| Error creating thumbnail: File missing Join our Discord! |
| If you have been locked out of your account you can request a password reset here. |
FGM-148 Javelin: Difference between revisions
No edit summary |
No edit summary |
||
| Line 3: | Line 3: | ||
The '''FGM-148 Javelin''' is a crew-served, man-portable IR-guided fire-and-forget anti-tank missile in service with the United States military. It originated in the 1983 AAWS-M (Advanced Antitank Weapon System - Medium) requirement for an infantry guided missile system to replace the [[M47 Dragon]], which was totally not an excuse to have a weapon program called "awesome." The first proof-of-principle weapons were produced in 1986, with three candidates: Ford Aerospace produced a LOSBR (line of sight beam riding) missile, Hughes Aircraft Missile System Group a wire-guided weapon using imaging infra-red combined with a fiber-optic cable link (presumably an ACLOS (automatic command line of sight) system where the operator would only have to keep the target within the imager's field of view after locking on rather than directly designating it), and Texas Instruments a wireless fire-and-forget missile using imaging infra-red. The latter weapon is what would ultimately become the Javelin, being produced by Texas Instruments and Martin Marietta, now respectively parts of Raytheon and Lockheed-Martin. The system entered production in 1996. | The '''FGM-148 Javelin''' is a crew-served, man-portable IR-guided fire-and-forget anti-tank missile in service with the United States military. It originated in the 1983 AAWS-M (Advanced Antitank Weapon System - Medium) requirement for an infantry guided missile system to replace the [[M47 Dragon]], which was totally not an excuse to have a weapon program called "awesome." The first proof-of-principle weapons were produced in 1986, with three candidates: Ford Aerospace produced a LOSBR (line of sight beam riding) missile, Hughes Aircraft Missile System Group a wire-guided weapon using imaging infra-red combined with a fiber-optic cable link (presumably an ACLOS (automatic command line of sight) system where the operator would only have to keep the target within the imager's field of view after locking on rather than directly designating it), and Texas Instruments a wireless fire-and-forget missile using imaging infra-red. The latter weapon is what would ultimately become the Javelin, being produced by Texas Instruments and Martin Marietta, now respectively parts of Raytheon and Lockheed-Martin. The system entered production in 1996. | ||
Like Dragon, Javelin is a two-part system consisting of individual missiles in disposable casings (the Launch Tube Assembly or LTA, which includes the Battery Coolant Unit (BCU) which powers the missile electronics and cools the missile seeker prior to launching) and a detachable sighting unit (the Command Launch Unit or CLU) which is re-used, being mated to the LTA prior to launching. Javelin's CLU includes all controls for the missile, a day / night sighting unit with a built-in electronic cooling unit powered by a replaceable battery, and the fire control computer. The missile is locked on to the IR image of the target by aiming the CLU, with guidance fully automated after launching using image tracking: the stated effective range is 2,500m (original Block 0 missiles had a stated effective range of 2,000m), but Javelin has scored hits at up to 4,750m during testing. Minimum range is 150m in top-attack mode and 65m in direct mode. The CLU can also be used as a portable surveillance system when dismounted. | Like Dragon, Javelin is a two-part system consisting of individual missiles in disposable casings (the Launch Tube Assembly or LTA, which includes the Battery Coolant Unit (BCU) which powers the missile electronics and cools the missile seeker prior to launching) and a detachable sighting unit (the Command Launch Unit or CLU) which is re-used, being mated to the LTA prior to launching. Javelin's CLU includes all controls for the missile, a day / night sighting unit with a built-in electronic cooling unit powered by a replaceable battery, and the fire control computer. The missile is locked on to the IR image of the target by aiming the CLU, with guidance fully automated after launching using image tracking: the stated effective range is 2,500m (1.55 miles) (original Block 0 missiles had a stated effective range of 2,000m (1.24 miles)), but Javelin has scored hits at up to 4,750m (2.95 miles) during testing. Minimum range is 150m (492ft) in top-attack mode and 65m (213ft) in direct mode. The CLU can also be used as a portable surveillance system when dismounted. | ||
