The exact cost of a Stinger and Javelin missile varies depending on the type and quantity purchased. Generally speaking, Stinger missiles cost around $38,000 per unit and the Javelin missile costs around $115,000 per unit.
Prices also increase substantially when countries purchase missiles in bulk. For example, the US military has spent billions of dollars on Stinger missiles for allies in the Middle East and Central Asia.
Additionally, the US Army recently purchased 4,000 Javelin missiles for $320 million.
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How many javelin missiles does the US have?
The exact number of javelin missiles currently in the US inventory is classified information. The US has had a number of the missiles in its arsenal since 1996, when they came into service with the US Army and US Marine Corps.
The US has continued to upgrade and purchase new Javelin missiles in the years since, with the most recent order going to Lockheed Martin in 2017. Lockheed Martin also manufactures additional missiles for foreign militaries as part of the US Department of Defense’s Foreign Military Sales program.
The Javelin missiles have seen action in various conflicts overseas in the years since, including Iraq and Afghanistan. It is estimated that the US currently has about 14,000 Javelin missiles in its inventory.
Can Javelin shoot down jets?
No, javelins cannot shoot down jets. Javelins are made for throwing by hand, so they may not be able to travel far enough to reach a jet. Additionally, javelins do not have any form of guidance system, so even if it could reach the jet, it would be unable to target the jet accurately enough to accomplish its destruction.
In today’s world, powerful anti-aircraft missiles are used for shooting down jets. These missiles have advanced guidance systems that allow them to accurately target jet aircraft.
How long does it take to fire a Javelin?
The amount of time it takes to fire a Javelin missile depends on several variables, such as the operator’s proficiency and the conditions of the terrain. If all conditions are optimal, then it can take as little as 10-15 seconds from the time the operator pushes the launch button, until the missile leaves the launch tube.
However, in other conditions, such as when the operator is unfamiliar with the system, or when the terrain is difficult to navigate, the same process can take up to two minutes. Additionally, the Javelin missile is always prepped for launch before it’s deployed and often requires a minimum arming time of 30 minutes with some exceptions.
Are Javelin missiles reusable?
No, Javelin missiles are not reusable. The Javelin is a fire-and-forget missile, meaning that once it is fired, it will not be recovered or reused. The Javelin Missile System has a disposable launch tube, a single-use tracking unit, and a missile that is treated as expended after firing.
Javelin missiles cannot be reloaded and used again. The system is designed to be lightweight and free of any guidance or control systems, making it ideal for use by infantry troops in combat conditions.
Can you direct fire a Javelin?
No, the Javelin missile system is not a direct fire weapon, meaning that you cannot fire it directly at a target like you would a regular rifle or mortar. Instead, the Javelin is a “fire-and-forget” system, meaning it requires no further guidance after launch.
The Javelin missile is a man-portable, single-shot, anti-tank missile system. It was designed to provide troops with the ability to engage and destroy enemy armored vehicles from beyond the line of sight.
After firing the missile at a target, the launching crew can quickly seek cover and not be exposed to potential return fire from enemy crews. The Javelin has two main guidance systems—an Automatic Look-To-Launch system and an Automatic Command To-Line-of-Sight system.
The Automatic Look-To-Launch system allows the launching operator to aim the missile through a telescopic sight, and then track and fire the missile at its target without any further operator input. The second Automatic Command To-Line-of-Sight system is an advanced technology, formerly classified, which guides the missile to the target automatically and has enabled ranges of over 4,000 meters.
Can a Stinger missile shoot down a jet?
Yes, a Stinger missile can shoot down a jet. The FIM-92 Stinger is an infrared homing surface-to-air missile (SAM) developed by the United States. As a “fire-and-forget” weapon, it can detect its target while in flight and automatically guide itself to the target.
The missile is capable of intercepting low-flying aircraft, such as fighter jets and helicopters, at ranges of up to five kilometers away. While the Stinger is not designed to take down the most modern military jets, it is capable of hitting a wide range of commercial, military, and recreational aircraft.
The Stinger missile is also one of the most widely proliferated air defense systems in the world and is used by over 40 countries.
Can a Stinger bring down a cruise missile?
In theory, yes, a Stinger missile could bring down a cruise missile, but doing so would require an extremely precise and well-timed shot. Cruise missiles typically fly at much higher altitudes than Stingers, which means that the Stinger’s operator would need to time their shot perfectly and adjust the missile’s trajectory in such a way that it hits the cruise missile while it is in its slowest portion of its flight.
Additionally, the Stinger missile needs to be in the correct range, which can be difficult due to cruise missiles usually flying out at long-range targets. The Stinger’s operator would also need to make sure that the missile is properly adjusted for the correct altitude and speed for the shot to be successful.
In short, a Stinger missile could theoretically bring down a cruise missile, but doing so would require a great deal of skill, patience, and practice.
Can a fighter jet outrun a missile?
Generally speaking, no, a fighter jet cannot outrun a missile. A fighter jet is a relatively slow-moving aircraft compared to the speed at which a missile travels. A missile typically reaches speeds of Mach 5 or higher, which is approximately 3,800 mph.
Depending on the type, most fighter jets range from Mach 1 to Mach 2, or about 750 mph to 1,500 mph.
The speed and maneuverability of a fighter jet certainly gives it an edge over most missiles, but the sheer speed of a missile limits the plane’s ability to outrun it. Additionally, even the most advanced fighter jets typically only have limited missile defense systems, so they are not always able to take evasive action to avoid an incoming missile.
