Place Anti Tank Rounds – Officially designated XM1147, the AMP will replace four different rounds currently in service. Two of these are High-Explosive Anti-Tank rounds, shaped charges which punch through targets with a focused jet of explosive power. It also replaces the M1028 Canister Round, which is essentially a giant shotgun shell to sweep an area clear of infantry, and the M908 Obstacle Reducing Round, an explosive warhead for breaking up concrete “dragon’s teeth” and other anti-tank obstacles (or destroying
large buildings). We recommend landing at a place far from the battle bus, so don’t run into too many players while completing this quest. When you arrive at one of the six locations, look for the drone and transmit the data.
Place Anti Tank Rounds
The AMP is also the first round to be designed to cope with a novel type of problem – electromagnetic pulse, which can damage or destroy electronics. The round will be the first in service to meet the HERO or Hazard of Electromagnetic Radiation to Ordnance standard and has been tested against electromagnetic pulse and well as static discharges.
While the tank was now future-proofed, the point about smaller ammunition capability still stood. The fire control system on the M1 was so advanced that it could hit a moving target at two thousand meters with 90 percent accuracy.
The problem was not going to be misses and wasted ammunition, but ensuring that hits translated into kills. The AMP has three different fusing options. With Point Detonation, the round explodes on contact with the target — this mode will make it effective against targets like light armored vehicles.
Set to Point Detonation-Delay, the round does not explode immediately on contact – this is the mode used against obstacles and bunkers, as it gives enough time to penetrate deeply into concrete of other material before exploding.
In the Airburst mode, the round explodes at a pre-set height above the ground, spraying the area below with tungsten shrapnel – this is the antipersonnel mode. At the same time, the United States was researching the use of depleted uranium as an armor penetrator.
A byproduct of nuclear reactor fuel, depleted uranium was harder and denser than existing tungsten-tipped penetrators. Accelerated to extremely high speeds, this allowed a depleted-uranium (DU) round to smash through an unprecedented amount of armor. The pyrophoric nature of uranium and steel would cause the DU to catch fire upon penetration, causing catastrophic damage inside the tank.
The U.S. Army is acquiring a new multipurpose tank round which can flatten bunkers, pulverize obstacles, breach concrete walls or take out groups of personnel. And it can destroy armored and unarmored vehicles and buildings, too.
The 120mm Advanced Multipurpose Round (AMP) for the Army’s M1 Abrams tank gets its versatility from a smart fusing system which performs differently against different types of target. The use of depleted uranium as a penetrator has resulted in superior armament for the U.S.
tankers crossing the battlefield. Nobody knows how long the one-two combination of the M256 gun and DU ammunition will continue to overmatch enemy armor, but given DU’s superior armor-piercing capability, it’s a fairly sure bet DU will arm the next generation of Army tanks as well.
A tank is a fast-moving, well-protected, heavily armed behemoth designed to dominate the land battlefield. As the primary offensive weapon in any army, nations compete to field the best tanks in both peace and war. In the 1980s, the U.S.
Army took the drastic step of arming its tank, the M1 Abrams, with the ultimate upgrade: a tank-killing round made of uranium, the heaviest naturally occurring element on Earth. The result is an unmatched tank killer capable of destroying any fielded tank.
The standard tungsten antiarmor round for the M60 tank, the M735, could penetrate 350 millimeters, or 13.7 inches, of steel rolled homogeneous armor (RHA), the standard measurement for armored vehicle protection. The M833 DU round, however, could penetrate 420 millimeters of RHA positioned at a sixty-degree angle for maximum armor thickness.
By comparison, the larger Soviet 125-millimeter gun on the T-72 tank could penetrate 450 millimeters of armor. Most importantly, the M774 could penetrate the T-72’s frontal hull and turret armor, where the armor was the thickest.
That’s everything you need to know for how to place anti-tank rounds in Fortnite Chapter 3 Season 2. With this quest done, week four of the Resistance questline is finished. Be sure to check back in a week as we will be putting up guides for the week 5 resistance quests.
This decision is ultimately one we were forced to make due to the number of visitors from your region when compared to the operational costs necessary to continue providing access there. It was a tough decision but one that we ultimately had to accept.
This is an indefinite decision. We sincerely apologize for the inconvenience this will cause all of those who reside within your region. Pentagon officials, on the other hand, wanted to equip the M1 with the larger German-designed Rheinmetall M256 120-millimeter smoothbore gun.
The civilian leadership felt obliged to use the gun in part as a way to offset German participation in the NATO AWACS program. A larger gun would also “future-proof” the M1, allowing it to defeat future tanks with heavier armor.
A compromise resulted, in which the M1 would be initially manufactured with the M68 gun, but would be upgradeable to the M256 at a later date. Moreover, a later version of the tank, later called M1A1, would come standard with the larger M256.
The M829 depleted uranium round, aka ‘the silver bullet,’ may be the anti-tank champion for punching through armor (it’ll go through half a meter of steel), but it is a one-trick pony, severely limited against other
sort of target. Fired at a truck or a house, it tends to zip right through, doing little damage. The new AMP is an all-rounder that can take on anything and everything. This is now the final quest for week four of the Resistance quest line.
