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AGMs and Standoff Weapons

JDAM-ER

"The guidance kit will triple the range of JDAM to 80 km for the same accuracy, and will cost $10,000 per unit."

Boeing and RAAF triple bomb range with new JDAM-ER kit

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Not much info about the WCMD-ER Longshot GBU-87 - not too many pictures either:

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The Longshot GBU-87 is the standoff version of the combined effects munition:


MK 46/54 HAAWC kit:

These high-altitude torpedoes are Navy Mark 54 lightweight torpedoes with add-n kits that enable the weapons to glide through the air to attack enemy submarines from long ranges and high altitudes.

Fixed-wing aircraft like the P-3 normally release conventional torpedoes from very low altitudes or with small parachutes to ease the torpedoes into the water gently.

The HAAWC ALA turns the Raytheon Mark 54 torpedo into a glide weapon. As the flying torpedo reaches the water, it jettisons wings and other air-control surfaces and takes on its original role as a smart torpedo that can detect, track, and attack enemy submarines autonomously.


So you want to detect a submarine?

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Dynetics unveils new glide bomb with 16kg warhead
  • 14 JUNE, 2016
  • BY: STEPHEN TRIMBLE
  • WASHINGTON DC


Alabama-based Dynetics has unveiled a design for a 27kg-class guided bomb with a warhead significantly larger than even heavier munitions, such as the 50kg-class Lockheed Martin AGM-114 Hellfire.

US Special Operations Command has already taken notice of the new product, awarding Dynetics an $11.6 million contract earlier this month to continue development of small glide munition (SGM) ahead of a potential production go-ahead decision next year.

According to Dynetics, SOCOM has for several years called on industry to develop a new munition compatible for release from the common launch tube, but with significantly heavier explosive module than even the 9kg warhead on the rocket-powered Hellfire.
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Image: Dynetics

But larger contractors passed on the SOCOM need, perhaps driven away by the relatively low volume of production. For Dynetics, however, SOCOM’s niche requirement seemed a perfect fit. The company has been involved in munitions development for 40 years, specializing in niche capabilities, such as the lattice control fins of the Boeing-built Massive Ordnance Penetrator and supplying the Massive Ordnance Air Blast bomb to the USAF.

To meet the SOCOM requirement, Dynetics redefined the configuration of a glide munition. Separate modules for the nose section, tail kit and wing are mounted directly to the warhead case, affording space for a

By mounting modules for the nose section, tail kit and wing directly to the warhead case, the small glide munition (SGM) can afford 16kg blast-fragmentation warhead with detonation by direct impact or a pre-selected height above the ground. That configuration also gives the weapon flexibility to swap the warhead or the sensors with other capabilities, Dynetics says.

A deployable wing gives the glide bomb a “significant” stand-off range, along with the ability to launch the SGM at the target from any direction.

The munition package includes a GPS receiver with anti-spoofing software. The sensor is adapted from the BAE Systems WGU-59/B advanced precision kill weapon system (APKWS), with a semi-active laser seeker with four apertures distributed in the nose of the SGM.

SOCOM plans to integrate such a capability first on the Lockheed AC-130U gunship. The Dynetics weapon is compatible with any aircraft carrying a common launch tube, which include the US Marine Corps’ KC-130 tanker/gunship and MV-22 Osprey.

Dynetics also is integrating the SGM into a Harris GBU-71 launch rack, allowing it to be released from the wing of the General Atomics Aeronautical Systems MQ-9 Reaper.

https://www.flightglobal.com/news/articles/dynetics-unveils-new-glide-bomb-with-16kg-warhead-426349/
 
https://fightersweep.com/6588/know-laser-guided-rocket-air-force-now/

Do You Know What a Laser-guided Rocket is? The Air Force Does Now
December 22, 2016
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FighterSweep Staff No Comments Air Force, Air Force, Military Aviation, News


The Air Force recently added BAE Systems’ Advanced Precision Kill Weapon System (APKWSTM) laser-guided rockets to the F-16 and A-10 aircraft.

The BAE Systems APKWSTM transforms a standard unguided 2.75-inch (70 millimeter) rocket into a precision laser-guided rocket. With a name like ‘Advanced Precision Kill Weapon System’ what more could any military pilot want? This system has been successfully used in combat by the US Navy, Marine Corps and Army since 2012. Now the Air Force has gotten on board with the program for use in ongoing operations in Iraq and Afghanistan.

