hand-loading the container is a serious workout if you do it at 'combat speed'.
3. Location: Being in a Vulcan crew, you were going to be placed in a freezing, windswept, highly exposed position so as to have a clear 360 degree field of fire.
4. Camo nets: 'Nuff said.
I want one but only if it came with 250K rounds of ammo......
Don’t want to pay to feed that beast.....
“The M61 Vulcan Can Fire 6,000 Round Per Minute”
Okay, I’ll buy one!
Shut up and take my money!! Woo-Hoo!
When we’d engage an aircraft-towed drone, CIWS would destroy the drone and start moving up the tow cable.
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