We’ve deployed aquatic relays and transmitted data to drones. Now it’s time to truly put a dent in the IO forces and their weaponry. That’s right, now we’re going to cover how to place anti-tank rounds in Fortnite Chapter 3 Season 2.
Another important new capability is breaching walls. Currently, making a breach an infantry assault requires engineers to get next to the wall and emplace explosives. Three rounds of AMP will create a thirty-by-fifty-inch hole clean through a double-thickness reinforced concrete wall, big enough for troops to advance through.
This includes cutting through the steel reinforcement bars, and breaching can be carried out from several hundred meters away. Improved M1A1 tanks equipped with the larger 120-millimeter gun began rolling off assembly lines starting in 1985. The 1991 Persian Gulf War against Iraq saw the M829A1 depleted-uranium round used by M1A1s against Iraqi T-72s with devastating effect.
Nicknamed the “Silver Bullet,” the round could penetrate an estimated 570 millimeters at two thousand meters, giving it good penetration against even a T-80 at typical range. Amazingly, the M829A1 has a flat, laser-like trajectory out to 3,600 meters, meaning it does not incur ballistic drop due to gravity over a distance of two miles.
That gives one an idea of the pure power behind the 120-millimeter gun. To complete this quest, you will need to go to one of the seven outposts. We recommend landing far from the Battle Bus flight path, so you can complete this without running into many players.
Below you’ll find a photo of all the Outpost locations throughout the island. The M1 Abrams tank was first fielded by the U.S. Army in the 1980s. The Army preferred the 105-millimeter gun, the British-designed Royal Ordnance L7, also known in the United States as the M68.
The M68 had armed the M60 series of tanks for decades and was considered a proven “good enough” gun. The M1’s turret could only accommodate fifty-five rounds of 105-millimeter ammunition, a reduction from the sixty-two rounds the older M60 tank could carry.
An even larger gun would further reduce ammo capacity to a mere forty rounds. Meanwhile, efforts to future-proof the M1’s armament were coming in handy. The Soviet Union was known to be deploying a new main battle tank, the T-80.
U.S. Intelligence believed that the T-80, like other modern tanks such as the M-1 and Leopard 2, had shifted away from an all-steel armor to a mixed composite matrix that included ceramic armors. The result was dramatically improved “composite” armor protection.
The T-80 had a frontal turret protection of five hundred millimeters of RHA, and glacis plate (frontal hull) protection level of 450 millimeters of RHA. The 105-millimeter gun had finally run its course as an effective armament.
Kyle Mizokami is a defense and national-security writer based in San Francisco who has appeared in the Diplomat, Foreign Policy, War is Boring and the Daily Beast. In 2009, he cofounded the defense and security blog Japan Security Watch.
You can follow him on Twitter: @KyleMizokami. The AMP adds an important new capability. The existing canister round is only for short-range use with a maximum reach of about 500 meters. This makes it useless for dealing with one of the biggest threats to tanks, infantry equipped with anti-tank guided missiles like the Russian-made AT-14 Kornet, used in Iraq, Syria and Yemen.
When used in airburst mode, the AMP can target groups of personnel at ranges of up to 2,000 meters: even if it does not disable a missile team, the round is likely to distract them enough so that they are not able to keep a missile on
course. The latest generation of the M829 series round, M829E4, is designed to penetrate even further than previous versions, the exact extent of which is classified, and to defeat active protection systems such as those built on the latest Russian tanks.
Whether or not the M828E4 can penetrate the armor of the new Russian T-14 Armata tank is publicly unknown. The U.S. Army has not pushed to arm the M1 with a longer gun barrel (to increase muzzle velocity) or a larger diameter gun since Armata’s introduction, an interesting non-development in the face of a new threat tank.
The Army awarded two contracts for AMP development in 2015, in a competition between Orbital ATK (now part of Northrop Grumman NOC ) and General Dynamics G.D . Last month the Army awarded the production contract to the ATK team.
Testing was supposed to take place last year, but has been delayed due to COVID-19. Operational Assessment is now scheduled for later this year, with the round going into full rate production next year. The M1 Abrams was designed in the 1970s when the Soviet tank formations rolling across Germany were the big threat.
The AMP updates it for the modern era, where the opposition is less likely to be heavy armor and more likely to be on foot and fighting in an urban landscape of strong points and concrete obstacles.
Carrying the AMP makes logistics easier since one round will work against a wide range of likely targets. Here are the places marked on the map in which you can go to continue the quest. We chose the one to the south of Sanctuary, and to get through this easily, you should follow along with us.
Here’s What You Need To Remember: The standard tungsten antiarmor round for the M60 tank, the M735, could penetrate 350 millimeters, or 13.7 inches, of steel rolled homogenous armor (RHA), the standard measurement for armored vehicle protection.
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Emma Nehls is a military writer and historian with a passion for exploring the intricacies of warfare and the human experience within the military. With extensive knowledge and a deep understanding of military strategy, tactics, and historical contexts, Nehls brings a unique perspective to his writings.
