Munitions Technology Program
Munitions Technology Program' title='Munitions Technology Program' />
Devices, apps, robots, and everything else that makes technology essential to your modern life. Previous Next. On 28 April 1973 a railroad accident focused national attention on the hazards of munitions involved in fires. A hot brake shoe ignited the oak. SERDP and ESTCP harness the latest science and technology to develop and demonstrate innovative, costeffective, and sustainable solutions to meet DoDs. Munitions Response Dialogue MRD DoD established the MRD to foster communication and collaboration between representatives from the Office of the Secretary of. ITRC is a stateled national coalition dedicated to better environmental protection through innovative technologies. ITRC helps reduce the technical and regulatory. ERT is a trusted partner to the government, providing scientific analysis and modeling, engineering, information technology, and environmental services and solutions. A 1. 0 Thunderbolt Warthog Airforce Technology. The A 1. 0 Thunderbolt is also known as the Warthog, the flying gun and the Tankbuster. Joint Insensitive Munitions Technology Program' title='Joint Insensitive Munitions Technology Program' />The A10 Thunderbolt is also known as the Warthog, the flying gun and the Tankbuster. The aircraft was used extensively. Read More. U. S. EPA Technology Innovation and Field Services Division 251 Archived Seminars. Interstate Technology Regulatory Council 68 Archived Seminars. The International Traffic in Arms Regulations ITAR The Department of State is responsible for the export and temporary import of defense articles and. A precisionguided munition PGM, smart weapon, smart munition, smart bomb is a guided munition intended to precisely hit a specific target, to minimize collateral. The aircraft was used extensively during Operation Desert Storm, in support of Nato operations in response to the Kosovo crisis, in Operation Enduring Freedom in Afghanistan and in Operation Iraqi Freedom. The A 1. 0 is a high survivability and versatile aircraft, popular with pilots for the get home effectiveness. The mission of the aircraft is ground attack against tanks, armoured vehicles and installations, and close air support of ground forces. The A 1. 0 is suitable for operation from forward air bases, with short take off and landing capability. The aircraft has a long range 8. The manoeuvrability at low speed and low altitude below 1,0. A 1. 0 Thunderbolt developmentThe A 1. Thunderbolt is also known as the Warthog. The first flight of the A 1. May 1. 97. 2, and a total of 7. The production of A 1. Originally manufactured by Fairchild, since 1. A 1. 0 has been Northrop Grumman, which carries out support and structural upgrade programmes from the Integrated Systems and Aerostructures Divisions at Bethpage, New York and at St Augustine in Florida. Over 3. 67 A 1. 0 aircraft are in service with the US Air Force, Air Combat Command, the US Air Force Reserve and the Air National Guard. The aircraft variants currently in service in the US Air force are A 1. A 1. 0C 7. 0 Reserve A 1. OA 1. 0 6 ANG, A 1. OA 1. 0 1. 8. In June 2. Boeing was awarded a 2bn contract for the A 1. Boeing will supply 2. In September 2. 00. US Air Force awarded two contracts worth 4. Boeing for modernising its fleet of 3. A 1. 0 Thunderbolt II aircraft for a period of three to 1. The contract was awarded as part of the total 1. A 1. 0 Thunderbolt life cycle programme support TLPS contract. The two contracts included A 1. Aircraft Structural Integrity Program ASIP which involves providing engineering services to the aircraft and upgraded data transfer unit UDTU which include trade study analysis and operational assessment proof of concept. Both the contracts aim at upgrading the aircraft with avionics architecture to improve memory and data capability. A 1. 0C precision engagement upgrade programme. The precision engagement upgrade programme for the A 1. JDAM joint direct attack munition and wind corrected munitions dispenser WCMD, as well as enabling an extension of the aircrafts service life to 2. Improvements include hands on throttle and stick control, two new Raytheon Technical Services 5in5in multifunction cockpit displays, situational awareness datalinks SADL, digital stores management system, integrated flight and fire control computer IFFCC from BAE Systems Platform Solutions for automated continuously computed weapons delivery, Sniper XR or Litening targeting pods for precision guided weapons and helmet mounted sighting system. Up to 1. A 1. 0 aircraft are to be upgraded by 2. Lockheed Martin Systems Integration Owego is prime contractor for the program. First flight of the upgraded A 1. C was in January 2. A contract for low rate initial production LRIP of 7. March 2. 00. 5. The first was delivered to Baltimore Air National Guard in August 2. A contract for full rate production of 1. August 2. 00. 6. The A 1. C achieved initial operating capability in August 2. A 1. 0s had been upgraded by January 2. The A1. 0C began operational deployment in Iraq in September 2. A 1. 0 aircraft have been upgraded in the contract. In February 2. 00. Lockheed Martin was awarded a contract for the integration of the Sniper XR targeting pod on the A 1. PE programme. Sniper XR includes mid wave FLIR forward looking infrared, dual mode laser, CCD TV, laser spot tracker and IR marker. Cockpit. The single seat cockpit is protected by all round armour, with a titanium bathtub structure to protect the pilot that is up to 3. The cockpit has a large bulletproof bubble canopy, which gives good all round vision. The cockpit is equipped with a head up display, which is used for targeting and weapon aiming, a Have Quick secure radio communications system, inertial navigation and a tactical air navigation TACAN system. The single seat cockpit is protected by all round armor, with a titanium bathtub structure. Lockheed Martin has begun delivery of 2. USAF A 1. 