In March 2021, the US Air Force (USAF) claimed to have fired the longest known air-to-air missile shot. A Boeing F-15C Eagle launched a Raytheon AIM-120 Advanced Medium-Range Air-to-Air Missile (AMRAAM) against a BQM-167 subscale target drone as part of a test, the service reported on April 14. The missile hit its target more than 200 miles away after traveling for nearly 300 miles.
The AMRAAM was designed to defeat current and future threats such as advanced Russian aircraft, and it has been described as the world's first medium range air-to-air missile. It can be used by the F-15C against other targets besides drones, such as ground or naval vehicles or structures. The maximum range of the missile is about 50 kilometers (30 miles), but it usually flies much shorter distances.
The test was conducted at Malmstrom Air Force Base, Montana. The base is home to the 20th Fighter Wing, which operates approximately half of all USAF combat aircraft. The wing's mission is to provide strategic airlift around the world.
Malmstrom hosts two groups of four F-15Cs each. One group is active in peacetime operations, while the other is deployed as a contingency force against foreign enemies. The AMRAAM test shot took place during this year's Nuclear Security Summit in Washington, DC.
The missile has a range of 70 kilometers and a maximum altitude of more than 24 kilometers. The shortest and maximum flying times are less than nine seconds and three and a half minutes, respectively. Raytheon created the Patriot guidance enhanced missile (GEM-T), a PAC-2 missile modification. This new version has improved radar sensitivity and navigation capabilities, making it easier for the operator to find and hit targets with greater accuracy.
Patriots are used by many countries for defense against missiles and aircraft. There are six models of Patriots in use, ranging in length from 3.9 meters to 5.4 meters and weighing between 20 tonnes and 40 tonnes. Each model can be upgraded or modified with additional components such as radars or electro-optical sensors.
In addition to their use by NATO members, Patriots have been sold to Egypt, Israel, India, Indonesia, Pakistan, Saudi Arabia, South Korea, Taiwan, Thailand, and Venezuela. Iraq also has Patriots, but they were given to other countries after the end of its war with Iran (1989-1991).
The first prototype of the Patriot system was tested in 1971. It was developed by the US Army's Rock Island Laboratory and Boeing Defense & Aerospace. The first production unit was delivered to Germany in 1979. Raytheon acquired the rights to produce Patriots in America in 1987.
The missile launcher is a reasonably ubiquitous and powerful heavy gun, but its usefulness is somewhat limited by its high reload time and inability to kill anything tougher than a super mutant brute in a single shot. The missile launcher can fire about 83 missiles before breaking down. This makes it extremely useful for clearing out small numbers of weak enemies or for taking out large groups of weaker enemies that cannot be killed with a single shot.
When you fire the missile launcher you get to choose how many missiles to shoot. You can only hold five missiles at once however so you will need to reload after firing each one. Once all the missiles are loaded you can click the fire button to launch them all at once.
Each missile has its own properties including damage type, range, and trajectory. Some missiles do more damage if they hit something, while others explode immediately if they don't connect with a target. You can see the stats for each missile as it's loading here: http://imgur.com/a/9N5gF. Each time you reload the launcher you get to choose what kind of ammo you want to use with it. You can use regular bullets, rocket propelled grenades, energy balls, smoke bombs - the choices are many!
You can also use special weapon mods on your missile launcher. These affect things like increased rate of fire, extended range, number of projectiles, and more.
The best air-to-surface missiles in the world
Its highest altitude was around 60,000 feet (18,000 meters), earning it the moniker "stratosphere cannon." From 1944 through 1960, the Army utilized the M1 cannon for air defense.
|120 mm M1 gun|
|A 120 mm M1 anti-aircraft gun at US Army Ordnance Museum.|
|Place of origin||United States|
The Hercules missile has a range of 150,000 feet and can travel 87 miles. It was extremely maneuverable and had a peak speed of Mach 3.65. (2,707 miles per hour). It might be equipped with a high-explosive or a nuclear warhead. The Nike was regarded as the most potent of the Army's anti-aircraft weaponry. It had a range of 40 miles and could reach speeds of up to 550 miles per hour.
SAMs have an operational range of about 250 miles and are able to track multiple targets. They use semi-active radar homing (SARH) for guidance which means they home in on the returning echo signal from the target. This makes them very effective against moving vehicles at long distances.
The SA-6 "Giant" is the only surface-to-air missile (SAM) capable of reaching orbit. Its name comes from its maximum range of 160 kilometers (100 miles). If fired from a mobile launcher, the missile can hit targets up to 240 kilometers away.
The S-300 series is a family of medium-range surface-to-air missile systems developed by Russia for export. The system consists of three variants: the S-300P, S-300PM, and S-300U. The S-300P is equipped with three 30mm guns as the point defense element and can engage up to eight incoming missiles simultaneously.
A U.S. air-to-air missile The AIM-120 Advanced Medium-Range Air-to-Air Missile, or AMRAAM (pronounced AM-ram), is an American beyond-visual-range air-to-air missile (BVRAAM) capable of day and night missions in all weather conditions. It was developed by Northrop Grumman for the United States Navy and Marine Corps.
The AIM-120 is carried on board the F/A-18E/F Super Hornet, F/A-22 Raptor, and MQ-9 Reaper. It provides the fighter with a powerful weapon system with a range of more than 100 miles (160 km). The AIM-120 can be used against any aircraft type that is detected on radar. It has a semi-active radar homing (SAHR) guidance system which uses information from the target's radiated energy pattern to find and follow it like a satellite. If the target disappears behind a cloud layer, the missile will continue to search for it until it runs out of fuel.
The AIM-120 was first tested in 1996 and entered service in 2001. It is currently deployed on all current models of the F/A-18E/F Super Hornet, as well as some older F/A-18Es. It can also be found on some F/A-22s and MQ-9s.