R63

#sus #r63 #roblox #cringe
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[nikkajoycecuala]

Me in military: “using my 500 IQ to know how to launch a nuke in R63”

[alfrednatsir]

*spawns a whole army with 10.000.000 soldiers*
me: GO GO GO ATTACK!!

[belembolanos]

I’m cleansing every single video with my crucifix

[DiptiPlayz]

YouTube has always had a set of Community Guidelines that outline what type of content isn’t allowed on YouTube. These policies apply to all types of content on our platform, including videos, comments, links, and thumbnails. Our Community Guidelines are a key part of our broader suite of policies and are regularly updated in consultation with outside experts and YouTube creators to keep pace with emerging challenges.

We enforce these Community Guidelines using a combination of human reviewers and machine learning, and apply them to everyone equally—regardless of the subject or the creator’s background, political viewpoint, position, or affiliation.

Our policies aim to make YouTube a safer community while still giving creators the freedom to share a broad range of experiences and perspectives.

[Kratare]

The Mosin–Nagant is a five-shot, bolt-action, internal magazine–fed military rifle. Known officially as the 3-line rifle M1891[9] and informally in Russia and the former Soviet Union as Mosin's rifle (Russian: винтовка Мосина, ISO 9: vintovka Mosina), it is primarily found chambered for its original 7.62×54mmR cartridge.

Developed from 1882 to 1891, it was used by the armed forces of the Russian Empire, the Soviet Union and various other states. It is one of the most mass-produced military bolt-action rifles in history, with over 37 million units produced since 1891. In spite of its age, it has been used in various conflicts around the world up to the present day.

History
Initial design and tests
During the Russo-Ottoman War of 1877–1878, Russian troops armed mostly with Berdan single-shot rifles suffered heavy casualties against Turkish troops equipped with Winchester repeating rifles, particularly at the bloody Siege of Pleven. This showed Russian commanders the need to modernize the general infantry weapon of the army.

Various weapons were acquired and tested by GAU of the Ministry of Defense of Russian Empire, and in 1889 the Lebel M1886 was obtained through semi-official channels from France. It was supplied together with a model of the cartridge and bullet but without the primer and the smokeless powder. Those problems were solved by Russian scientists and engineers (the smokeless powder, for instance, was produced by Dmitri Mendeleev himself).[citation needed]

In 1889, three rifles were submitted for evaluation: Captain Sergei Ivanovich Mosin of the imperial army submitted his "3-line" caliber (.30 cal, 7.62 mm) rifle; Belgian designer Léon Nagant submitted a "3.5-line" (.35 caliber, 9 mm) design; and a Captain Zinoviev submitted another "3-line" design (1 "line" = 1⁄10 in or 2.54 mm, thus 3 lines = 7.62 mm).

When trials concluded in 1891, the evaluators were split in their assessment. The main disadvantages of Nagant's rifle were a more complicated mechanism and a long and tiresome procedure of disassembling (which required special instruments—it was necessary to unscrew two fasteners). Mosin's rifle was mainly criticized for its lower quality of manufacture and materials, due to "artisan pre-production" of his 300 rifles. The commission initially voted 14 to 10 to approve Mosin's rifle. At this point the decision was made to rename the existing commission and call it Commission for creation of the small-bore rifle (Комиссия для выработки образца малокалиберного ружья), and to put on paper the final requirements for such a rifle. The inventors obliged by delivering their final designs. Head of the commission, General Chagin, ordered subsequent tests held under the commission's supervision, after which the bolt-action of Mosin's design was ordered into production under the name of 3-line rifle M1891 (трёхлинейная винтовка образца 1891 года).[citation needed]

The colloquial name "Mosin-Nagant" used in the West is persistent but erroneous, as established in Nagant's legal dispute.

[FloopyFloopy-kefw]

The F-16 is a multi-role tactical fighter with full air-to-air and air-to-surface combat capabilities. The aircraft features modern core avionics, Common Colour Multi-Function Display (CCMFD), sophisticated radar, smart weapons compatibility and state-of-the-art navigation and targeting systems. It is powered by Pratt and Whitney F100-PW-229 turbofan engine.