The best option for fighter jets to combat the threat of an incoming missile is to deploy countermeasures, such as flares, chaff, and electronic countermeasures. These countermeasures confuse the missile’s tracking systems and can distract it away from the plane.
Which country has the missile Defence system?
The United States of America is one of the few countries in the world that has a fully functional missile defense system. The system, officially called the Ballistic Missile Defense System (BMDS), is part of the United States’ multi-layered missile defense strategy, which also includes missile defense programs and cooperating initiatives with other countries.
The primary purpose of the BMDS is to protect the United States and its allies from ballistic missiles, specifically intercontinental ballistic missiles (ICBMs). The BMDS currently consists of a variety of defensive elements, including ground- and sea-based interceptors, sensors, command and control systems and Radar sites.
Ground-based elements include the Ground-Based Midcourse Defense (GMD) system, which has interceptors based in Alaska and California. Sea-based elements such as the Aegis Ballistic Missile Defense (BMD) System and Terminal High Altitude Area Defense (THAAD) system are designed to detect and intercept missiles in their terminal phase, or the end stage of their flight towards a target.
The BMDS also deploys interceptors and other defensive assets on U. S. Navy ships around the world. The U. S. also works with other nations to develop the capability to intercept missiles outside their own territory, providing defense-in-depth capabilities.
Additionally, the United States has joint missile defense programs with several other countries, such as the U. S. -Israeli Arrow missile defense system.
What country has the fighter jets?
Many countries around the world have fighter jets, including the United States, Russia, China, France, Germany, the United Kingdom, India, Israel, and Japan. Each country typically has its own unique selection of fighter jets, with different models being developed and adapted to their specific requirements.
The United States currently operates the F-15 Eagle, the F-16 Fighting Falcon, the F/A-18 Hornet and Super Hornet, the F-22 Raptor, and the F-35 Lightning II. Russia has the MiG-29 Fulcrum and MiG-31 Foxhound, China has the Chengdu J-10, J-11, and J-20, France has the Rafale, Germany has the Eurofighter Typhoon, the United Kingdom has the Eurofighter Typhoon, the Panavia Tornado, and the F-35 Lightning II, India has the Su-30MKI and the MiG-29, Israel has the F-15 Eagle and the F-16 Fighting Falcon, and Japan has the Mitsubishi F-2 and the Advanced Technology Demonstrator X (ATD-X).
Are rockets faster than fighter jets?
Rockets are generally much faster than fighter jets, though the actual speed depends on the rocket type and the fighter jet model. Some fighter jets, such as the F-22 Raptor, have a top speed of Mach 2.
25, or 1,500 mph. Low-end rockets, like the Falcon 9 from SpaceX, have a cruise speed of 17,000 mph. High-end rockets, such as the Falcon Heavy, have a speed of over 25,000 mph. However, fighter jets have the advantage of maneuverability.
Unlike rockets, fighter jets can change direction in order to avoid obstacles and hit targets with great precision. Therefore, for missions requiring absolute speed and power, a rocket is a better choice.
For missions with a lot of obstacles and targets, a fighter jet may prove to be the better option.
How fast is a missile from a fighter jet?
The speed of a missile from a fighter jet depends on a variety of factors, such as the size of the missile, the type of propulsion system used, the conditions of the atmosphere, and the capabilities of the fighter jet.
Generally, missiles from fighter jets can travel at up to Mach 3, which is equivalent to 3,423 kilometers per hour. However, this speed can increase even further, depending on the specific missile and the conditions of the environment.
For example, a fighter jet can launch a missile that is designed with a ramjet propulsion system, which can reach up to Mach 5, or 6,095 kilometers per hour. Additionally, a fighter jet that is launched from high altitude can allow missiles to reach even faster speeds due to the lower air density.
All in all, the speed of a missile from a fighter jet can vary from Mach 3 up to Mach 5, depending on the missile type, the jet’s capabilities, and the environmental conditions.
Does the U.S. still use the Stinger missile?
Yes, the U. S. still uses the Stinger missile. Originally developed by the U. S. in the late 1970s as a part of the FIM-92A/B defense system, the missile has since been used in various conflicts and operations around the world.
It is primarily employed by the U. S. military’s Special Operations Command, with the missile being used to take out hostile aircraft while providing ground forces with superior air support.
The performance and reliability of the Stinger missile has remained a priority for U. S. forces, with the missile receiving a number of upgrades over the years. This includes the 2015 incorporation of the IFF (Identification Friend or Foe) system into Stinger missiles, ensuring friendly forces are not inadvertently targeted by friendly fire.
The Stinger missile continues to be an essential part of the U.S. military’s air defense capabilities, and has remained in service for over 40 years.
Can flares stop a Stinger missile?
No, flares are not able to stop a Stinger missile. Flares, also known as infrared countermeasures, are designed to deceive infrared-guided missiles by producing a false infrared signature to confuse the missile.
While the flares may temporarily divert the missile from its intended target, it will eventually detect the true source of the infrared signature, which is the aircraft. As a result, flares are not an effective defense against Stinger missiles.
The Stinger missile has both an infrared and an ultraviolet imaging seeker, giving it enhanced capabilities compared to other infrared-guided missiles. Therefore, flares are not able to adequately protect an aircraft from a Stinger missile attack.
The most effective defense against these missiles is the use of missiles with their own infrared guidance systems that can target and intercept the Stinger missile before it reaches its target.