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Photo Courtesy of BAE Systems

“The APKWS rocket’s innovative ‘plug and play’ design makes it possible to deploy these systems on a variety of platforms,” said David Harrold, director of precision guidance solutions at BAE Systems. “The Navy and Air Force deserve immense credit for streamlining the acquisition process by leveraging an existing Navy program of record to meet the needs of all our military services. We are confident that the addition of this highly accurate, low-collateral-damage weapon system will be a game-changer for F-16 and A-10 users in the U.S. Air Force and around the world.” – BAE Systems

Watch the APKWS System in Action

The goal of the APKWS system is to give warfighters a precision low cost weapon that minimizes collateral damage. According to BAE the system boasts a 93 percent hit rate. No modification to the rocket or firing system is required.

Featured Image Courtesy of BAE Systems
 
Turkish developed extended range glide kit for MK series bombs
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Air-to-Ground Missiles
An air-to-ground missile (AGM) is a weapon fired from an aircraft against a ground-based target. An air-to-ground missile has onboard propulsion, with guidance provided either internally or externally. Also known as air-to-surface missiles, air-to-ground missiles are used against a wide variety of targets, including vehicles, armor, fuel storage facilities, structures, and in a naval setting, against surface ships.

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Four AGM-114 Hellfire missiles tucked under the wing of a KC-130J Hercules aircraft, on the runway at Camp Dwyer, Afghanistan, 24 March 2011.

Today in WW II: 24 May 1941 Battle of the Denmark Strait: German battleship Bismarck sinks British battlecruiser HMS Hood, flagship of the Home Fleet, killing all but 3 of the 1418 crew. More ↓

Operational Factors of Air-to-Ground Missiles
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From top to bottom, an AGM-88 HARM (High-speed Anti-Radiation Missile), an AGM-45 Shrike Anti-Radiation Missile, and an AGM-65 Maverick television-guided missile, February 1988.

Air-to-ground missiles can be described based on their range, type of powerplant, guidance system, or intended target. The most common propulsion systems used are jet engines and rocket motors, yielding long- and short-range missiles. Guidance systems on air-to-ground missiles are based on optical, infrared, laser, and GPS-based technology. Each offers advantages, with the intended target determining which guidance system is optimal. Some air-to-ground missiles are designed specifically to attack certain targets. For instance, the AGM-84 Harpoon is used as an anti-ship missile. However, most air-to-ground missiles can be launched at a variety of targets.

The major operational advantage of an air-to-ground missile is the ability to fire at a target from a safe distance. This standoff distance keeps men and materiel safe from enemy counterattack. Most air-to-ground missiles are also "fire and forget" weapons, allowing operators to engage multiple targets quickly.

The U.S. military currently deploys air-to-ground missiles on virtually all aircraft. The Air Force, Navy, and Marine Corps each operates a variety of fighters, helicopters, and drones, most of which can be equipped to carry mission-specific air-to-ground missiles.

The best-known air-to-ground missile in the U.S. inventory is the AGM-65 Maverick, which has been in service since late in the Vietnam War and used by aircraft in the U.S. Air Force, Navy, and Marines. The other well-known AGM is the AGM-114 Hellfire, the first such missile to be deployed on a UAV, first on the MQ-1 Predator and more recently, on the MQ-9 Reaper.

Chart of Air-to-Ground Missiles
In this chart of U.S. military air-to-ground missiles, click on the photo link to go to the page of photos and information for the missile.

Missile Description Photo Link
AGM-12 AGM-12 Bullpup
AGM-22 AGM-22
AGM-28 AGM-28 Hound Dog
AGM-45 AGM-45 Shrike
AGM-62 AGM-62 Walleye
AGM-65 AGM-65 Maverick
AGM-69 AGM-69 SRAM
AGM-78 AGM-78 Standard ARM
AGM-84 AGM-84 Harpoon
AGM-86 AGM-86 CALCM
AGM-87 AGM-87 Focus
AGM-88 AGM-88 HARM
AGM-114 AGM-114 Hellfire
AGM-119 AGM-119 Penguin
AGM-122 AGM-122 Sidearm
AGM-123 AGM-123 Skipper
AGM-129 AGM-129 ACM
AGM-130 AGM-130
AGM-142 AGM-142 Have Nap
AGM-154 AGM-154 JSOW
Recommended Books about Military Air-to-Ground Missiles
 

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