Javelin's usual missile is an advanced tandem-charge HEAT warhead designed to defeat modern reactive armor, which can be set to top-attack mode for targeting armored vehicles or direct-fire for engaging other targets such as helicopters. Both trajectories begin with a steep climb, with only height of the climb (maximum of 160m for top-attack and 60m for direct) and trajectory of the end stage differing. The missile uses a soft-launch system with a small booster charge that burns out while the missile is still inside the LTA, the main thruster then firing when the missile is a safe distance from the launcher and accelerating it to full speed before it too burns out, the missile gliding for the remainder of its flight time. Since Javelin saw extensive use against unarmored targets in Iraq and Afghanistan, a second missile type, the multi-purpose warhead (MPWH) has been developed, which retains the HEAT functionality but also has a steel fragmentation sleeve to increase lethality against infantry. | Javelin's usual missile is an advanced tandem-charge HEAT warhead designed to defeat modern reactive armor, which can be set to top-attack mode for targeting armored vehicles or direct-fire for engaging other targets such as helicopters. Both trajectories begin with a steep climb, with only height of the climb (maximum of 160m (525ft) for top-attack and 60m (197ft) for direct) and trajectory of the end stage differing. The missile uses a soft-launch system with a small booster charge that burns out while the missile is still inside the LTA, the main thruster then firing when the missile is a safe distance from the launcher and accelerating it to full speed before it too burns out, the missile gliding for the remainder of its flight time. Since Javelin saw extensive use against unarmored targets in Iraq and Afghanistan, a second missile type, the multi-purpose warhead (MPWH) has been developed, which retains the HEAT functionality but also has a steel fragmentation sleeve to increase lethality against infantry. | ||
A new lightweight CLU was introduced in 2013: it is 70% smaller, 40% lighter, and has a 50% improvement in battery life, along with numerous upgrades to electronics such as a high-definition display, long-wave IR sensor, a Far Target Location (FTL) system, and an integrated laser rangefinder / target designator and 5 megapixel camera. LTA units are manufactured by Orbital ATK, while CLUs are manufactured by Raytheon. | A new lightweight CLU was introduced in 2013: it is 70% smaller, 40% lighter, and has a 50% improvement in battery life, along with numerous upgrades to electronics such as a high-definition display, long-wave IR sensor, a Far Target Location (FTL) system, and an integrated laser rangefinder / target designator and 5 megapixel camera. LTA units are manufactured by Orbital ATK, while CLUs are manufactured by Raytheon. | ||
| Line 16: | Line 16: | ||
* '''Type:''' Guided missile launcher | * '''Type:''' Guided missile launcher | ||
* '''Caliber:''' 127mm | * '''Caliber:''' 127mm (5 in) | ||
* '''Missile Weight:''' : 26 lb (11.8 kg) | * '''Missile Weight:''' : 26 lb (11.8 kg) | ||
Revision as of 04:29, 29 November 2017
The FGM-148 Javelin is a crew-served, man-portable IR-guided fire-and-forget anti-tank missile in service with the United States military. It originated in the 1983 AAWS-M (Advanced Antitank Weapon System - Medium) requirement for an infantry guided missile system to replace the M47 Dragon, which was totally not an excuse to have a weapon program called "awesome." The first proof-of-principle weapons were produced in 1986, with three candidates: Ford Aerospace produced a LOSBR (line of sight beam riding) missile, Hughes Aircraft Missile System Group a wire-guided weapon using imaging infra-red combined with a fiber-optic cable link (presumably an ACLOS (automatic command line of sight) system where the operator would only have to keep the target within the imager's field of view after locking on rather than directly designating it), and Texas Instruments a wireless fire-and-forget missile using imaging infra-red. The latter weapon is what would ultimately become the Javelin, being produced by Texas Instruments and Martin Marietta, now respectively parts of Raytheon and Lockheed-Martin. The system entered production in 1996.
Like Dragon, Javelin is a two-part system consisting of individual missiles in disposable casings (the Launch Tube Assembly or LTA, which includes the Battery Coolant Unit (BCU) which powers the missile electronics and cools the missile seeker prior to launching) and a detachable sighting unit (the Command Launch Unit or CLU) which is re-used, being mated to the LTA prior to launching. Javelin's CLU includes all controls for the missile, a day / night sighting unit with a built-in electronic cooling unit powered by a replaceable battery, and the fire control computer. The missile is locked on to the IR image of the target by aiming the CLU, with guidance fully automated after launching using image tracking: the stated effective range is 2,500m (1.55 miles) (original Block 0 missiles had a stated effective range of 2,000m (1.24 miles)), but Javelin has scored hits at up to 4,750m (2.95 miles) during testing. Minimum range is 150m (492ft) in top-attack mode and 65m (213ft) in direct mode. The CLU can also be used as a portable surveillance system when dismounted.