0 aircraft with the embedded global positioning system inertial navigation system EGI, which pinpoints the exact location of the aircraft. The aircraft are also to be fitted with BAE Systems terrain profile matching systems TERPROM. The pilot is equipped with night vision goggles and also the infrared imaging display of the Maverick AGM 6. Weapons. The aircraft has 1. There are three pylons under the fuselage and the loads can be configured to use either the centre line pylon or the two flanking fuselage pylons. For weapon guidance, the aircraft can be fitted with Pave Penny laser guidance electronic support measures, pod installed on the starboard fuselage pylon. Each wing carries four stores pylons three outboard and one inboard of the wheel fairing. The A 1. 0 can carry up to ten Maverick air to surface missiles. The Raytheon Maverick AGM 6. Range is more than 4. The A 1. 0 can also carry the Sidewinder air to air missile, which is an all aspect short range missile with maximum speed over Mach 2. The A1. 0 is capable of deploying a wide range of ordnance for example, the LDGP mk. BLU 1 and BLU 2. B Rockeye II cluster bombs and the cluster bomb unit CBU 5. The Northrop Grumman Litening ER extended range targeting pod has been successfully integrated on an A 1. Litening ER features a 6. Ns Basic App Studio Serial Number. CCD TV, laser spot tracker rangefinder, IR marker and laser designator. The aircraft is armed with a General Dynamics GAU 8A Avenger 3. The A 1. 0 has 1. Using the cannon, the A 1. The cannon can fire a range of ammunition, including armour piercing incendiary rounds API weighing up to 0. API rounds. The magazine can hold 1,3. The pilot can select a firing rate of 2,1. Engines. The two non afterburning turbo fan engines, TF3. GE 1. 00, supplied by General Electric, each supply 9,0. The location of the engines, high on the fuselage, allows the pilot to fly the aircraft fairly easily with one engine inoperable. Raytheon hardening SDB II smart munitions against electromagnetic jamming and cyber attack. EGLIN AIR FORCE BASE, Fla. Smart munitions experts at the Raytheon Co. Air Force and Navy air to ground weapon to enhance its resistance to electromagnetic jamming and cyber attacks, as well as its ability to resist the ill effects of component obsolescence. Officials of the Armament Directorate of the U. S. Air Force Life Cycle Management Center at Eglin Air Force Base, Fla., announced a 4. Wednesday to the Raytheon Missile Systems segment in Tucson Ariz., for the major upgrade to the Small Diameter Bomb II SDB II. The contract involves SDB II production changes that address parts obsolescence, cyber security, navigation upgrades, information security, and communications security. The SDB II is a munition small enough to be dropped from unmanned aerial vehicles UAVs and other small military aircraft, and is able to hit moving targets with an advanced precision guided munition seeker that blends millimeter wave radar, uncooled imaging infrared sensors, and semi active laser. Related Air Force asks Raytheon to provide another batch of small diameter bomb smart munitions. SDB II provides an air launched, standoff precision strike weapon to defeat moving and fixed targets in during the day, at night, and in bad weather. The SDB initially will go aboard the Air Force F 1. E Strike Eagle, the Navy carrier based F 3. C jet, the Navy FA 1. EF fighter bomber, and the Marine Corps F 3. B jump jet. The 2. SDB II smart munition also is suitable for the latest version of the Predator UAV. The SDB IIs tri mode seeker can switch between its millimeter wave radar, imaging infrared, and semi active laser guidance. The seeker works in three modes millimeter wave radar to detect and track targets through weather imaging infrared for enhanced target discrimination and semi active laser that enables the weapon to track an airborne laser designator in the air or on the ground. Native AdvertisementThis seeker shares targeting information among all three modes, enabling the weapon to engage fixed or moving targets during the day, at night, in bad weather, or in dusty conditions. The weapon can fly more than 4. Raytheon began deliveries of the SDB II 2. The small size of the munition helps reduce the radar signatures of the aircraft that carry it. Related Air Force to enable smart weapons to track and kill sources of electronic warfare EW jamming. On this contract Raytheon engineers will undertake hardware and software design and development, aircraft integration, testing, modeling, and simulation. Raytheon will integrate a Military Code and Enhanced Anti Jam M Code and EAJ receiver on the SDB II, as well as meet National Security Agency NSA cryptographic modernization mandates. These enhancements also should upgrade the SDB IIs capabilities in GPS and data link encryption, data link networking, Joint Mission Planning System JMPS, Common Munitions Built in Test Re Programming Equipment CMBRE, Air Operations Center AOC, and Joint Terminal Attack Controller JTAC. On this contract Raytheon will do the work in Tucson, Ariz., and should be finished by August 2. For more information contact Raytheon Missile Systems online at www. Air Force Life Cycle Management Centers Armament Division at www. About UsFact SheetsDisplayArticle3. 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