Length

15.06 m

Height

4.88 m

Wing Span

10.01 m

Performance

Maximum Speed - 2.0 Mach

Service Ceiling - 50, 000 ft

Armament

M61 20mm cannon

AIM-9 air-to-air missiles

AIM-120 air-to-air missiles

Maverick air-to-ground missiles

Laser-guided bombs

[gianmark]

"Apart from me, I never knew you. "

[WausauWi_WX]

Hands: free
Glock :50 likes
Black hole : 100 likes
White hole: 1000 likes
Mini gun: 1902 likes
Missile: 982827 likes
North Korea: 929829 likes
Dads belt: 1b likes

[tovielgalit]

"you periwinkle!" - says the guy who got blamed for knocking the door.

[swagplant]

Hurricane Hector was a powerful and long-lasting tropical cyclone that traversed the Pacific Ocean during late July and August 2018. Hector was the eighth named storm, fourth hurricane, and third major hurricane of the 2018 Pacific hurricane season. It originated from a disturbance that was located north of South America on July 22. The disturbance tracked westward and entered the eastern Pacific around July 25. It gradually organized over the next several days, becoming a tropical depression at 12:00 UTC on July 31. The system was upgraded into a tropical storm about 12 hours later and received the name Hector. Throughout most of its existence, the cyclone traveled due west or slightly north of west. A favorable environment allowed the fledgling tropical storm to rapidly intensify to its initial peak as a Category 2 hurricane by 18:00 UTC on August 2. Wind shear caused Hector to weaken for a brief period before the storm began to strengthen again. Hector reached Category 3 status by 00:00 UTC on August 4 and went through an eyewall replacement cycle soon after, which caused the intensification to halt. After the replacement cycle, the cyclone continued to organize, developing a well-defined eye surrounded by cold cloud tops.

[Marduk-npgq]

New biaroslav vid idk to feel happy or devastated

[abcds]

Grass is a type of plant with narrow leaves growing from the base. Their appearance as a common plant was in the mid-Cretaceous period. There are 12, 000 species now.[3] A common kind of grass is used to cover the ground in places such as lawns and parks. Grass is usually the color green. That is because they are wind-pollinated rather than insect-pollinated, so they do not have to attract insects. Green is the best colour for photosynthesis.
Grasslands such as savannah and prairie where grasses are dominant cover 40.5% of the land area of the Earth, except Greenland and Antarctica.[4]
Grasses are monocotyledon herbaceous plants. They include the "grass" of the family Poaceae, which are called grass by ordinary people. This family is also called the Gramineae, and includes some of the sedges (Cyperaceae) and the rushes (Juncaceae).[5] These three families are not very closely related, though all of them belong to clades in the order Poales. They are similar adaptations to a similar life-style.
With about 780 genera and about 12, 000 species, [3] the Poaceae is the fifth-largest plant family. Only the Asteraceae, Orchidaceae, Fabaceae and Rubiaceae have more species.[6]
The true grasses include cereals, bamboo and the grasses of lawns (turf) and grassland. Uses for graminoids include food (as grain, shoots or rhizomes), drink (beer, whisky), pasture for livestock, thatch, paper, fuel, clothing, insulation, construction, sports turf, basket weaving and many others.
Many grasses are short, but some grasses can grow tall, such as bamboo. Plants from the grass family can grow in many places and make grasslands, including areas which are very arid or cold. There are several other plants that look similar to grass and are referred to as such, but are not members of the grass family. These plants include rushes, reeds, papyrus and water chestnut. Seagrass is a monocot in the order Alismatales.
Grasses are an important food for many animals, such as deer, buffalo, cattle, mice, grasshoppers, caterpillars and many other grazers. Unlike other plants, grasses grow from the bottom, so when animals eat grass they usually do not destroy the part that grows.[7] This is a part of why the plants are successful. Without grass, soil may wash away into rivers (erosion).
if u actually read this touch grass and. And wake up

[agungtv]

"Accidentally spawns the entire Wehmarch army"

[DepthZXPlayz]

There is this thing called air and it’s what u breath with and Air is all around us, but we can’t see it. So what is air, exactly? It’s a mixture of different gases. The air in Earth’s atmosphere is made up of approximately 78 percent nitrogen and 21 percent oxygen. Air also has small amounts of lots of other gases, too, such as carbon dioxide, neon, and hydrogen.