Javelin's usual missile is an advanced tandem-charge HEAT warhead designed to defeat modern reactive armor, which can be set to top-attack mode for targeting armored vehicles or direct-fire for engaging other targets such as helicopters. Both trajectories begin with a steep climb, with only height of the climb (maximum of 160m (525ft) for top-attack and 60m (197ft) for direct) and trajectory of the end stage differing. The missile uses a soft-launch system with a small booster charge that burns out while the missile is still inside the LTA, the main thruster then firing when the missile is a safe distance from the launcher and accelerating it to full speed before it too burns out, the missile gliding for the remainder of its flight time. Since Javelin saw extensive use against unarmored targets in Iraq and Afghanistan, a second missile type, the multi-purpose warhead (MPWH) has been developed, which retains the HEAT functionality but also has a steel fragmentation sleeve to increase lethality against infantry.
A new lightweight CLU was introduced in 2013: it is 70% smaller, 40% lighter, and has a 50% improvement in battery life, along with numerous upgrades to electronics such as a high-definition display, long-wave IR sensor, a Far Target Location (FTL) system, and an integrated laser rangefinder / target designator and 5 megapixel camera. LTA units are manufactured by Orbital ATK, while CLUs are manufactured by Raytheon.
The FGM-148 Javelin missile launcher appears in the following films and video games used by the following actors:
Specifications
(1996 - Present)
- Type: Guided missile launcher
- Caliber: 127mm (5 in)
- Missile Weight: : 26 lb (11.8 kg)
- CLU Weight: M98A1 CLU: 14.1 lb (6.4 kg) with battery, carrying bag and cleaning kit
- Missile Length: 43 in (110 cm)
- Launch Tube Length: 47 in (120 cm)
Film
| Title | Actor | Character | Note | Date |
|---|---|---|---|---|
| War of the Worlds | US Army soldiers | 2005 | ||
| Cloverfield | US Army soldiers | 2008 | ||
| Red Eye | Terrorist Assassins | 2005 | ||
| White House Down | Mercenaries | 2013 | ||
| Batman v Superman: Dawn of Justice | Callan Mulvey | Anatoli Knyazev | 2016 | |
| Whiskey Tango Foxtrot | U.S. Marines | 2016 |
Television
| Show Title | Actor | Character | Note / Episode | Air Date |
|---|---|---|---|---|
| Future Weapons | 2006-2008 | |||
| Ultimate Weapons | 2009 |
Anime
| Title | Character | Note | Date |
|---|---|---|---|
| Ghost in the Shell Stand Alone Complex 2nd Gig | Ishikawa | With futuristic enhancements | 2004 - 2005 |
| Jormungand | Voshkod 6 member | 2012 - ???? |
Video Games
"Shown firing at impossibly short range" and "incorrect trajectory" are pretty much a given.
| Game Title | Appears as | Mods | Notation | Release Date |
|---|---|---|---|---|
| ArmA: Armed Assault | CLU disappears when weapon is fired | 2007 | ||
| ArmA II | 2009 | |||
| Operation Flashpoint 2: Dragon Rising | 2009 | |||
| Call of Duty 4: Modern Warfare | Campaign only, incorrect CLU warning lights | 2007 | ||
| Modern Warfare 2 | incorrect CLU warning lights | 2009 | ||
| Modern Warfare 3 | incorrect CLU warning lights | 2011 | ||
| Blacksite: Area 51 | Incorrectly shown with a fixed tube loaded with loose missiles | 2008 | ||
| Metal Gear Solid 4: Guns of the Patriots | Incorrectly shown as SACLOS and fully disposable | 2008 | ||
| America's Army | 2002 | |||
| Battlefield 3 | 2011 | |||
| Homefront | AAWS-M launcher | Shown firing directly | 2011 | |
| Battlefield 4 | Incorrectly required to maintain lock-on, unless target is painted | 2013 |
See Also
- Lockheed Martin - A list of all weapons manufactured by Lockheed Martin.