[hz_]

I swear if you look at his roblox group he is a whole new person.
He’s got a realistic shooter on roblox and does this on youtube:
🤦‍♂️

[RED_Gunslinger]

LADS! LADS! I FOUND HIM! ITS THE BLIGGITY BLOKE WHO CANT GET ANY DAMSELS! *LAUGHTER*

[Manguest]

Reporting you? Or feedbacking to YouTube

[phouthalomphasavath]

The Karabin samopowtarzalny wzór 38M (Kbsp wz.38M self-repeating rifle Model 38M), was a prototype Polish 7.92mm semi-automatic rifle used by the Polish Army during the Invasion of Poland of 1939.

History
The rifle was designed by a Polish engineer Józef Maroszek (1904-1985). He was known mainly as a designer of the Polish anti-tank rifle wz.1935 "Ur". Maroszek was one of the three winners of Poland’s 1934 self-loading rifle trials. Several prototypes and pre-production samples of his rifle were manufactured from 1936 to 1938.[1] After a Polish army order was received, small scale production began in 1938. It is believed only about 150 rifles of this pattern were completed before the German invasion of Poland. Production was not resumed under the German occupation. The wz.38M rifles were manufactured by the Zbrojownia Nr. 2 (Arsenal No.2) in Warsaw (Praga). Barrels were supplied by the Panstwowa Fabryka Karabinow (State Rifle Factory) in Warsaw.


Kbsp wz. 1938M

Kbsp wz.38M rifle with serial no. 1014
The highest serial number observed is 1054 (it is assumed numbering started from "1001", not counting the prototypes and pre-production examples).[2] The decision was made to begin serial production of the rifle at the Fabryka Broni (the Arms Factory) in Radom in 1938. However, it is unclear if any rifles of this pattern left the Radom factory before the German invasion (all the surviving examples display Arsenal Nr. 2's "Zbr.2" markings). Maroszek stated he had seen a group of German soldiers armed with wz.38M rifles in occupied Warsaw. This is perhaps the only indication Maroszek rifles were reissued to Nazi forces.

The rifle is gas operated with the gas tube located under the barrel. It features a Browning/Petter system in which the bolt tilts up to lock; in the case of the Kbsp wz.1938M, against the front edge of the ejection/loading aperture in the top of the receiver.[3] It has a ten-round non-detachable magazine loaded from Mauser stripper clips. The safety lever is located on the right side of the receiver, just above the trigger. The rifle has a Mauser-style tangent leaf rear sight graduated from 300 to 2, 000 m (330 to 2, 190 yd). The bayonet lug accepts a standard Polish issue wz.29, and the barrel is equipped with a muzzle brake to ameliorate recoil. For a pioneering self-loading rifle, its design is strikingly advanced in its simplicity and functionality; for example, it's composed of several sub-sections interlocked by a single removable steel pin, and thus can be disassembled in moments. When the last round is fired, bolt is locked back. Rifle has also interesting function similar to Czech ZH-29, where if the gun is loaded with charger clips the bolt can be released into battery with trigger pull. There is also a non-reciprocating charging handle located at the right side of the rifle. Today, this is a difficult to find military rifle on the collector market. There are only nine known examples in collections around the world[citation needed] (1. Polish Army Museum, Warsaw, Poland, deactivated; 2. Central Armed Forces Museum, Moscow, Russia; 3, 4, 5, 6, 7, 8. private collections in the USA; 9. private collection in Germany). The known serial numbers are: 1014, 1017, 1019, 1027, 1030, 1040, 1048, 1054. (The Russian museum and the Ohio collection rifles serial numbers are unknown.)[citation needed]

In April 2017, serial number 1048 was acquired at auction by the Polish government for $69, 000.[4]

Military usage
There is only one known example of military usage of this rifle in action which, almost uniquely, was by Maroszek himself. While personnel were evacuating from Instytut Techniki Uzbrojenia (Weaponry Technology Institute) the train they were traveling in was attacked near the city of Zdołbunow by two German warplanes flying at low altitude. As he states in his memoirs, Maroszek kept shooting through the window, eventually killing the gunner and wounding the pilot of one of the planes, forcing it to land. This event was also confirmed by other passengers.[5]

[Raisingafloppa]

The GAU-8 was created as a parallel program with the A-X (or Attack Experimental) competition that produced the A-10. The specification for the cannon was laid out in 1970, [4] with General Electric and Philco-Ford offering competing designs. Both of the A-X prototypes, the YA-10 and the Northrop YA-9, were designed to incorporate the weapon, although it was not available during the initial competition; the M61 Vulcan was used as a temporary replacement. Once completed, the entire GAU-8 assembly (correctly referred to as the A/A 49E-6 Gun System)[5] represents about 16% of the A-10 aircraft's unladen weight. Because the gun plays a significant role in maintaining the A-10's balance and center of gravity, a jack must be installed beneath the airplane's tail whenever the gun is removed for inspection in order to prevent the aircraft from tipping rearwards.

The gun is mounted slightly to the port side with the active firing cannon barrel on the starboard side at the 9 o'clock position and on the aircraft's center line. The front landing gear is positioned to the starboard side.[6] The gun is loaded using Syn-Tech's linked tube carrier GFU-8/E 30 mm Ammunition Loading Assembly cart. This vehicle is unique to the A-10 and the GAU-8.[7]

The A-10 with its GAU-8/A gun entered service in 1977. It was produced by General Electric, though General Dynamics Armament and Technical Products has been responsible for production and support since 1997 when the division was sold by Lockheed Martin to General Dynamics.

Design

The GAU-8 itself weighs 620 pounds (280 kg), but the complete weapon, with feed system and drum, weighs 4, 029 pounds (1, 828 kg) with a maximum ammunition load. It measures 19 ft 5+1⁄2 in (5.931 m) from the muzzle to the rearmost point of the ammunition system, and the ammunition drum alone is 34.5 inches (88 cm) in diameter and 71.5 inches (1.82 m) long.[8] Power for operating the gun is provided by twin hydraulic motors pressurized from two independent hydraulic systems. The magazine can hold 1, 174 rounds, although 1, 150 is the typical load-out. Muzzle velocity when firing armor-piercing incendiary rounds is 1, 013 m/s, almost the same as the substantially lighter M61 Vulcan's 20 mm round, giving the gun a muzzle energy of just over 200 kilojoules.[9]

The standard ammunition mixture for anti-armor use is a five-to-one mix of PGU-14/B Armor Piercing Incendiary, with a projectile weight of about 14.0 oz (395 grams or 6, 096 grains) and PGU-13/B High Explosive Incendiary (HEI) rounds, with a projectile weight of about 13.3 oz (378 grams or 5, 833 grains).[10] The PGU-14/B's projectile incorporates a lightweight aluminum body, cast around a smaller caliber depleted uranium penetrating core.[11] In 1979, the Avenger was tested against M47 Patton tanks and caused "severe damage".[12]


An innovation in the design of the GAU-8/A ammunition is the use of aluminum alloy cases in place of the traditional steel or brass.[13] This alone adds 30% to ammunition capacity for a given weight. The projectiles incorporate a plastic driving band to improve barrel life. The cartridges measure 11.4 inches (290 mm) in length and weigh 1.53 pounds (0.69 kg) or more.[8][13]

The Avenger's rate of fire was originally selectable, 2, 100 rounds per minute (rpm) in the low setting, or 4, 200 rpm in the high setting.[2] This rate was later changed to a fixed rate of 3, 900 rpm.[3] At this speed it would take 18 seconds of sustained fire to empty the magazine. In practice, the cannon is limited to one and two-second bursts to avoid overheating and conserve ammunition; barrel life is also a factor, since the USAF has specified a minimum life of at least 20, 000 rounds for each set of barrels.[14] There is no technical limitation on the duration the gun may be continuously fired, and a pilot could potentially expend the entire ammunition load in a single burst with no damage or ill effects to the weapons system itself. However, this constant rate of fire would shorten the barrel life considerably and require added barrel inspections and result in shorter intervals between replacement.

Each barrel is a very simple non-automatic design having its own breech and bolt. Like the original Gatling gun, the entire firing cycle is actuated by cams and powered by the rotation of the barrels.[13] The seven-barrel carriage assembly itself is driven by the aircraft's dual hydraulic system.[14]

The GAU-8/A ammunition feed is linkless, reducing weight and avoiding a great deal of potential for jamming. The feed system is double-ended, allowing the spent casings to be returned to the ammunition drum.[15] Additionally, returning empty cases to the drum has less effect on the aircraft's center of gravity than ejecting them. The feed system is based on that developed for later M61 installations, but uses more advanced design techniques and materials throughout, to save weight.[8]

Firing system

Accuracy
The GAU-8/A is extremely accurate and can fire up to 3, 900 rounds per minute without complications. The 30-mm shell has twice the range, half the time to target, and three times the mass of projectiles fired by guns mounted in comparable close air support aircraft.[16]


The GAU-8/A Avenger Gatling gun next to a Volkswagen Beetle. Removing an installed GAU-8 from an A-10 requires first installing a jack under the aircraft's tail to prevent it from tipping, as the cannon makes up most of the aircraft's forward weight.
The muzzle velocity of the GAU-8/A is about the same as that of the M61 Vulcan cannon, but the GAU-8/A uses heavier ammunition and has superior ballistics. The time of flight of its projectile to 4, 000 feet (1, 200 m) is 30 percent less than that of an M61 round; the GAU-8/A projectile decelerates much less after leaving the barrel, and it drops a negligible amount, about 10 feet (3.0 m) over the distance.[17] The GAU-8/A precision when installed in the A-10 is rated at "5 mil, 80 percent", meaning that 80 percent of rounds fired will hit within a cone with an angle of five milliradians; this equates to a 40-foot (12-meter) diameter circle at the weapon's design range of 4, 000 feet (1, 200 m).[18] By comparison, the M61 has an 8-milliradian dispersion.[13]

Recoil
Because the gun's recoil forces could push the entire plane off target during firing, the weapon is mounted laterally off-center, slightly to the port side of the fuselage centerline, with the active firing barrel lying directly on the aircraft's centerline.[6] The firing barrel also lies just below the aircraft's center of gravity, being bore-sighted along a line 2 degrees below the aircraft's line of flight. This arrangement accurately centers the recoil forces, preventing changes in aircraft pitch or yaw when fired. This configuration also leaves space for the front landing gear, which is mounted slightly off-center on the starboard side of the nose.[19]

The GAU-8/A utilizes recoil adapters. They are the interface between the gun housing and the gun mount. By absorbing (in compression) the recoil forces, they spread the time of the recoil impulse and counter recoil energy transmitted to the supporting structure when the gun is fired.

The A-10 engines were initially susceptible to flameout when subjected to gases generated in the firing of the gun. When the GAU-8 is being fired, the smoke from the gun can make the engines stop, and this did occur during initial flight testing.[4] Gun exhaust is essentially oxygen-free, and is certainly capable of causing flameouts of gas turbines. The A-10 engines now have a self-sustaining combustion section. When the gun is fired, the igniters come on to reduce the possibility of a flameout.[20]

The average recoil force of the GAU-8/A is 10, 000 pounds-force (45 kN), [5][21] which is slightly more than the output of each of the A-10's two TF34 engines of 9, 065 lbf (40.3 kN).[22] While this recoil force is significant, in practice a cannon-fire burst slows the aircraft by only a few miles per hour in level flight.[20]

Variants
Some of the GAU-8/A technology has been transferred into the smaller 25 mm GAU-12/U Equalizer, which was developed for the AV-8B Harrier II aircraft. The GAU-12 is about the same size as the 20 mm M61. GE has also developed the GAU-13/A, a four-barreled weapon using GAU-8/A components, which has been tested in podded form as the GPU-5/A. The Avenger also forms the basis for the Dutch-developed Goalkeeper CIWS naval air-defence gun. No current or contemplated aircraft other than the A-10 carries the full-up Avenger system.[8]

Specifications

A side-view drawing of the GAU-8/A Avenger's mounting location in the A-10's forward fuselage
Precision: 80% of rounds fired at 4, 000 feet (1, 200 m) range hit within a 40-foot (12 m) diameter circle.[a]
Ammo:
PGU-14/B API Armor Piercing Incendiary (DU)
PGU-13/B HEI High explosive incendiary
PGU-15/B TP Target Practice
Armor penetration of Armor-Piercing Incendiary ammunition, BHN-300 RHA, attack angle 30 degrees from vertical:[24]
76 mm at 300 meters
69 mm at 600 m
64 mm at 800 m
59 mm at 1, 000 m
55 mm at 1, 220 m

[sandrarinaburieanakatong]

*me summoning the naxi germans empire, japan empire and soviet unions* me rn: HEHEHEHE